Super-fast cellular network Europe is lagging behind in terms of 5G expansion

Status: 16.06.2021 11:11 a.m.

The expansion of the new generation of mobile communications is progressing. Half a billion people worldwide could use 5G this year. According to a study, there are mainly networks in Asia and North America ahead. In the race to expand the fifth generation of mobile communications (5G), Western Europe is in danger of being overtaken by North America, Northeast Asia and the Gulf States on the Arabian Peninsula. That is the result of a study by the Swedish network equipment manufacturer Ericsson. According to this, nine percent of all mobile phone contracts in Northeast Asia (including China and South Korea) had already been converted to 5G by the end of 2020. In Western Europe this value was only one percent. Globally, it is expected that 580 million people will already be using 5G networks by the end of 2021. Because of the corona pandemic, some frequency auctions in Europe have been postponed, Ericsson said in his “Mobility Report”. This has a short-term impact on the provision and coverage of 5G in the region.

06/08/2021

Early expansion in the Gulf States

Nevertheless, 4G technology will also be pushed back in Western Europe in the coming years, in favor of 5G. While 4G (LTE) is currently the dominant access technology and accounts for 78 percent of all contracts, Ericsson is forecasting a decline to 27 percent by the end of 2026. The 5G penetration will then reach around 69 percent. Older standards such as UMTS (3G) disappear almost completely . This would mean that 5G penetration in Western Europe would be lower than in North America, where it is forecast that by 2026 almost 84 percent of all mobile phone contracts could be based on the 5G standard. A share of 73 percent is expected in the Gulf States. In 2019, these countries were among the first in the world to introduce commercial 5G services. In Northeast Asia, on the other hand, only two thirds (65 percent) of all mobile phone contracts are expected to switch to 5G by 2026. In absolute numbers, Asia is forecast to have the largest number of 5G contracts (1.4 billion). The study expects 340 million 5G contracts for North America. In other regions of the world, including India and Latin America, current 4G technology will remain dominant in 2026. Overall, Ericsson expects the number of 5G cellular connections to grow to 3.5 billion by 2026 – almost 500 million of them in Europe.

background December 27, 2020

More wireless landline connections

5G technology is carried by smartphones, which already make up the majority of mobile data traffic. According to Ericsson, a good half – 53 percent – of mobile data traffic should run over 5G networks by 2026. The Swedish network equipment supplier also predicts that the number of wireless fixed network connections (FWA) will reach almost 180 million by the end of 2026. Up to this point in time, mobile communications will account for around 20 percent of global mobile network data traffic for your own four walls. The wireless fixed network connections via 4G or 5G compete with classic broadband connections such as DSL, cable internet or fiber optic connections. They are especially cheaper to provide on the “last mile” because you do not have to lay cables from the distribution box into the apartments or offices.

Logo of LG International Corp. Photo: Reuters LG’s lead researcher, Lee Ki-dong, was elected as the President of the Applications working group of the Next G Alliance earlier this month. He will serve a two-year term to lead this group in addressing the requirements of 6G network adoption. Next G Alliance was established by the US Alliance for Telecommunications Solutions (ATIS) in October 2020 to promote the leadership of mobile technology in 6G networks. Next G Alliance has a total of 6 working groups with members from 48 companies in the fields of telecommunications, software and semiconductors. According to LG, 6G technology is expected to be commercialized in 2029, with talks on standardization slated to begin in 2025. The next-generation telecommunications network 6G will bring faster data transmission speeds, lower latency and higher reliability than 5G networks and can bring about the concept of the Internet of Things Ecosystem, to enhance the experience user experience. LG established a 6G network research center with the Korea Research Institute of Science and Technology Development in 2019 and signed an agreement with the Korea Science and Standards Research Institute in 2020 to research new technologies. 6G technology.

Global Privacy and Transparency Center in Dongguan – China Challenge While we are increasing digitalization around the world, cybersecurity is becoming more important than ever. From the news, we’ve seen an increasing number of cyberattacks on critical infrastructure, such as energy, healthcare, and transportation. These attacks have affected the lives of millions of people around the world. According to Cybersecurity Ventures, in 2021, losses from cybercrime could reach $6 trillion. This is more than the third largest economy in the world. Meanwhile, as a result of the pandemic, people are spending more time online than ever before. And I’m sure many of us will continue to work remotely, even after the pandemic. This is the new normal. And it’s more important than ever to ensure a safe and secure cyberspace. Global progress: An opportunity for improvement On a global scale, with cyber attacks on the rise, all industries are taking cybersecurity more seriously. In the public sector, new laws, regulations and standards are being applied regularly. In the past two years alone, more than 180 cybersecurity laws have been passed in 151 countries. This is amazing progress. In the telecommunications sector, industry organizations such as GSMA and 3GPP have been working closely with industry stakeholders to promote the NESAS Security Specifications and independent certifications. Mr. Ken-Hu rotating chairman of Huawei These frameworks are already widely accepted in the industry and we are confident that they will play an important role in the development and verification of secure networks. However, we still have a lot of work to do. Cybersecurity is a complex, increasingly challenging challenge that requires close cooperation and information sharing. We still lack a coordinated, standards-based approach across the industry, especially when it comes to governance, technical capabilities, certification, and collaboration. Unfortunately, in some places there is still a misconception that the country of origin of the product affects the security of equipment and network technology. This view is simply wrong. That perspective does not address the real challenges and prevents us from forming a unified approach. Our Cybersecurity Experience At Huawei, cybersecurity is our top priority. We share this responsibility with our customers to ensure that the equipment they are using is safe and secure. We are proud of what we have achieved. Over the past 30 years, we have served more than three billion people around the world. We support the stable operation of more than 1,500 service provider networks in more than 170 countries. And we’ve maintained a solid track record in cybersecurity over the years. This is the result of continued investment in cybersecurity management experience. We currently have more than 3,000 cybersecurity R&D employees, with 5% of our R&D spending focused on the security of our products. Generic Methods and Trust Building Of course, our cybersecurity systems were not developed in a vacuum. They are also the result of regular engagement, joint research and joint innovation with our customers, partners, regulators and standards organizations around the world. That’s what this Cybersecurity Transparency Center is all about. Two years ago we opened a similar Center in Brussels. At the time, I said about our ABC principle for security at Huawei: “Trust no one. Trust no one. Check everything.” My point is that trust and distrust should both be based on facts, not feelings, not speculation and not baseless rumors. We believe that data should be verifiable and that verification should be based on standards. Because this is our guiding principle, we have established 6 Cybersecurity and Transparency Centers over the past 10 years in Europe, the Middle East and North America. This center in Dongguan will serve three main functions: To exhibit solutions and share experiences. To facilitate communication and joint innovation. Provides a platform for security testing and verification. This hub is designed to support stakeholders from around the world. The Center has the best tools, testing environments and experts available to our partners, customers and industry colleagues. Here you can understand and test our products. And together, we can work more closely on security, verification and innovation standards. 3 points of view to conclude Before concluding my speech, I would like to take this opportunity to share my three quick views. The first thing is that we need to build capacity together. Cybersecurity threats are complex, diverse, and evolving. No organization can handle it all. From governance, standards and technology, to verification, we need to work together, combine strengths and build our collective capabilities. We also need to share knowledge, like the Security Fundamentals we’re releasing today and the 5G Network Security Knowledge Base deployed by the GSMA. The more knowledge and best practices we share, the more we can effectively enhance cybersecurity as a community. And finally, we need to form stronger alliances. That means governments, standards bodies and technology vendors need to work more closely together to develop a unified understanding of cybersecurity challenges. This must be an international effort. We need to set common goals, align responsibilities, and work together to build a trusted digital environment that meets the challenges of today and tomorrow. Once again, thank you for joining us today and thank you all for joining us online.

When choosing the right tomatoes for drying, you should pay attention to those that are medium in size, not too juicy and necessarily red, because pink or yellow tomatoes contain more moisture. Do not give priority to tomatoes grown in the greenhouse, but prefer those grown in the garden in an open space. Of course, given the conditions of city life, this is often problematic. Therefore, it is better to solve the problem of preparing tomatoes for further drying in the summer, when there is an opportunity to buy fruits in the garden. Illustration. Ingredients for making dried tomatoes include: – 1kg of fresh tomatoes – 15ml olive oil – 5g of fine salt – A little garlic, fragrant leaves as you like 1kg of fresh tomatoes will give about 200g of dried tomatoes. Preliminary treatment – You can wash the tomatoes, remove the stalks and cut them into wedges or slices. It will taste better if you peel off the tomato skin! To marinate tomatoes, we need 2 basic ingredients: salt and olive oil. Also, if you want more flavor, you can use any seasoning you like. For example: garlic, pepper, rosemary, oregano… We put olive oil, salt and coriander leaves in the tomatoes and mix well. Marinate for 10 minutes. Drying – Arrange the tomatoes on the griddle. We will have 2 ways to dry tomatoes: Dry in the sun If you use this method, you will need to dry for about 3 days. And pay attention to good preservation, leave tomatoes in a dry place at night between drying days. Oven drying: – If you use an oven to dry, then dry it at 90 degrees Celsius for about 3-4 hours! Pay attention to the tray below, because tomatoes can bleed a lot of water during the drying process. After 1 hour of drying, the tomatoes will begin to wilt. After 2 hours, the tomatoes will start to dry again. You keep drying like this until the tomatoes reach the desired dryness! Dried tomatoes are a bit flexible plus a little fatty aroma of olive oil, so it’s very flavorful Dried tomatoes served with smoked meat and bread are delicious!

According to the White Paper, the international organization for telecommunications technology 3GPP is expected to begin research and development of international technical standards for 6G networks around 2025 before commercialization is expected around 2030. China has granted a license for commercial use of 5G networks and started researching and developing 6G technology from 2019. 6th generation (6G) mobile communication technology will be commercialized globally by 2030 Meanwhile, according to experts, 5G technology is designed to increase the speed and responsiveness of wireless networks. 5G was born to succeed 4G, resulting in faster download speeds, smoother data streaming and more. 5G is not only about speed but it also opens up completely new applications and causes a huge revolution in the following years. The arrival of 5G network promises to bring a lot of utilities and wide applications in the future. 5G could be the key to making self-driving cars more ubiquitous. For them to function at their best, they need to be able to quickly send and receive data to and from other cars, navigation systems and more. These require a fast network speed, low latency, lots of bandwidth and high reliability. One thing where the speed and bandwidth of 5G can really help is the Internet of Things (IoT). With everything from smart air conditioners to smart lights popping up in your home, 5G provides the capabilities you need to connect everything easily. According to the Ministry of Communications and Internal Affairs of Japan, the committee on 6G super-fast communication network will discuss technology developments, as well as methods and policies for exploiting this next-generation wireless network, projecting It is expected to launch around 2030. Japan has lagged behind the US and South Korea in launching commercial 5G services. As many other countries have begun to talk about how to exploit 6G technology, Japan aims to map out the above strategy and take the lead in standardization efforts. Japan’s 6G Committee, expected to include representatives from the private sector as well as research experts from universities, will listen to input from a variety of industries to study potential challenges. Thanh Van See more : After ITelecom, Vietnam is about to have a virtual mobile network

Tab S8 and Tab S8 + this version are equipped with memory capacity options of 8GB / 128GB and 8GB / 256GB, with dual 13MP + 5MP cameras on the back and 8MP selfie camera. All information about the configuration and price of the Galaxy Tab S8 series in Korea has been revealed Meanwhile, Tab S8 Ultra is equipped with an extremely large 14.6-inch screen. At the moment, there is no tablet model with such a large OLED screen and such a high refresh rate. In particular, Tab S8 Ultra has an impressive thickness of only 5.5mm and weighs 650g. It is equipped with a huge battery up to 12,000mAh, supports 45W fast charging, high-end processor, 8GB/12GB RAM and 128GB/512GB internal memory. The manufacturer will also launch a new high-end keyboard accessory for these tablets to support many different modes to increase flexibility during use. Galaxy Tab S8 series will be Apple iPad Pro’s rival in the high-end tablet segment Many rumors that Samsung will equip the latest processor chip for its new generation tablet line, but have not revealed specifics. However, with the Tab S7 series using the Qualcomm Snapdragon 865+ chip, it is possible that the Tab S8 series will be equipped with the newly launched Qualcomm Snapdragon 888+ chip. Tab S8 series will rival Apple iPad Pro in the premium tablet segment. The plus point of the Tab S8 series compared to Apple’s products is that the S-Pen is sold with the device, instead of having to be purchased separately like Apple’s Pencil. The expected price according to some sources is from 740 USD, 1,120 USD and 1,320 USD respectively, about 17 million, 24 million and 30 million VND respectively. according to Phonearena

Italy plans to invest in a super-fast Internet with a speed of 1 gigabyte to provide it to all people by 2026. Artwork: jedsundwall.com Italy plans to expand its tax relief plan to quickly bring superfast broadband to buildings. The move comes as the country struggles to close the gap in digital development with the rest of Europe. The European Union’s (EU) third-largest economy now ranks second from the bottom out of the bloc’s 27 member states in terms of Internet usage. According to the latest EU data, about 17% of Italians have never used the web and only 13% of Italian households sign up for a super-fast broadband connection with a speed of at least 100 megabytes. Italy’s new government, led by former European Central Bank chief Mario Draghi, plans to spend more than 8 billion euros ($9.76 billion) from EU support funds on broadband, mobile networks. fifth generation (5G) and satellite technology and want a super-fast Internet connection at 1 gigabyte made available to all Italians by 2026. With this goal in mind, the Italian government is considering measures such as deploying fiber optic cables or exempting existing tax rates for residents when renovating the telecommunications network for their homes. This measure allows people to be partially exempted from the current 110% tax rate when renovating and upgrading telecommunications networks to help houses “become smarter”, thereby enhancing energy savings. quantity./.

The US has a rather slow 5G rollout. Photo: NetEase Since the advent of 5G technology, US carriers have been slow to deploy 5G networks. The main reasons are limited spectrum resources available for 5G, cumbersome deployment of 5G devices, and lack of killer applications for 5G services. The media often uses words like “fast” to describe 5G speeds, but the speed of 5G wireless network rollout in the US has nothing to do with the word. Over the past three years, the prospect of 5G wireless networks has been the focus of major media reports. But for most Americans, the real 5G that can achieve the desired effect is yet to emerge. Although all the major wireless carriers in the country claim that their 5G services have covered the entire US, industry analysts argue that this so-called 5G service is not much different from the US. 4G. According to market research firm Evercore ISI, most Americans may not enjoy 5G service that is significantly faster than current wireless communication networks. “Overall, it is expected that between late 2021 and late 2023, truly better 5G services will cover two-thirds of the US population,” said James Ratcliffe, an analyst at Evercore ISI. The first batch of mobile phones that support 5G networks was launched in mid-2019, according to Ratcliffe, in the most optimistic scenario, wireless network operators will be able to provide “real” 5G services to 2/3 of the US population in the next 30 months. Meanwhile, the first mobile phone to support 4G network was released in 2010, and the US 4G network was basically rolled out 18 months later. Analysts, academics and former industry executives say a combination of factors has resulted in a relatively slow rollout of 5G networks in the US. Some of these problems are related to network infrastructure: high-speed network transmission frequency bands and signal coverage are limited. Moreover, the new network equipment that needs to be on the shelves to deploy 5G networks is relatively cumbersome. In addition, many new devices are not made in the US, so the time to purchase the device will be longer. Industry observers also point out that the current 5G network still lacks breakthrough applications, and cannot stimulate user demand and promote the spread of services such as mobile video in 4G networks. John Roese, chief technology officer of Dell Technologies and a former executive at companies like Huawei and Nortel, said that although wireless operators have recently invested billions of dollars in 5G networks, when Because their revenue in 5G-related businesses is not stable, they may not be able to accelerate the construction of new networks. According to Mr. Roese, wireless network operators have had disappointing returns when investing in 4G networks. He said that the main beneficiaries of 4G networks are technology companies that provide applications and other services through the network. “So wireless operators are very cautious about this.” Limited frequency range Photo: Sina To meet the large traffic that 5G networks have to transport, carriers need to open “highways” for data. The spectrum is similar to the real estate that the government grants to carriers through auctions to build highways. The more land they have, the more lanes they can open for faster 5G and easier access. Currently, 5G networks mainly transmit data through low-band, mid-band and high-band. High-band (mmWave) aka millimeter wave has the highest data transfer rate and largest bandwidth, but the smallest coverage. Low band has wider coverage but slowest transmission speed. Finally, the mid-band is considered to be the balance between coverage and transmission speed. Companies like Verizon, AT&T, and T-Mobile all claim that their 5G networks now cover more than 200 million Americans, enough to meet US demand. However, most of these networks rely on low-band radio waves to complete coverage, and network transmission speeds are limited. Wireless network operators are currently focused on capturing mid-bands and have invested a lot of money in recent tenders for these resources. But the main problem facing these companies is that most of the mid-band bands have been occupied by US government agencies and other agencies, mainly for military communications and meteorological services. . Until now, wireless network operators could only use a fraction of the mid-band resources. US government agencies are also aware of the lack of mid-band resources. Earlier this year, the US auctioned a total of $81 billion in mid-band licenses, and plans to hold another auction this fall. When operators were preparing to roll out 5G nearly 10 years ago, they generally believed that 5G networks would primarily use high-frequency radio waves, said Stefan Pongratz, analyst at Dell’Oro Group. . This portion of the spectrum resource is essentially unused. But Pangraz says that rolling out a 5G network using millimeter waves requires building more base stations, which will certainly take time to increase deployment density of base stations. He said that until recent years, the US turned its attention to mid-band radio waves as a way to roll out 5G networks faster. Where is the profit point? Photo: Justin Hall Comics Brian Kelley, an associate professor of electrical engineering at the University of Texas at San Antonio, said the lack of disruptive applications is another major factor hindering the rollout of 5G networks. Mr. Kelly, who was an engineer at Motorola, said: “It can be said that this is the biggest factor that can stimulate the speed of 5G deployment.” According to analyst Craig Moffett, the 3 main advantages of 5G networks are faster data transmission (100 times faster than 4G), support for a large number of simultaneous connections, but also significantly improved response speed between devices. device is connected. “There isn’t a single revenue model that can combine these three advantages. It’s not even clear if consumers are willing to pay more for faster video downloads,” Moffett said. Moffitt said that because 5G networks can seamlessly connect sensors and other IoT devices, companies will likely be the first adopters of 5G services. He said that 5G networks “can be considered the next generation of Wi-Fi wireless networks, which are faster, more secure and can connect more devices”. But Moffett said the question is: “Will wireless operators build their own 5G networks for enterprises, or will the enterprises themselves deploy them?” This is important, he says, because if businesses choose to deploy their own 5G networks, wireless operators may lose the associated revenue and not be able to invest more money in building infrastructure. 5G layer. Device problem Currently, in the world, there are 5 companies that have successfully produced network equipment for 5G, none of which is in the US. Photo: Sina 5G networks are very different from 4G, in part because 5G networks need to transmit data at a higher frequency band. This means that upgrading 5G networks requires different technologies and devices. Evercore analyst Ratcliffe says installing new equipment can require finding a suitable location, obtaining the right permits, and even digging up roads and laying fiber optic cables to transfer data at high speeds between base stations. Gazzola, chief executive officer of Atlanta-based infrastructure company Bennett & Pless, said it is expected that by 2022, the construction work needed to bring wireless communication networks to 5G standards will increase. . However, the epidemic and technical obstacles have delayed progress. Equipment availability is also a common issue faced by wireless network operators. Dell’s Rose said that when 4G was first introduced around 2010, there were about a dozen technology vendors offering wireless networking equipment, including Canada’s Nortel and America’s Motorola. Today, there are only five major players in the global network equipment market: Nokia, Ericsson, Samsung, ZTE and Huawei. “Two in China. One in Finland, one in Sweden and one in Korea.” These suppliers are all located outside the US. Worse still, 5G network equipment requires computer chips while the chip industry has been struggling recently to cope with supply shortages.

Last year, the iPhone 12 was officially on the shelves a while ago and is considered a symbol of class and luxury. However, just a few more months, the new generation of iPhone – expected to be called iPhone 13 Series – will be released. iPhone 12 Pro Max. (Photo: Android Authority) So at this point, should I buy an iPhone 12 or should I wait until the iPhone 13 comes out? The answer is simply yes and no, depending on your particular situation, according to Cnet. Depends on the iPhone you are using One of the good reasons to buy a new phone is that your current device is old, outdated. If you are using an iPhone 11 and it is still in great use, upgrading to iPhone 12 at this time is probably not necessary. iPhone 12 and iPhone 12 mini purple. (Photo: Alexander Pobyvanets / HunchMag) You won’t feel a difference in performance or features, especially when compared to what will be on the upcoming iPhone 13. Therefore, waiting a few more months will give you a more perfect answer as to which model to choose, the new iPhone 12 or iPhone 13. If you own older iPhones, from iPhone X and below, the puzzle will be completely different. iPhone 12 is equipped with the Apple A14 Bionic processor and OLED screen, two improvements that represent a major upgrade compared to the phones of a few years ago. The Necessity of 5G . Speed 5G wireless networks are becoming the trend of the future. It is worth mentioning that the iPhone 12 is the first and only phone currently with 5G support. Concept iPhone 13 pink. (Photo: Ali Sayed Ali / ArtStation) So if 5G and access to a cellular network are what you want, right now, the iPhone 12 is your thirst quencher. Of course, the iPhone 13 will probably be compatible with 5G networks, so the choice of waiting or not will be in your hands. iPhone 13 is expected to have many attractive features iPhone 13 is expected to be equipped with new features not found on iPhone 12 series. If rumors are correct, the new generation iPhone will have a 120Hz screen that makes tasks smoother and faster. iPhone 13 build. (Image: Shutterstock) Apple will also upgrade the camera for the iPhone 2021, which it does every year. Analysts Blayne Curtis and Thomas O’Malley of Barclays predict that the iPhone 13 will be equipped with an ultra-wide-angle camera with an aperture of f/1.8, larger than the f/2.4 aperture on the current iPhone 12 series. A large aperture means that the camera sensor will capture more light, promising high-quality photos in different lighting conditions. In addition, the iPhone 13 generation is also expected to be equipped with a LiDAR sensor, which is inherently only on the iPhone 12 Pro Max. Price can be the deciding factor Price is also a factor that many people care about when choosing to buy an iPhone. Many people think that iPhone 12 will drop in price when the next version comes out. (Photo: HKNews) There are also people who believe that Apple will sell iPhone 13 at the same or lower price, similar to what happened with the iPhone 12 series launched last year. However, everything can only be answered when Apple officially confirms it. For now, of course, the choice is yours.

2G network will be “wiped out” by Korea Previously, in July last year, SK Telecom officially stopped providing 2G network service, while another Korean mobile operator, KT Telecom, stopped providing 2G network service since 2012. due to the rapid development of advanced mobile network generations and the significant decrease in the number of 2G network users. 2G mobile service started operating in Korea in 1996 based on the world’s first commercial code-shared multiple access network built by SK Telecom. The number of 2G subscribers nationwide surpassed 20 million in 2006 but began to decline after the country commercialized 3G and 4G networks in 2003 and 2011, respectively. It is known that by the end of March 2021, the number of 5G mobile network subscribers in Korea has reached 14.48 million, accounting for 20% of the total 71.1 million mobile subscribers, according to data from the Ministry of Information Technology. trust this country.

Towards the 5G race, with this latest phone model in Vietnam market, Xiaomi brings one of the 5G smartphone models at a competitive price and is suitable for consumers, but still ensures this is the a complete smartphone model. In particular, Redmi Note 10 5G will use MediaTek Dimensity 700 with a 7nm manufacturing process, support for 5G dual SIM and an integrated modem that delivers top performance compared to phones in the same segment. Redmi Note 10 5G Redmi Note 10 5G owns a sharp 90Hz 6.5-inch AdaptiveSync DotDisplay screen with the ability to automatically adjust to content from streaming video at 30Hz or 60Hz to using social networks or playing games with 90Hz refresh rate – ensures a smooth experience and optimal battery usage for users. Redmi Note 10 5G’s camera system with 48MP main camera, 2MP macro camera and 2MP depth sensor allows you to take beautiful photos with ease. With a 5,000mAh battery with 18W fast charging support, the Redmi Note 10 5G becomes the ideal companion for daily use. Redmi Note 10S Redmi Note 10S is equipped with a battery capacity of up to 5000mAh, a 33W fast charger combined with a fast processor, especially equipped with a MediaTek Helio G95 processor. To provide an optimal viewing experience for users, Redmi Note 10sS is equipped with a screen with a 6.43-inch AMOLED DotDisplay panel. With a set of 4 cameras, a 48MP main camera, an 8MP ultra-wide-angle camera and a 2MP macro camera for close-ups and a 2MP depth sensor. Besides, Redmi Note 10S has a screen brightness of up to 1100 nits, supports 100% of the DCI-P3 color range, and the screen is protected by Corning Gorilla 3 tempered glass. Redmi Note 10S is equipped with a battery capacity of up to 5000mAh, a 33W fast charger combined with a fast processor, especially equipped with a MediaTek Helio G95 processor. Redmi Note 10 5G is officially on shelves with a price 5,290,000 VND for 4GB+128GB version (on semi-official channels) and 5,990,000 VND for 8GB + 128GB version (exclusive on Mobile World). Especially, discount package 400,000 VND together with 0% installment support for the Redmi Note 10 5G version will take place from May 28 to May 30. Redmi Note 10S will be available for sale with 8GB + 128GB version at a price 6,490,000 VND on all official Xiaomi distribution channels with a discount package 500,000 VND 0% installment support for Redmi Note 10S is applied from May 28 to May 30.

5G smartphones expected to grow by 130% this year năm The pandemic has changed everything, and the needs of users in the smartphone market have also changed. The strong growth of 5G in countries around the globe also leads to a slowdown in demand for 4G devices, and 5G devices will record strong growth and gain a lot of user interest. The smartphone market has returned to growth from last year and continued to grow in the first half of this year, said Ryan Reith, IDC’s vice president of global mobile device tracking. In addition, the price of 5G devices continues to decrease as 5G Android devices will drop 12% year-on-year in 2021, which is a great pressure for Apple devices as its prices are still higher than other devices. others. IDC also expects growth through 2025, with a 5-year compound growth rate of 3.7%. The smartphone market will not be affected by the lack of semiconductors such as automobiles, computers and consumer technology categories. In addition to 5G Smartphones, IDC also reports on the PC market this year. Desktop, laptop and workstation shipments are expected to increase this year despite ongoing semiconductor shortages. IDC’s new forecast in the Worldwide Quarterly Personal Computing Device Tracker says PC shipments are expected to grow 18.1% to 357 million units this year.

This is a technology pioneer product line, completely separate from the mid-range segment of OPPO. Following the success of its predecessors, OPPO recently introduced to Vietnam the flagship Find X3 Pro 5G – OPPO’s new generation flagship smartphone line. Compared to its predecessor, this high-end smartphone has a futuristic design, along with a series of remarkable technologies and 5G connectivity. Bold design inspired by space If you are too familiar and bored with smartphones with familiar designs on the market, surely OPPO Find X3 Pro 5G will bring you a new breeze. Inspired by the future, the design of OPPO Find X3 Pro 5G contains fanciful, metallic reflections with its back finished in glossy glass, covered with a mirror layer, creating a feeling of luxury and premium. OPPO Find X3 Pro 5G feels “different”, completely different from the flagships currently on the market. OPPO Find X3 Pro 5G has two color options, blue and black. In particular, the black version will have a porcelain enamel back, creating a glossy look that attracts the eye, while the blue version will be coated with an extra layer of roughness to create a delicate and pleasant feeling when holding. It must be affirmed that, the most prominent on the design of the OPPO Find X3 Pro 5G model lies in the camera cluster that is made seamlessly with the back, bringing its own characteristics to the product. OPPO has heat treated to pull the convex back, thereby placing the camera cluster of Find X3 Pro 5G below. This type of design without joints makes the back not only more seamless but also impressive to the viewer. OPPO Find X3 Pro 5G feels relatively light and thin with a weight of 193g and 8.3mm thick, the design has no sharp edges so it feels very comfortable to hold. However, the limitation of this design is that it retains a lot of fingerprints during use. Understanding this, OPPO has included a case with a blue option, which is both “ton sur ton” with the product but also equally good. High definition display with 1 billion colors display, 120Hz . refresh rate OPPO Find X3 Pro is equipped with a 3D curved screen on a 6.7-inch LTPO AMOLED panel, QHD + (3216×1440), 120Hz refresh rate (adaptive from 5Hz-120Hz) and HDR10+ support. This screen has a very small “perforated” camera design in the upper corner, the top and bottom bezels of the screen are almost equally thin, providing an impressive display space. The screen of OPPO Find X3 Pro 5G gives an incredible 1 billion color reproduction. However, that’s still not all. The screen of OPPO Find X3 Pro 5G sets a new standard in display: 525 ppi pixel density, 5,000,000:1 contrast ratio, 1300 nit brightness, absolute wide color coverage (100% DCI-P3 ) and 10-bit color depth, for an amazing 1 billion color reproduction. Compared with the usual 8-bit screen, the number of colors that 10-bit brings is 64 times more, which makes the Find X3 Pro 5G screen one of the most colorful smartphones to date. The screen-to-body ratio of 92.7% will definitely make you “satisfied” when experiencing MVs or plowing movies on YouTube, Netflix, … OPPO has partnered with color tuning experts to ensure highly accurate colors, with absolute color accuracy of approximately 0.4 JNCD. Meanwhile, the adaptive 120Hz refresh rate that Find X3 Pro 5G is equipped with is responsive and energy efficient. Accordingly, the screen will have 10, 20, 24, 30, 60, 90 and 120Hz modes for each task. Therefore, energy consumption on the phone will save about 30% compared to old devices. This is a remarkable improvement. When using Find X3 Pro 5G outdoors, you will not feel uncomfortable because the screen of the device has a maximum brightness of up to 1300 nit. In addition, the device is also equipped with an optical fingerprint sensor under the screen, for fast and accurate identification speed. Powerful performance, dual-mode 5G connectivity Find X3 Pro 5G is equipped with Qualcomm Snapdragon 888 processor, 12GB RAM, 256GB ROM, providing outstanding processing power. The Adreno 660 GPU improves performance by 35% over its predecessor and is also 20% more power efficient. This configuration can meet all entertainment needs, play heavy games at the highest graphics settings. The overall performance of Find X3 Pro 5G is as strong as flagships equipped with Snapdragon 888, such as the Galaxy S21 and OnePlus 9. Since the Snapdragon 888 chipset is currently the top chip on the market today, it is not difficult to understand that OPPO Find X3 Pro can complete all tasks well, even when fighting the heaviest games. If you want to exploit the full power of OPPO Find X3 Pro 5G for gaming, you can enable high performance mode in battery settings. This will give OPPO Find X3 Pro 5G a performance that the majority of gamers expect. Accompanying remarkable performance is smart 5G connectivity. Accordingly, Find X3 Pro 5G is equipped with 13 5G bands around the world – outperforming other smartphone brands, providing a better roaming experience. Find X3 Pro 5G also supports dual Sim 5G + 5G to ensure smooth network operation at all times. Super fast charging Super VOOC 2.0 65W OPPO Find X3 Pro owns a 4,500mAh battery, supports 65W SuperVOOC 2.0 super fast charging technology – designed and developed by OPPO, helping the phone reach 40% battery in just 10 minutes. The device also supports AirVOOC wireless charging with a capacity of 30W, which can fully charge the battery of Find X3 Pro 5G in just 80 minutes. With a large battery capacity, the phone can go all day long without additional charging. Practical experience shows that you can experience the device throughout a long day with basic tasks such as taking pictures and surfing the web,… OPPO’s SuperVOOC 2.0 charger also ensures safety when the internal temperature of the phone does not exceed 40 degrees, keeping the battery cool and having a longer life than conventional chargers. However, OPPO Find X3 Pro 5G only reaches 10W charging capacity from other fast chargers on the market. Therefore, never forget to bring a standard 65W charger when you have to go somewhere for a long time. Impressive microscope camera Find X3 Pro 5G is equipped with a 4-camera system, including a 50MP main camera with wide-angle IMX 766 sensor, f/1.8, OIS; 50MP super wide-angle camera with IMX 766 sensor, 110° viewing angle, f/2.2; 13MP telephoto camera, 5x optical zoom, up to 20x digital zoom, f/2; 3MP microscope camera with up to 60x magnification, f/3.0. Practical experience shows that the camera of Find X3 Pro 5G offers quite good image processing capabilities, captured images have flattering colors, retaining many details even in complex conditions such as lack of bright or backlit. The main camera OPPO Find X3 Pro 5G for the ability to take pictures with true colors, sharp, comparable to the best cameras in the smartphone market. The ultra-wide-angle camera produces photos as good as the main camera, the color and detail are very good. This lens can also zoom 2x and act as a macro camera for close-ups. The telephoto camera is also capable of capturing images with good detail when zoomed in in good light, and when zooming to 5x, the image quality is still very good. With any smartphone, taking pictures in low light is always a “hard” challenge. However, thanks to the Night Mode on OPPO Find X3 Pro 5G, images taken in low light conditions will clearly improve the light and color of the image. Notably, OPPO Find X3 5G is also the first smartphone in the world to integrate a microscope camera with a magnification of up to 60 times. To be able to take pictures with the microscope camera, you will need to bring the subject close to the lens and keep your hand steady, limiting the shake that causes blur. Users can customize 2 different magnification sizes including 30x and 60x. It can be said that the photographic experience that this lens brings is quite new and unique, giving us the ability to explore a world that cannot be seen with the naked eye. With a magnification of up to 60 times, the microscope camera can capture details of tiny objects and creatures that you often see every day, but from a different perspective. The textured surface of a leaf can be as beautiful as this! Or the surface of a mask is also extremely magical under the lens of OPPO Find X3 Pro 5G. On the front, the selfie camera of the device has a resolution of 32 MP, integrated with AI and many beauty modes for sharp “virtual life”. Dolby Atmos sound, ColorOS 11.2 with many security features OPPO Find X3 5G is capable of relying on its surroundings to optimize the user’s listening experience. The integrated Dolby Atmos sound system contributes to fulfilling the demand for high-quality entertainment on mobile phones. Meanwhile, ColorOS 11.2 operating system puts privacy and security at the heart of Find X3 Pro. Accordingly, ColorOS 11.2 is designed to personalize according to the needs of each user, with options to change the interface, application icons or arbitrary dark mode. At the same time, give users complete control over personal data and applications. For gamers, ColorOS 11.2 also offers a Game Space mode for users to have moments of distraction-free entertainment, by limiting external interruptions such as message notifications, increasing performance and allowing network acceleration for online games. End OPPO Find X3 Pro 5G is a smartphone that not only impresses with its design but also possesses a great configuration, providing top-notch photography capabilities along with an impressive battery charging speed. With many outstanding advantages, OPPO Find X3 Pro 5G is one of the top Android phones that users can consider and choose.

Xiaomi Redmi Note 10 Pro 5G has dimensions of 163.3 x 75.9 x 8.9 mm, respectively, and weighs 193 g. The “heart” of the Xiaomi Redmi Note 10 Pro 5G is an octa-core MediaTek Dimensity 1100 5G (6 nm) processor with a maximum speed of 2.6 GHz, Mali-G77 MC9 GPU. 6GB RAM/128GB ROM, 8GB RAM/128GB ROM or 8GB RAM/256GB ROM. Android 11 operating system, customized on MIUI 12.5 interface. On June 1, Xiaomi Redmi Note 10 Pro 5G will officially go on sale in China with 3 colors green, white and blue. The selling price of the 6 GB RAM / 128 GB ROM version is 1,499 yuan (equivalent to 5.38 million dong). The 8 GB RAM / 128 GB ROM version costs 1,799 yuan (VND 6.45 million). If you want to own the 8 GB RAM / 256 GB ROM version, customers need to invest 1,999 yuan (7.17 million VND). Redmi Note 10 Pro 5G is dust and water resistant according to IP53 standards. Redmi Note 10 Pro 5G is equipped with a 6.6-inch IPS LCD screen, Full HD Plus resolution (2,400×1,080 pixels) for a pixel density of 399 ppi. This screen splits in a 20:9 aspect ratio, integrates DCI-P3 color range, HDR10+ technology, maximum brightness of 450 nits, 120 Hz refresh rate, 240 Hz touch sampling rate, glass protection. Corning Gorilla Glass Victus. Redmi Note 10 Pro 5G has 2 external speakers, manufactured by JBL. 5,000 mAh battery capacity, integrated fast charging 67W output with USB Power Delivery 3.0 standard. Thanks to that, the device only takes 42 minutes to charge from 0-100%. In addition to 5G network, this mid-range smartphone also has Wi-Fi 6, Bluetooth 5.2. The three rear cameras of Xiaomi Redmi Note 10 Pro 5G include a main sensor of 64 MP resolution, f / 1.8 for phase detection focus. The second 8 MP, f/2.2 lens offers a 120-degree wide angle and the 2 MP, f/2.4 macro sensor. Redmi Note 10 Pro 5G is capable of recording 4K videos at 30 frames per second. Front camera 16 MP, f/2.5. One-touch fingerprint sensor integrated in the power button on the right side.

Vivo iQOO Neo5 Lite 5G. Vivo iQOO Neo5 Lite 5G has dimensions of 164×75.5×8.9 mm, respectively, and weighs 198.3 g. One-touch fingerprint sensor integrated where the power button is on the right. In addition to 5G, the device also has some advanced wireless technologies such as Bluetooth 5.1, Wi-Fi 6. The battery capacity of iQOO Neo5 Lite 5G has a capacity of 4,500 mAh, integrated with Super FlashCharge 2.0 fast charging technology with 44W output. Thanks to that, it only takes 5 minutes to charge from 0-15% or 0-70% in 33 minutes. This smartphone still retains the 3.5mm headphone jack. iQOO Neo5 Lite 5G is equipped by Vivo with a 6.57-inch IPS LCD screen, Full HD Plus resolution (2,408×1,080 pixels) for a pixel density of 402 ppi. This screen is protected by tempered glass, integrated DCI-P3 color range, HDR10+ technology, 144 Hz refresh rate, occupying 90.4% of the front area. Powering Vivo iQOO Neo5 Lite 5G is an octa-core Qualcomm Snapdragon 870 5G (7 nm) processor with a maximum speed of 3.2 GHz, Adreno 650 GPU. LPDDR5 RAM comes with UFS 3.1 internal memory but no memory. microSD card slot. Android 11 operating system, customized on OriginOS 1.0 interface. Vivo iQOO Neo5 Lite 5G has 3 rear cameras with 48 MP main sensor, f / 1.8 aperture. The second 8 MP, f/2.2 lens offers a 120-degree wide angle and the 2 MP, f/2.4 macro sensor. iQOO Neo5 Lite 5G is capable of recording 4K videos at 30 frames per second. Selfie camera 16 MP, f/2.0.

1. Wheat flour number 13 290g 2. Yeast hatching 5g 3. 2 chicken eggs 4. Sugar 40g 5. Fresh milk 40g 6. Unsalted Butter 38g 7. Salt 2g 8. Vanilla 1 teaspoon 9. Sesame, almond slices… Optional Steps 1. Mix the ingredients 2. Mix the dough 3. Knead the dough 4. Shape the cake 5. Bake the cake in an air fryer Prepare materials 1. Wheat Flour No. 13 290g 2. Yeast 5g 3. Eggs 2 eggs 4. Sugar 40g 5. Fresh milk 40g 6. Unsalted butter 38g 7. ​​Salt 2g 8. Vanilla 1 teaspoon 9. Sesame, almond slices … As you like The chrysanthemum bread scented with butter, milk and beautiful shape has captivated so many women, it turns out that it is not too difficult to make. Especially, you can make this cake with an oil-free fryer. How to make chrysanthemum bread with an oil-free fryer 1 Mix ingredients Put sugar, fresh cream, butter, fresh milk in a bowl and heat. Then let the mixture cool down. Crack 2 eggs into a small bowl and beat with salt. Leave some eggs to spread the cake. Add the remaining eggs to the above mixture. Then add vanilla and mix well. 2 Mix the flour Mix flour with 5g of yeast and add to the above mixture and mix well. Remember to mix the dough slowly until the dough is a little sticky. Incubate the dough for 1 hour. 3 Dough Take out the dough and knead for about 1 to 2 minutes, then cover with cling film, then refrigerate for 2 hours. 4 Shape the cake Brush a layer of butter into the mold, take out the dough to shape and then put it in the mold. Cover with a warm towel and continue to rest for about 30 minutes for the dough to rise. Mix the remaining egg with a little water or milk and spread it on top of the cake. Sprinkle sliced ​​almonds and sesame on top to your liking. 5 Bake the cake in an oil-free fryer Preheat the pot at 180 degrees Celsius for 5 minutes. Then bring the cake into the oven at 160 degrees Celsius for 5 minutes, cover the cake with foil and bake at 180 degrees Celsius for 20 minutes. Photo: Vu Thanh Hoan The finished products are soft fragrant chrysanthemum bread, which is more delicious than ordinary pillow bread. This cake is used for breakfast and does not need to be adjusted. The chrysanthemum bread is as beautiful as the store. Photo: Vu Thanh Hoan Making chrysanthemum bread and then having breakfast is standard without adjustment. Photo: Ha Nguyen With homemade products, you can sprinkle topping depending on your preference. Photo: Baby Wish you success with how to make chrysanthemum bread with this oil-free fryer! According to the Vietnamese life

In the Vietnamese market, the 5G version of 12 GB RAM / 128 GB ROM costs VND 30.99 million. The price of the 12 GB RAM / 256 GB ROM version is 33.99 million VND. Recently, the 128 GB version was discounted by many major mobile systems to VND 25.99 million. 256 GB version reduced to 28.99 million Samsung Galaxy S21 Ultra 5G. Samsung Galaxy S21 Ultra 5G has a luxurious design with an aluminum frame, the back is protected by Corning Gorilla Glass, but it is not clear which version. The dimensions of the machine are 165.1×75.6×8.9 mm, respectively, and the weight is 227 g. Ultrasonic fingerprint sensor integrated inside the screen. Galaxy S21 Ultra 5G is dust and water resistant according to IP68 standards. Thanks to that, it can be submerged in water to a depth of 1.5 m for 30 minutes. Notably, the S21 Ultra 5G is the first product of the Galaxy S series to be compatible with the S Pen stylus. 5,000 mAh battery capacity, integrated fast wired charging with 25W output, 15W Qi standard wireless fast charging, 4.5W wireless reverse charging. Samsung Galaxy S21 Ultra 5G is equipped with a 6.8-inch Dynamic AMOLED 2X screen, 2K Plus resolution (3,200 x 1,440 pixels), pixel density of 515 ppi. This screen is split in a 20: 9 ratio, protected by Corning Gorilla Glass Victus. The screen of the Galaxy S21 Ultra 5G is still integrated with HDR10+ technology, but the maximum brightness increases to 1,500 nits, can adjust the refresh rate from 10-120Hz. At the same time, the 120Hz refresh rate is supported even when the screen resolution is at 2K Plus, instead of being compatible only at Full HD Plus resolution like the Galaxy S20 Ultra. Samsung Galaxy S21 Ultra 5G uses Exynos 2100 (5 nm) chip with 8 cores for a high clock speed of 2.9 GHz, Mali-G78 MP14 GPU. 12 GB RAM / 128 GB ROM, 12 GB RAM / 256 GB ROM, no microSD card slot. Android 11 operating system, customized on One UI 3.1 user interface. The four rear cameras of the Samsung Galaxy S21 Ultra 5G have a rather aggressive design. In particular, the main sensor 108 MP, aperture f / 1.8 second generation that Samsung calls it “Bright night sensor” with the feature of 9-in-1 pixel binning into 12 MP and many improvements in processing to take pictures. Outstanding low-light shots. In addition, it can also output 12-bit RAW images, making it possible for users to manually edit photos. New generation telephoto lens with 10 MP resolution, f / 2.4 helps 3x optical zoom. 10 MP, f/4.9 periscope telephoto sensor for 10x optical zoom or 100x digital zoom. Next is the 12 MP, f/2.2 ultra-wide-angle lens. Galaxy S21 Ultra 5G is equipped with LED flash, supports laser focus, 8K video recording at 24 frames per second. Selfie camera 40 MP, f/2.2. Galaxy S21 Ultra 5G is the world’s first smartphone to support 4K video recording at 60 frames per second on the front and rear cameras.

The 5G variant of the Galaxy A22. The camera system on the product includes three cameras, with a 48 MP main camera combined with a 5 MP and 2 MP secondary camera, but the specific function is unknown. However, based on what happened before with the Galaxy A series, it is likely that these secondary cameras will work as macro and depth respectively. On the front, the Galaxy A22 5G phone will have a 6.4-inch screen with Full HD + resolution. Samsung has opted for LCD technology over AMOLED, which explains its use of a side-mounted fingerprint scanner. To support 5G, it uses the same MediaTek Dimensity 700 chip as on the recently launched Realme 8 5G. There is no word on RAM and internal storage yet, but it will have a 5,000 mAh battery. Realme launched a smartphone with 5,000 mAh battery, 33W charging, 90Hz screen, 6 GB RAM, priced at more than 4 million VND As for the Galaxy A22 4G, the LTE variant of this product is very similar to the 5G version but there are some important differences both inside and out. For example, the screen is still 6.4 inches, but the resolution is reduced to HD + and the V-shaped notch has been moved to a U. Waterproof smartphone, S888 chip, 12 GB RAM, 240Hz screen, 2,000 nits brightness The 4G variant of the Galaxy A22. Interestingly enough, Samsung has also ditched LCD technology in favor of an AMOLED display with thinner bezels. That has allowed the company to add an in-display fingerprint scanner, as opposed to the 5G variant. Inside, the device integrates the Helio G80 chip like on the Galaxy A32 4G instead of Dimensity 700, but the battery is still 5,000 mAh. Detailed photos of Asus ZenFone 8 Flip: ‘super terrible’ configuration, 5,000 mAh battery, 90Hz screen, rotating camera, priced at more than 22 million The rear camera part is also a bit different from the 5G variant when it equips up to four cameras, including 48 MP, 5 MP, 2 MP and 2 MP respectively for main, ultra-wide, macro and camera functions. deep. See the waterproof smartphone, the world’s best screen, S888 chip, 12 GB RAM, ‘super big’ camera Both the Galaxy A22 4G and A22 5G are expected to be announced in the coming months, even weeks. Their prices have not been announced yet, but the images shown above show they come in four color options, including Black, Purple, White and Green.

Xiaomi Redmi Note 10 5G There are 4 color options including Chrome Silver, Graphite Gray, Nighttime Blue and Aurora Green. The device is about to be launched in the Vietnamese market, but the price has not been revealed. Xiaomi Redmi Note 10 5G. Xiaomi Redmi Note 10 5G owns measurements of 161.8×75.3×8.9 mm, respectively, weighing 190 g. The fingerprint sensor is integrated in the power button on the right side. 5000 mAh battery capacity, integrated fast charging with 18W output. Redmi Note 10 5G is equipped with a 6.5-inch IPS LCD screen, Full HD Plus resolution (2,400×1,080 pixels), pixel density of 405 ppi. This screen splits in a 20: 9 ratio, 90 Hz refresh rate, 500 nit maximum brightness, protected by Corning Gorilla Glass 3. The “heart” of Xiaomi Redmi Note 10 5G is an octa-core MediaTek Dimensity 700 5G (7 nm) processor with a maximum clock speed of 2.2 GHz, Mali-G57 MC2 GPU. 4 GB RAM comes with 64 GB internal memory, has a microSD card slot with a maximum capacity of 512 GB. Android 11 operating system, customized on MIUI 12 user interface. Xiaomi Redmi Note 10 5G has 3 rear cameras. In particular, the main sensor has 48 MP resolution, f / 1.8 aperture for phase detection. The macro lens and depth sensor both have a resolution of 2 MP, f/2.4. This trio is equipped with 2-tone LED flash, 4K video recording at 30 frames per second. Selfie camera 8 MP, f/2.0.

Specifically, China accounts for 35% of about 38,000 6G-related patents in the world, or 13,449 patents. In second place is the US with the number of patents accounting for 18%. The 6G network is expected to be 100 times faster than 5G. Photo: PhoneArena. While the US and Europe have launched 6G research projects, strengthening cooperation to ensure benefits, CNIPA said that China has “taken advantage of the technology from 5G networks to continue to be at the forefront”. According to CNIPA, the country of billions should cooperate with a number of Japanese and Korean companies such as NEC, Samsung, and Mitsubishi to “reduce dependence on American and European technology” in some important areas of the 6G network. . Although China leads the world in 6G patents, only one Chinese company makes the list of the top 10 6G enterprises in the world. According to the PhoneArena , the three names holding the most 6G patents include NEC, Daewoo Communications and Mitsubishi. In the areas of artificial intelligence (AI) and terahertz of 6G, China accounts for 75% and 40% of patents globally, respectively. Regarding terahertz in 6G networks, the two largest patent holders are the University of Electronic Science and Technology of China, and China University of Metrology. Although it will take many years to perfect, 6G is expected to bring speeds of terabits, 100 times faster than 5G networks, wide coverage from underwater to space. Some applications of 6G such as immersive augmented reality environment, high-fidelity 3D image display. The speed of 6G brings benefits in many future fields, not only for users but also in the military sector, which is why industrialized countries are vying for the top spot in the research race. 6G. In November 2020, Google and Apple joined “The next G Alliance” (The next G Alliance) with the goal of making the US lead the world in the 6G race, reinforcing the long-term development of the company. 5G network. In February, Apple recruited a number of positions specifically related to 6G, the main work included “researching and designing next-generation wireless communication systems (6G) for wireless networks”, “participating in industry, academic forum on 6G”. In February 2019, former US President Donald Trump also mentioned 6G. “I want to have 5G, even 6G in the US as soon as possible. It’s stronger, faster and smarter than today’s standards. American companies have to work if they don’t want to be left behind,” Trump said. on Twitter. China launches first 6G satellite tinh This 6G satellite will be used to test systems for smart cities, environmental protection, disaster prevention and mitigation.

Snapdragon 780G chip outstanding performance, smooth all tasks Xiaomi Mi 11 Lite 5G is equipped with a powerful configuration with an 8-core Snapdragon 780G chip, on a completely new 5nm process, with 8GB RAM and 128GB ROM for comfortable storage. To ensure temperature during use, Mi 11 Lite 5G owns LiquidCool intelligent cooling technology to help stabilize performance and prolong usage. Possessing a large 4,250 mAh battery combined with the intelligent optimization from MIUI 12 on the new Android 11 platform, Mi 11 Lite 5G will accompany users throughout a long, dynamic day. The device also supports 33W fast charging with the included charger adapter. Ready for trendy “standard” 5G Participating in the smartphone race equipped with high-speed 5G network technology, Mi 11 Lite 5G is a formidable opponent in the mid-range – high-end segment when possessing a beautiful design, strong configuration and many attractive features. . 5G network support is a smartphone trend in 2021 Equipping with a high-end 5G network band standard helps users stay ahead of the cutting edge technology trend – a new smartphone shopping trend in the mid-range segment is expected to bloom in 2021. Cluster of 3 sharp 64MP cameras, multi-angle shooting Besides the powerful configuration parameters that come with 5G, youthful design, beautiful screen, affordable price, Mi 11 Lite 5G also does not forget to take care of the main and selfie camera system. Specifically, this device equipped with Snapdragon 780G chip has a 64MP main camera system + 8MP “ultra” wide angle + 5MP macro telephoto, helping users to freely create multi-angle shooting while still getting detailed image quality. Mi 11 Lite 5G has a cluster of 3 creative multi-angle main cameras The selfie camera up to 20MP is optimized in low light conditions with night mode, helping users to take sharper selfie or group shots. Flat design “super” thin, diverse personality colors Mi 11 Lite 5G has a flat design with an impressive thickness of only 6.81mm and weighs 159g, sturdy with a metal frame and durable Gorilla Glass 6. The device is still fully equipped with dual speaker system and fingerprint scanner recognition technology located on the edge of the device. Slim, lightweight, colorful design aimed at young people Bringing a breath of fresh air to young people, Mi 11 Lite 5G has 3 color options: Moc Ban Black, Mint Green and Tropical Gold. Amoled 90Hz screen is smooth to touch, top display Not only possessing a slim and light design, Mi 11 Lite 5G is also equipped with a vivid 6.55-inch Full HD + Dot-Display Super Amoled screen, DCI-P3 standard color gamut and support for HDR10+ technology. Comes with a trendy 90Hz screen refresh rate, providing a smooth swipe experience for users. Currently, customers can pre-order Xiaomi Mi 11 Lite 5G at CellphoneS with the listed price of VND 10,490,000. In particular, the pre-ordered Mi 11 Lite 5G will come with many attractive gifts and incentives up to more than 4 million from May 7-14, 2021, such as: Xiaomi Mi Watch Lite worth 1.99 million VND ; Xiaomi Earphone 2 Basic headset worth 1.49 million VND; Voucher for direct deduction of VND 500 thousand; Another 500 thousand dong discount when selling old machines to life. CellphoneS Free hotline: 180020097200

“I’m really surprised! VinSmart has entered the top 3 brands in Vietnam, and the top 20 in Asia by the end of 2020. They still have many opportunities in the near future when 5G networks are more popular in Asian countries. Asia, Africa, with cheaper usage,” said Neil Mawston, global head of telecommunications at research firm Strategy Analytics. Zing . VinSmart’s smartphone production may be hampered by a global chip shortage. When asked if a reason for the decision could be found, Mr. Mawston suggested that the global chip crisis could be a factor. Not just a single name, this crisis is making many smartphone manufacturers difficult. Many firms face difficulties in the global crisis hoảng “In terms of sales volume, VinSmart is still a small smartphone company in terms of scale. I think small firms are suffering the most because of the chip shortage crisis,” said Anshel Sag, an analyst at the company. Moor Insights & Strategy shared with Zing. The crisis of the semiconductor industry began with the outbreak of the Covid-19 epidemic. At that time, manufacturers thought that user demand would also decrease. However, the truth is the opposite. Due to long-term stay at home, people buy more technology. They buy more powerful computers, bigger screens to work from home. Children can buy new laptops to study at home. TVs, game consoles, and home appliances all increased sales. Chip companies like TSMC are working at more than 100% capacity to reduce the impact of the chip industry crisis. Photo: Reuters. The pandemic has turned into a month-long shopping festival. Therefore, the demand for chips also increased sharply. In the world, there are only a few outsourcing companies possessing modern technology to provide chips for smartphones. When every industry wants to increase production, the supply cannot meet. “Small firms are at a disadvantage because their scale is not large enough, leading to very thin profit margins. In the smartphone industry, scale is very important. It takes a lot of smartphones to be able to negotiate flexible prices. good conditions,” said Mr. Sag when asked about the difficulties of small smartphone manufacturers. In the first quarter financial report published at the end of April, Apple CEO Tim Cook also warned about chip shortages. The head of Apple said that it was not the demand that fell, but the lack of chip supply was the company’s biggest concern in the second quarter. Apple CEO also acknowledged that the company may face difficulties in the near future because of chip shortages. Photo: Cnet. “We think there will be a problem with supply. The chip shortage will mainly affect iPads and Macs. We also control our demand fairly well, but cannot comment on demand from vendors. different,” the Apple CEO told investors. Haven’t found a solution yet Currently, the smartphone market is only a game of a few big companies. One-time names like Sony accepted to downsize, selling only 400,000 units in the first quarter as they tried to keep the Xperia brand for a while. The chip crisis will make it even more difficult for small-scale smartphone companies in the near future. VinSmart has entered the top 3 brands in Vietnam, and the top 20 in Asia by the end of 2020. They also have many opportunities in the near future when 5G networks are more popular in Asian and African countries, with fees. cheaper to use. – Neil Mawston, Global Head of Telecommunications at research firm Strategy Analytics “When producing on a small scale, these companies will be the first affected by the lack of supply, increasing prices. It should also be remembered that suppliers still prioritize serving large, most important customers. theirs,” commented Mr. Anshel Sag. According to Neil Mawston, in addition to the main processor, another component, the screen, also increased in price by about 15%. This is also a consequence of the chip crisis, because every screen on a smartphone must have a control chip. “The pandemic, social distancing, and competition for supplies with other products such as tablets, laptops and electric vehicles have put the smartphone component supply chain in the most stressful state in years.” Mr. Neil Mawston shared. In a recent interview, Qualcomm CEO Cristiano Amon said that the chip shortage could last until the end of 2021. Therefore, difficulties are still ahead for many companies producing technology products. Cars are the manufacturing sector hardest hit by chip shortages. Technology manufacturers may also be affected in the near future. Photo: Automotive News. When asked more about VinSmart, Mr. Neil Mawston said that he was surprised because Vsmart smartphones have a certain market share in the domestic market. This analyst believes that this is one of the big advantages to be able to expand into the regional market. “Every major smartphone maker uses the domestic market as a platform to go regional or global. Apple’s iPhone was successful in the US and then expanded to other countries. The story is similar to Huawei in China. Korea, and Samsung in Korea. VinSmart is also open to growth in Southeast Asia. Therefore, we find it difficult to understand when they decide to stop producing smartphones, especially when the opportunity for 5G is very close, “Mr. Mawston said.

Apple will use its own 5G chip for iPhones in 2023. Photo: Macrumors TF International Securities analyst Ming-Chi Kuo said that Apple’s first 5G iPhone 12s reached consumers last year. Apple’s entire iPhone model is dependent on Qualcomm chips, and now Apple is designing its own 5G chip for use in its latest iPhones in 2023. Apple currently uses Qualcomm modems, including the Snapdragon X55 modem in iPhone 12 models. In 2019, a legal agreement between Apple and Qualcomm revealed that Apple will likely use the Snapdragon X60 modem on iPhone models. 2021, followed by the Snapdragon X65 modem for the iPhone 2022. Apple’s roadmap is that by 2023, it is likely that the iPhone will use the Snapdragon X70 modem with Apple working to make its own 5G chip, it is unlikely that Snapdragon will be available on the iPhone model in the next years according to the. A deal between Apple and Intel worth $1 billion brought Apple the 5G modem business in 2019. This is an opportunity for Apple to ditch the Qualcomm chip to use its own 5G modem. In recent years, Apple has continued to expand around internal chips for its other product lines. Most recently, the Apple-designed M1 Chip is available on select Mac models and is currently on the iPad Pro. Apple will also gradually phase out Intel chips in its latest product lines. It is known that Apple’s Modem will probably be manufactured by longtime chip manufacturing partner TSMC, the world’s largest semiconductor company.

Jiancao Hou, senior analyst for mobile network infrastructure and 5G network at ABI Research said: “X Reality (XR) is a combination of augmented reality (AR), virtual reality (VR) and mixed reality (MR), which is a promising solution for technology. 6G to create a mixed virtual and real environment, by enabling real-time or non-real-time human-machine communication.” 6G is expected to be commercialized from 2028 The network’s self-organizing and self-healing capabilities to support self-driving cars, drones, and pervasive networks are also critical to reducing network deployment time and costs, the analyst adds. and provide greater mobile coverage. In the 2030s, 6G could be the key driver for realizing universal connectivity with a wide range of devices/sensors for use in diverse communication environments.” Since 2018, Finland’s University of Oulu has validated theoretical studies and provided early 6G prototypes in the mobile industry. Many other countries, including China, South Korea, the European Union and the United States have also launched projects and programs to shape the 6G framework and key business focus for this new technology. The standardization department and authorities, such as the International Telecommunication Union (ITU) and the Institute of Electrical and Electronics Engineers (IEEE), have also shown particular interest in supporting studies and potential 6G use cases. “Processing complexity and power consumption of infrastructure hardware and devices are key factors that can limit the progress of advanced radio technology. Dynamic spectrum sharing and computing resource allocation as well as highly efficient noise reduction algorithm designs are also key to providing guaranteed network service and user experience. With the advent of technologies such as big data, cloud computing, artificial intelligence (AI), machine learning (ML) and open source, the issue of network security and privacy of Users will become more and more important and will be well addressed by 6G technology,” said Mr. Jiancao Hou. Regarding the commercialization of 6G, the rotating chairman of Chinese telecommunications equipment supplier Huawei, Eric Xu, said that 6G technology is expected to hit the market around 2030. Mr. Eric Xu said that Huawei is currently working to determine the key specifications of 6G technology, adding that the company may release a 6G white paper soon. “We are working with other players in the mobile industry to define what 6G really is. Maybe in the near future we will roll out our 6G white paper. We want to discuss with businesses and consumers what 6G will look like. Driven by our vision and the possible definition of 6G, we are also working on basic science and cutting-edge technologies, aiming to realize the 6G we define together.” Besides, Mr. Xu also noted that the future development of 6G technology will depend on the potential use cases that need the support of this technology. Last month, the German government said it planned to provide up to 700 million euros ($852 million) in funding for research into 6G technologies by 2025. Phan Van Hoa (according to Rcrwireless)

If you love the dynamic and personal transformation in Mi 11 Lite but want to be faster and stronger, Mi 11 Lite 5G will be the choice. Why? Attractive neat appearance Xiaomi Mi 11 Lite 5G owns a modern slim and flat design similar to the Mi 11 Lite version but with certain refinements. The glass surface instead of using Gorilla Glass 5 has been upgraded to Gorilla Glass 6. The matte glass back combined with the tropical yellow coating not only makes Mi 11 Lite 5G attractive but also “clean” (the phenomenon of staining). fingerprints are hard to see). The next difference compared to the standard version, the 5G logo has appeared with Xioami on the back. The weight of Mi 11 Lite 5G is also slightly increased, but that is insignificant, even making the grip more comfortable. Class-leading performance Xiaomi Mi 11 Lite 5G is equipped with Qualcomm Snapdragon 780G processor, which is the most powerful chip in Qualcomm’s Snapdragon 7 Series that was launched less than a month ago. This chip is considered quite on par with Snapdragon 860, much more powerful than Snapdragon 732G on 4G version. Therefore, the price to upgrade to the 5G version is really worth it. Comes with 8GB RAM and 128GB ROM, MIUI 12 interface on the latest Android 11 platform, basic tasks are handled neatly, quickly and smoothly by Mi 11 Lite 5G. As for the current hot online games like Lien Quan mobile, Call of Duty … not making it difficult for Mi 11 Lite 5G. Connection speed with 5G and Wifi 6 5G technology is developing strongly in Vietnam, it is expected to be officially deployed by the end of this year, so 5G-enabled machines have much greater value than many people think. For common tasks, the difference between 4G and 5G will not be too obvious, but when it comes to downloading data, uploading files or using it in a smart home, just a few milliseconds makes a big difference. Try to look right between 4G and 3G today, at this time, few people want to use 3G network anymore, although at the time of launch people also wondered if 4G was necessary. Besides, Mi 11 Lite 5G also has Wifi 6 which has both high transmission speed and energy saving instead of Wifi 5 like the 4G version. This is an important factor because Vietnam is a country where free Wifi is available everywhere you go. Unique photography ability Although it is a shortened version, Mi 11 Lite 5G still inherits quite a lot of unique shooting features from the Mi 11 flagship such as a series of exposure features, dual video, clones or movie effects. Interesting and creative shooting modes that are not available on any smartphone in the segment. Combining a camera system consisting of a 64MP main sensor, an 8MP ultra-wide-angle lens and a 5MP macro telephoto, you can hardly miss memorable moments or take selfies with Mi 11 Lite 5G. The 20MP selfie camera integrates AI, optimally supports in low light conditions and the night mode, so whether you take a selfie alone or in a group, it is still guaranteed to have quality and sharp photos. Attractive price is currently reduced by 4 million Possessing so many highlights, Xiaomi Mi 11 Lite 5G will be on the shelf at a price of 10,490,000 VND. However, from May 7 to May 14, members of the Mi 11 series are currently being ordered with an offer with a gift set of up to 4 million: Xiaomi Mi Watch Lite smart watch worth 1.99 million. Xiaomi Earphones 2 Basic wireless headset worth 1.59 million. Voucher for direct deduction of 500,000 VND. Support old collection to life – Instant support 500,000 VND. Thus, the cost for you to own a good smartphone like Mi 11 Lite 5G is actually only 6.49 million VND.

China again threatens to ‘handle’ Ericsson if Sweden bans Huawei. According to the Global Times, affiliated to the People’s Daily of the Communist Party of China, whether Ericsson has a chance to participate in the next round of China’s massive 5G network construction plan has nothing to do with whether whether or not Stockholm will change its stance on Huawei. Previously, in October 2020, the Postal and Telecommunications Administration of Sweden (PTS) announced a ban on the use of equipment from Huawei and ZTE in the development of 5G networks in the country. This ban did not surprise observers because Sweden has repeatedly bluntly called China a threat to national security. According to the Global Times, Huawei has appealed the decision in a Swedish court and a ruling is expected in the coming weeks. In the event that the appeal is unsuccessful, China will close the door to Ericsson from supplying goods to China. Representatives for Ericsson and the Swedish Ministry of Foreign Trade declined to comment. Meanwhile, shares of Ericsson fell nearly 4% on May 11. After Swedish regulators banned Huawei in October last year, Chinese officials and state media outlets judged the decision unfair, saying Huawei poses no security risk. and Sweden is trying to protect the domestic telecommunications company Ericsson. They threatened to retaliate against Swedish companies doing business in China, including Ericsson and its largest shareholder, Investor AB, the investment company of the highly influential Wallenberg family in Sweden, which has shares mostly at a few large European companies. Earlier, Chinese media outlets reported that the country’s Ministry of Commerce was said to be considering export control measures to prevent Ericsson from sending products and components made in China abroad. The prospect of retaliation prompted Ericsson CEO Börje Ekholm to launch a lobbying campaign on Huawei’s behalf. He criticized Swedish politicians and solicited lawyers to help Huawei fight the Swedish ban. He said Ericsson gets only 1% of its revenue from Sweden while China is Ericsson’s second-biggest market after the US, contributing 8% of the company’s revenue. Currently, Ericsson is providing equipment and terminal services to China’s state-owned carriers including China Mobile, China Unicom and China Telecom, serving more than 350 million 5G mobile subscribers in China in total. CEO Ekholm even stated: “If the ban on Huawei remains, Ericsson will leave Sweden.”

The country also vowed to make more efforts to promote the shift from pursuing quantity to improving quality in intellectual property work in the 14th Five-Year Plan (2021-25). Mark Snyder, Senior Vice President and Deputy General Counsel of the US chip corporation Qualcomm, said that China has made remarkable achievements in strengthening the protection of intellectual property rights. In recent years, the National Intellectual Property Office of China reviews more than 1 million patent applications each year and issues more than 500,000 of them. This is also the highest number in the world. “The large number of intellectual property filings and cases handled by both the administrative authorities and the intellectual property courts in China is concrete evidence of society’s confidence in the effectiveness of the government’s policies. policies and reform measures taken by the Chinese government on intellectual property. These achievements are also evidence of an unprecedented accumulation of specialized knowledge and experience in the field of intellectual property.” Mark Snyder said. China is also the global leader in the number of international patent applications under the Patent Cooperation Treaty (PCT) system. In 2020, China is the country using this system the most, with nearly 69,000 applications. By filing an international patent application under the PCT, an applicant can claim protection for inventions in a large number of countries. Illustration Specifically, 3 Chinese companies have entered the list of top 10 patent filing companies at PCT. Huawei Technologies Co topped the list, while Chinese display maker BOE Technology Group Co and smartphone maker Oppo ranked seventh and eighth respectively. Jason Ding, head of Huawei’s IPR division, said the company has become one of the world’s largest patent holders thanks to its investment in innovation. By the end of 2020, Huawei held more than 100,000 active patents worldwide. The latest report from German patent analysis firm IPlytics shows that Huawei accounts for 15.39% of global 5G patents or a collection of patent applications that include the same technical content or similarly, as of February 1, this is the highest number in the world. Chinese telecommunications equipment maker ZTE ranked 3rd with 9.81% and Oppo ranked 9th with 3.47%. Feng Ying, Oppo’s Senior Director of Intellectual Property, said that the company will invest more resources in R&D through innovation. Such advancements will certainly impact the overall economic landscape in China. Official data shows that the number of invention patents in China reached a ratio of 15.8 per 10,000 people by the end of 2020, exceeding the target set for the 13th Five-Year Plan (2016-2020). Shen Changyu, head of the National Intellectual Property Administration of China, said that China will further improve the funding and reward policies for patents, and protect and encourage patents. high value institution during the 14th Five-Year Plan period. According to data released by the World Intellectual Property Organization (WIPO) in March 2021, Chinese universities have risen significantly in global rankings of patent applications. In 2020, there were 9/20 top Chinese educational institutions on the WIPO list, an increase of 6 since 2017, extending China’s lead over the US in the number of applications. patent signing. In particular, Shenzhen University, a school only 38 years old but filed the third highest number of international patents in the world in 2020, just behind the University of California and Massachusetts Institute of Technology ( MIT). WIPO data also shows that the institution’s 252 patent applications are more than Johns Hopkins University and Harvard University combined. Chinese schools and businesses are working to file more international patents as part of the world’s second economy’s ambitions to achieve technological innovation and self-reliance in the face of stress. increasingly direct from the West.

ZenFone 8 and 8 Flip both use Snapdragon 888 chip for processing speed up to 2.84GHz, among the top most powerful processors today. ZenFone 8 will be equipped with a 5.9-inch OLED screen, Full HD resolution and 120Hz screen refresh rate for a smoother experience. This phone model has IP68 water resistance standard, sold with up to 16gb Ram and 256gb storage configuration. In addition, both Zenfone 8 and Flip 8 support 5G technology. Image of Zenfone 8. Source: Asus. Basically, ZenFone 8 Flip is a larger device with a 6.67-inch screen, owning a Full HD OLED panel but only equipped with a 90Hz refresh rate. It offers a large 5,000mAh battery and has support for 30W fast charging. The device will be sold with a maximum configuration of up to 8gb of Ram and 256gb of storage. However, the Zenfone Flip 8 version will not be equipped with IP68 water resistance standard. Images of Zenfone 8 FLip. Source: Asus. In terms of camera specifications, ZenFone 8 is equipped with similar technology to the ZenFone 7 series with a standard 64-megapixel camera with OIS and a 12-megapixel ultra-wide-angle camera. Unlike the Flip 8 series, Zenfone 8 does not have a front-facing camera, but is replaced by a hole in the middle of the screen that acts as a 12-megapixel selfie camera, giving sharper image quality than the model. Predecessor. Flip 8 is slightly better than Zenfone 8 in terms of camera when it is equipped with a flip camera cluster with 64-megapixel specifications for the main camera, 12-megapixel wide-angle camera and an 8-megapixel telephoto camera with 3x zoom capability. Asus says this camera cluster has been improved by the company to ensure better durability than previous versions before it can flip back and forth up to 300,000 times. These two new phone models of the world’s leading laptop manufacturer promise to bring a breath of fresh air to the already very hot mobile phone market today. According to The Verge

While the standard version uses a perforated screen with dual cameras on the back, the Flip version inherits the design of the previous generation with a 4-sided overflow screen, flip camera. Zenfone 8 is equipped with a dual camera system with a 64-megapixel main sensor Sony IMX686 and an ultra-wide-angle camera, 12-megapixel Sony IMX363 sensor. The camera is equipped with familiar features such as phase detection and dual pixel focus, optical image stabilization, macro photography… The front camera of the device has a resolution of 12 megapixels. Zenfone 8 Flip has a 180-degree rotating module with the rear camera cluster as two main cameras and an ultra-wide-angle lens similar to Zenfone 8, but with an additional telephoto camera using an 8MP Ommi Vision sensor. Both devices use AMOLED screens with a maximum brightness of 1,000nit, support for HDR10+ and DC Dimming technology to prevent flicker at low brightness. The standard Zenfone 8 has a 5.9-inch screen, 120Hz frequency, and the Zenfone 8 Flip has a 6.67-inch screen, but the frequency is only 90Hz. Asus equips the most advanced processor chip today for its product duo – Qualcomm Snapdragon 888, supports 5G and even Wi-Fi 6e. Zenfone 8 has 3 RAM levels of 6/8 and 16GB with 128GB and 256GB internal memory options, while Zenfone 8 Flip is 8GB and 256GB of internal memory. In terms of software, both models come with ZenUI8 pre-installed on the Android 11 platform with a user interface close to stock Android. Zenfone 8 has a 4,000mAh battery and Zenfone 8 Flip has a 5,000mAh battery, both supporting 30W fast charging. In terms of price, Zenfone 8 has a suggested price of 599 euros and Zenfone 8 Flip starts at 799 euros in Europe. according to Gizmochina

The newly launched purple iPhone 12 mini and iPhone 12 have dropped by 2.8 million. The 5G phone product line is increasingly diversified with dozens of models, spanning many price segments, promising to create a boom in the 5G smartphone market in Vietnam. SALES OF SMARTPHONE 5G INCREASED 5-10% According to IDC International Data Corporation’s 2021 global smartphone market forecast, 5G smartphones will account for 40% of the global market in 2021. China and the US are two markets that are forecast to grow strongly. 5% and 3.5% respectively in 2021. Mr. Nguyen The Kha, Director of FPT Shop’s Mobile Telecom Division, said: Smartphones with 5G integration are receiving a lot of attention, of course interested in this feature as a deciding factor to buy products for the reason. “Get ready for the future when 5G is widespread”, but not all. New products launched in late April and early May with built-in 5G do not have much market impact / impact as they are not mainstream product lines / models. Mr. Nguyen Lac Huy, Communication Manager of CellphoneS, commented: Vivo V21 is an important flagship product of Vivo in May. Expectedly, the sales volume in Vietnam is 20,000 units.

In addition, Oppo A74 is the mid-range product to replace the A73 – the adjacent segment of Oppo’s flagship smartphone, Reno 5. According to Gfk report, for 3 consecutive months, Reno 5 has output of 60,000 units / month. The A74 is an important model with sales of approximately 50% Reno 5. Mr. Huy predicted that in May, market revenue will increase by 5-10% compared to April with many upcoming 5G products such as: Mi 11 Lite 5G, ROG Phone 5 888 5G, Nubia Gaming phone 6 888 5G; The realme 8/8 pro duo does not support 5G but is still Realme’s main product this year and will have a separate version supporting 5G called Realme 8 5G expected to be sold at the end of May and early May. 6. SMARTPHONE 5G “CHANGE” IN MAY Oppo A74 5G phone model with 5G connectivity at good price of Oppo was launched in May. It has a sophisticated design, smooth screen 6.5 inch 90Hz and AI beauty camera cluster will be the highlights on the model. this phone. The machine configuration features an 8-core Snapdragon 480 chip with 6GB of RAM to provide 5G processing and multitasking during use. Oppo A74 5G is priced at 7.99 million dong. “Both the vivo V21 and Oppo A74 product lines are expected to create more new choices for customers in the mid-high and mid-high segment with 5G. Furthermore, the 5G purple 12mini / 12 iPhone is expected to contribute an additional 10-15% to the sales of the 12 series iPhone. ” Mr. Nguyen Lac Huy Vivo Y72 5G is a mid-range phone, equipped with high-speed 5G connectivity technology, accompanied by a new MediaTek Dimensity 700 chip processor, with up to 8GB of RAM to meet the needs of use. most multitasking. 128 GB internal memory provides ample data storage space. The product is a harmonious combination between the beautiful and luxurious 6.58 inch borderless screen design with good performance and good camera in the price range of 7.99 million VND. Vivo V21 5G features a 44MP selfie camera with innovative features such as OIS optical image stabilization, EIS image stabilization, 5G network. The machine is equipped with a cluster of three cameras to meet all of today’s popular shooting needs such as landscape photography, wide angle or portrait removal. V21 uses MediaTek MT6853 Dimensity 800U 5G processor, 8 GB RAM and 128 GB internal memory. The product is priced at 9.99 million dong. “Only the current 5G products, FPT Shop accounts for nearly 50% of revenue because most of the products are in the high segment, and especially all the iPhone 12 series are 5G. FPT Shop expects current and new 5G-integrated product lines to continue to sell well and in the short term 1-2 years, this could also be the main growth driver of smartphones. ” Mr. Nguyen The Kha The pair of purple iPhone 12 and iPhone 12 has just “landed” in Vietnam market has dropped to 2.8 million, 64GB version is 17,190,000 dong, 128GB version is 19,990,000 dong, double warranty , give more iCloud 50GB capacity … Meanwhile, iPhone 12 is being reduced 2,000,000 VND, 64GB version to 20,990,000 VND, 128GB version to 22,990,000 VND. The program is being applied from now to May 16 through direct payment at FPT Shop system. “Apple is always refreshing itself and will often create effects on the market, such as simply releasing new purple colors for the iPhone 12 mini, iPhone 12.”, Mr. Kha said. The realme duo 8/8 Pro has just “landed” in the Vietnamese market with cameras, superior configuration, but unfortunately this duo does not have 5G features. Forecast, Realme will launch another realme 8 5G version in June.

You can lose weight yourself after giving birth at home. When trying to lose weight, one rule that everyone should do is to stay hydrated. Water causes the body’s heat formation, helps increase metabolism and aids in calorie burning. Stress management Mothers have a lot of responsibilities and taking care of a newborn is no easy matter. Usually, mothers are overwhelmed and stressed. But if you’re trying to lose weight, it’s important to manage stress as it can negatively affect your weight loss goals. Full breakfast To lose weight, do not skip breakfast and especially nursing mothers should not do this. Skipping breakfast can interfere with your milk supply, which can interfere with your baby’s growth. Do exercise The most effective way to lose weight is to exercise regularly. The mother’s body will be ready for difficult exercises in the first 2-3 months. Eating less and exercising more every day is a great secret to losing weight. No need to go to the gym, you can completely walk indoors, push your baby’s stroller for a walk or do morning exercises … Take advantage of your child’s sleep time, cardio exercises to lose fat and Weight gain for 30 minutes a day is also the optimal plan for you to lose weight fast after giving birth. Get enough sleep, reduce stress Getting enough sleep is difficult for mothers after giving birth. Part of it depends on whether the baby is good or not, the other part is that it is difficult for postpartum psychology to sleep as well as normal people. However, in order to be healthy and lose weight effectively, you should try to control your sleep and completely share the work with your husband to rest more. You should sleep before 23g and wake up at 5g so that your body has energy for a long day.

Liquid crystal display (LCM) production area at Samsung Electronics Ho Chi Minh Complex in Ho Chi Minh City Hi-Tech Park. Reported at the online conference on the socio-economic situation in April and the first 4 months of the year by the People’s Committee of Ho Chi Minh City on the afternoon of May 11, the representative of the Department of Industry and Trade of Ho Chi Minh City said, the total retail sales and Consumer service revenue in the month was estimated at VND 90,153 billion, up 22.3% over the same period (down 34.2% in the same period). Generally for the first 4 months of the year, the total retail sales of goods and service revenue were estimated at 366,234 billion dong. 7.9% increase (11.2% decrease in the same period). In particular, the export value of high-tech products of the City High-Tech Park (SHTP) reached US $ 6.47 billion, up 27.1% over the same period. Moreover, the index of industrial production (IIP) of the city in the first four months of the year was estimated to increase by 9.7% over the same period (down 2.6% in the same period). There were 5,588 enterprises operating again, an increase of 95.18% over the same period. According to forecasts of many experts, during the 4G and 5G technology transfer period, the 4th industrial revolution and the need for digital transformation is happening around the world, the demand for chip production in the coming time will higher. Not only chips and microchips, but also the demand for electronic equipment components tends to increase compared to previous years. In addition, many enterprises producing electronic equipment and technology in Vietnam admitted that they were affected by the global chip crisis. More than ever, chips, electronic components, microchips have appeared in most electronic devices such as new citizenship cards, non-stop automatic fee collection, bank ATM cards to other Popular household electronic devices such as televisions, refrigerators, electric cookers, electronic rice cookers … In the current context, Vietnam does not have a chip manufacturing factory, but just design and manufacture overseas. Therefore, domestic electronics and technology producers will certainly be affected by the global chip crisis.

The design of the Xiaomi Mi 11 Lite 5G is not that different from the Xiaomi Mi 11 Lite, which is the lightest thinnest 5G smartphone on the market, weighing only 159g. The appearance of the machine is very youthful but still soft enough. One of the highlights of the Mi 11 Lite is the 6.55-inch AMOLED display with a 90 Hz refresh rate that contains the punch hole, supporting the 10-bit TrueColor feature that Xiaomi says will allow 1.07 billion colors to be generated. . With lower price ranges, it is difficult to find quality monitors like this. Mi 11 Lite 5G equipped with Snapdragon 780G chip, 8 GB RAM and 128 GB internal memory, very prominent in the segment. The device is equipped with a 4,250 mAh battery with support for 33W fast charging. On the back is a triple-camera system with the same design as Mi 11, including a 64MP main camera, 8MP ultra-wide camera and 5MP macro camera. Xiaomi Mi 11 Lite 5G is sold in Vietnam with a choice of Black Black, Mint Green, Tropical Gold at the same price of 10,490,000 VND but when pre-order from May 7 to May 14, exclusively at CellphoneS system will have a preferential gift set of up to 4 million: Xiaomi Mi Watch Lite smartwatch worth 1.99 million. Xiaomi Earphones 2 Basic wireless headphones worth 1.59 million. Purchase Voucher directly deducted 500,000 VND. Support for old collection to life – Immediate subsidy of 500,000 VND. Vivo V21 5G Vivo V21 5G just launched in Vietnam a few days ago, the design inherits the sleekness from the previous generation, adding more square edge detailing the trend. The device uses a 6.44 inch AMOLED screen with FullHD + resolution. Configuration is quite good with MediaTek MT6853 Dimensity 800U chip, supporting 5G connectivity on both SIMs. It has 8 GB of RAM, 128 GB of internal memory and a 4,000 mAh battery with integrated fast charging 33 W. This is also the first smartphone on the market to have an OIS optical anti-shake selfie camera for better quality night photography. vivo V21 5G launched Vietnamese users with a price of 10 million and a gift of 1.5 million VND. OPPO Reno5 5G Basically, the Reno5 5G has the same design and configuration as the standard OPPO Reno5, but carries the Snapdragon 765G processor, so it is available for all 5G networks in Vietnam. The device still owns a 6.43-inch AMOLED screen with Full HD + resolution, 90Hz refresh rate. The back surface brings youthfulness, shine, a great choice for young people. OPPO Reno5 5G is equipped with a set of four cameras in an eye-catching cluster, the parameters include 64 MP main camera, 8 MP super wide-angle camera, 2 MP macro camera and 2 MP monochrome camera. Located in the mole on the main screen is the 32 MP selfie camera. Another highlight of the Reno5 5G is the 4,300 mAh battery, comes with SuperVOOC fast charging technology with a capacity of up to 65W, charging from 0-60% in just 15 minutes, fully charged in 35 minutes. Reno5 5G is sold in Vietnam in two color versions: Silver Silver and Black Huyen Mystic for a price of 10.59 million dong.

Oppo A74 5G. A74 5G is equipped with LTPS IPS LCD screen size of 6.5 inches, Full HD Plus resolution (2,400×1,080 pixels), pixel density of 405 ppi. This monitor is split in 20: 9 aspect ratio, protected by tempered glass, integrated DCI-P3 color range, max brightness 550 nits, refresh rate 90 Hz, touch sampling rate 180 Hz, occupies 90 , 5% of the front area. 5,000 mAh battery capacity, built-in 18W fast charger. Powering 5G is the octa-core Qualcomm Snapdragon 480 5G (8 nm) processor with the highest clock speed of 2 GHz, Adreno 619 GPU. 6 GB RAM with 128 GB internal memory, and a microSD card slot with capacity up to 256 GB. Android 11 operating system, customizable on ColorOS 11.1 user interface. Oppo A74 5G has 4 rear cameras with 48 MP main sensor, f / 1.7 aperture for phase detection focus. The second 8 MP, f / 2.2 lens provides a wide 119 degree angle. The depth sensor and macro lens have the same 2 MP, f / 2.4 resolution. 16 MP front camera, f / 2.0. Both the front and rear cameras can only record Full HD videos. In the Vietnamese market, Oppo A74 5G has 2 colors for customers to choose from, including black and silver. The selling price of this smartphone is at 7.99 million.

The love affair of Huawei and Leica helps redefine mobile photography Not long ago, OnePlus announced a strategic partnership with popular camera brand Hasselblad and launched the latest 5G mobile phones, OnePlus 9 and OnePlus 9 Pro. In its debut in the smartphone segment, the Swedish camera maker focused on improving “color science” in both phones. In addition, OnePlus and Hasselblad will continue to maintain extensive cooperation to jointly explore more possibilities in the field of imaging and promote the healthy and stable development of mobile imaging. In fact, in the mobile phone industry, the collaborations between cell phone manufacturers and camera manufacturers have been around for a long time, such as Huawei and Leica, Vivo and Zeiss. Huawei joined hands with Leica to develop smartphone camera technology. Since 2014, Huawei has achieved strategic cooperation with Leica. In 2016, the two sides cooperated to launch the Huawei P9 series, since then the P series and the Mate series have both the silhouette of Leica, and the photos taken by Huawei’s “pet” show a “style. German photo “has captured the hearts of young people. At the same time, Huawei’s pioneered Moon Mode capture of the Moon clearly became a standard in the field of imaging. Undoubtedly, the predestined relationship between Huawei and Leica has added a lot of color to Huawei in the mobile imaging field and helped it not only have a strong foothold in the premium market, but also succeed in getting into first place on the level of visual prowess. Even when consumers talk about Huawei, subconsciously feel that its ability to take pictures on mobile phones is very strong. Vivo and ZEISS collaborate to elevate smartphone photography. After the combination of Vivo and Zeiss, its visual prowess is much better than before. The vivo X60 Pro launched earlier this year, for example, was highlighted by its cutting edge imaging capabilities in a groundbreaking photography system co-produced by vivo and ZEISS. With the innovative Gimbal Image Stabilization System in “Super Resolution” (Pixel Shift Ultra HD) technology, the X60 Pro’s camera system adds the ability to enhance image detail and sharpness. The X60 Pro also uses VIS 5-axis anti-shake technology, allowing users to obtain clear images of moving objects with greater accuracy. The Zeiss-Vivo imaging system includes a wide variety of optical lenses such as ultra wide-angle, professional portraits, and super telephoto. With its unique Zeiss T * anti-reflective coating and Zeiss portrait style, it can effectively tackle image noise and flare when photographing under complex lighting. The impressive hardware parameters combined with the famous ZEISS brand are a claim to the X60 Pro’s camera quality that fully meets the standards of professional camera lenses. Not stopping there, vivo and Zeiss jointly established the “Vivo ZEISS Imaging Laboratory”, a joint R&D (research and development) program focused on developing innovative solutions for technology. mobile image. Certainly, whether it is a collaboration between Huawei and Leica, or a combination of vivo and Zeiss, both brands have significantly improved the visibility and imaging capabilities of the mobile phone. period brings the ordinary consumer a better photography experience. In fact, Leica and Zeiss, both working with Huawei and vivo, are centuries-old brands in the optics sector and possess very solid technical backgrounds. For example, Leica has been focusing on the camera field for many years, its cameras are sturdy, durable and perform well and are a top choice for military cameras. During World War II, Leica cameras became an important tool for military reporters at that time. To this day, Leica maintains a leading position in the industry. Unlike Leica, which focuses on camera research and development, Zeiss has a wider range. For example, the vast majority of electronics and semiconductor chips in the world are manufactured using the Zeiss microchip lens. In addition, Zeiss promotes medical advancement by providing optical products and solutions for ophthalmology, neurosurgery, ENT, dentistry and cancer, and assisting these doctors. Around the world improve the quality of life of our patients. Seeing the world, hardly a second company had as strong all-round power as Zeiss. With more than 170 years of research and development, ZEISS is no longer a strange name for photographers. According to Sina, in this angle, although the cooperation between vivo and Zeiss is a few years later than Huawei and Leica, but if it comes to the development potential, perhaps Vivo is even better. Vivo not only has the strong support of Zeiss, the German optical master, but also has a long history of exploration in mobile photography than other cell phone manufacturers, and has significant influence in this regard. In fact, for many years, Vivo regularly publishes research on different users’ needs. Up to now, this smartphone brand has also established many photography Research and Development (R&D) centers around the world with more than 700 employees in the industry. It is the efforts in innovation and R&D that help Vivo to be more “sensitive” to the changing market. The company points out that one of the dramatic changes in the future is the wave of innovation and revolution. mobile photography – what Vivo sees as key to long-term user needs. Vivo invests heavily in mobile imaging. Last year, Vivo also designated video as one of the core lengths of the company’s growth over the next 10 years and made it clear that there would be “no upper limit” for investment in R&D in the sector. this. Considering the current development trend of the industry, the competition on the mobile image race will be fiercer. On the other hand, 2021 is the time when 5G will accelerate in popularity. Taking photos and recording short videos has become the hot spot that the public is now pursuing. Therefore, mobile imaging is definitely the area of ​​focus for the major cell phone manufacturers. On the other hand, as Huawei, Vivo, and OnePlus are looking for long-standing camera manufacturers to hone and explore together in the field of imaging, other mobile phone makers, such as OPPO and Xiaomi. , will definitely try their best to increase their competitiveness in camera photography. The battle of images on mobile devices is increasingly fierce. Who will be the final winner? Time will give us the answer.

Super smart city model on 6G infrastructure. Although 5G technology has not even been widely available to users, a fierce race for the 6th generation (also known as 6G) mobile network between the leading countries in technology has begun. head. “FORGET 5G”, US WANT TO GO 6G In theory, the 6G network could be 100 times faster than the maximum speed of 5G and is expected to provide many technological applications that have long been seen as science fiction. Such as real-time holograms, flying taxis, and the ability of the human body and brain to be connected to the Internet. Until now, the race to 6G is increasing, especially between the US and China. There are even more concerns: 6G is so important that it has become an arms race to some extent. In this tech race, the United States will likely hamper Huawei’s 6G ambitions just as it has proven it is capable of hurting Chinese tech firms in the past. 6G has clearly been on the minds of policymakers in both Washington and Beijing. Former President Donald Trump shared on Twitter in early 2019 that he wanted 6G “as soon as possible”. The development of 6G could give America the opportunity to regain its lost position in wireless technology. Vikrant Gandhi, Senior Director of Information and Communication Technology Frost & Sullivan said: “ The United States missed the opportunity to lead the 5G wireless technology, and this time they are determined to focus on 6G development. Competition for the 6G lead will be much fiercer than 5G. It is easy to see that Washington started with the “Telecommunications Industry Solutions Alliance” called ATIS and launched the Next G Alliance in October 2020 to “elevate North American leadership in technology. 6G “. The members of the alliance including tech giants like Apple Inc., AT&T Inc., Qualcomm Inc., Google and Samsung Electronics Co., of course, never had Huawei. According to Bloomberg, China also took the lead by launching a satellite in November last year to test the transmission of 6G. In addition, telecommunications equipment maker ZTE Corp has partnered with China Unicom Hong Kong to develop a new generation of technology; Huawei also has a 6G research center in Canada. However, in this tech race, the US may hamper Huawei’s 6G ambitions as the country has shown it is capable of detrimental to Chinese technology firms in the past. KOREA AND CHINA HAVE ADVANTAGES IN A 6G RACING Samsung Electronics and Huawei Technologies are two leading names in the deployment of BTS stations, which are important infrastructure of telecommunications networks. According to the Nikkei, Korea and China will have an advantage in the 6G technology race. Japan and the US will have difficulty if they want to catch up with these two countries on 6G. Currently, Samsung is leading in 5G copyright, holding 8.9% of the number of copyrights. Huawei came in second with 8.3%, Qualcomm with 7.4%, while Japan’s NTT Docomo came in sixth with 5.5%. South Korea is hoping to become the first to offer commercial 6G services, with corporations Samsung and LG setting up research centers and the government considering investing 976 billion won (18,687 billion dong) in development projects. Beijing also announced its 6G network research and development program last November, and Huawei launched a dedicated research team. According to Tetsuya Kawanishi, telecommunications expert from Waseda University (Japan), BTS stations are expected to change both quality and quantity to be compatible with the 6G network. Japan currently has about 600,000 BTS, but to properly meet the 6G infrastructure, 1 billion stations are needed, while the world will need 100 billion stations. Theoretically, a 6G network can reach more than terabits per second, 10 times faster than 5G. But in terms of coverage, the transmission distance of 6G base stations will be only 200 m or less, and using shorter wavelengths, smaller antennas. Therefore, lighting equipment, signs or passenger cars can also add BTS to increase the coverage. According to HIS Market market research company, three companies including Huawei, Ericsson (Sweden) and Nokia (Finland) account for 80% of the BTS market share and many companies are racing to develop smart stations. to lead the race in this segment. SUPER EXPLOSION 6G NETWORK CONNECTION Four main orientations on connection are being studied by countries around the world, including: smart connection, deep connection, heterogeneous connection and connecting everywhere. Most likely, the technologies of the future are considered to be included in the 6G network such as optical wireless communications, quantum communications, unmanned aerial vehicles, low-rise satellites … Moreover, artificial intelligence and big data analytics are also included in the 6G network support to ensure network quality goals. Most likely, the technologies of the future are considered to be included in the 6G network such as optical wireless communications, quantum communications, unmanned aerial vehicles, low-rise satellites … Since then, many super smart applications based on 6G platforms such as: smart home will be widely deployed when smart devices are able to connect and control remotely; Intelligent traffic with control systems, autonomous vehicles, flying taxis; Smart city is built on environmental monitoring systems, optimal energy control systems to improve people’s living standards. Augmented reality technology also requires a 6G network. In addition to the objects being 3D simulated and controlled by artificial intelligence, the user experience will be supported by all 5 senses of hearing, seeing, smell, taste, and touch through sensors. With high bandwidth speed, low latency, 6G network will ensure the quality of user experience. The wireless communication features of the 6G network allow the technology of tomorrow to be the brain and computer interface system (BCI) in everyday life. BCI takes signals from the brain and sends them to digital devices, analyzing and interpreting the signals into device control commands. Moreover, integrated satellite network will allow 6G network to have global mobile coverage; convert and upgrade conventional connections into smart ones; integrated power and information transmission, not only allowing information transmission but also wireless power transmission to charge devices.

Businesses have difficulty when the Indian government suspends the license to import Wi-Fi devices According to Reuters sources, India delayed the approval of imports of Wi-Fi modules from China for several months. These include complete electronics like Bluetooth speakers, wireless headphones, smartphones, smartwatches, laptops, all of which contain a Wi-Fi module. The Wireless Planning and Coordination Agency (WPC) under the Ministry of Communications of India has suspended the license since November 2020. More than 80 applications from US, Chinese and Korean businesses are waiting. Even records from some domestic companies have the same fate. Tough stance on Chinese imports comes amid Indian Prime Minister Narendra Modi calling for stronger economic self-sufficiency. His policies have helped spur the assembly of smartphones in the country. Reuters sources believe that the latest move by the government to persuade companies to allocate more electronics production in India. However, technology businesses are faced with a difficult situation: production in India requires a large amount of capital and has to wait a long time to be profitable. On the other hand, the government has imposed import barriers that put them at risk of huge losses. In the past, India allowed companies to self-declare wireless equipment, making it easier to import. However, the invitation rule in March 2019 requires them to seek government permission. Although India is already the world’s second-largest mobile phone maker, analysts and technology experts say the country is not of enough scale or scale for big companies to invest. into manufacturing IT products and smart wearables. Watch out for Chinese technology The delay in WPC licensing also represents a strategy to reduce China’s influence on India’s technology industry, especially following last year’s border clash. This week, Modi’s government removed Huawei from the list of companies tested for 5G, while competitors from Europe and South Korea were allowed. Once 5G starts rolling out here, New Delhi is likely to ban carriers from using Huawei equipment. In 2020, US businesses such as Apple, Cisco and Dell will also be stuck in Sino-Indian tensions when Indian ports “detain” imports from China. At the end of 2020, India tightens papers proving the quality of Chinese goods, slowing down the process of importing iPhones. Currently, once they have obtained the proof of quality, they are stuck at another gate, which is the WPC. Du Lam (Reuters)

Stewed black chicken with chestnuts: 500g black chicken, 100g chestnut kernel, enough onion; ginger 5g, alcohol 20ml, cooking oil 30ml. Black chickens clean feathers, remove organs, wash, chop pieces, blanch over, take out basket to drain. Put the pot on the stove, add cooking oil and scallions, then pour the chicken, stir fry it, add the chestnuts to the top, pour the ginseng water into the cellar until it is ripe, seasoning is ok. The dish is rich in protein, unsaturated fatty acids, minerals such as calcium, phosphorus, iron and vitamins. Sea cucumber soup Sea cucumber soup: 100g soaked sea cucumber, 20g bamboo shoots, 5g shiitake mushrooms, vegetable oil, alcohol, monosodium glutamate, minced onion, minced ginger, salt, pepper powder just enough. Sliced ​​sea cucumber, shredded bamboo shoots, onion, ginger, add it to the broth, add sea cucumbers, mushrooms, bamboo shoots, boil the spices, sprinkle with pepper powder. Served in meals. The use of kidney tonic benefits gas, increases the number and quality of sperm. Goat meat porridge with silkworm pupae: 50g silkworm pupae, 50g goat meat, 50g ordinary rice, just enough spices. Washed goat meat cut into small pieces, fried silkworm pupae, two things mixed together, seasoned to taste. Cook rice into porridge just cooked, then add the above two to stir well, cook porridge well. 2 times a day in the morning and afternoon. Eat continuously for 7-10 days.

‘Made in China’ world vision is based on international standards. (Source: Global Times) Sheet Global Times Recently published an article admitting weaknesses in China’s “Made in China” strategy to the world through analysis by author Dinh Cuong, Researcher at the Chongqing Financial Research Institute of Nhan Dan University. Chinese people. Weakness in standards According to the article, the Xinjiang Cotton event reveals a weakness of the “Made in China” strategy in looking to the world, which is the standard. The main reason for the Swiss-based Better Cotton Development Association (BCI) to be able to issue a “refusal to use Xinjiang cotton” with no evidence “, is that the standard is in hand. their. Standards are the fundamental rules of commerce, and standards and eligibility affect 80% of global trade. We live in an age when standards are dominant. According to statistics, there are more than 800,000 different standards worldwide, but only about 2% of which become the world standard. Due to historical factors, most of these international standards were established by developed countries such as the US and Europe. Holding standards equates to holding the right to lead the market and the right to formulate rules over the product otherwise, only behind others. There is a principle in the world that “third-tier firms sell products, second-tier firms sell technology and top-tier firms sell standards”. Chinese enterprises have suffered a lot of the suffering of “third-class enterprises”. Take cell phones as an example, as Chinese enterprises develop technical standards for 3G mobile phones autonomously, The Journal Washington Post (USA) has predicted that when China successfully develops its own 3G technical standards, it will no longer have to pay huge royalties to foreign companies. According to a report published by the German patent information analysis agency IPLytics, as of February 2021, the top 5 enterprises that claimed essential patents for global 5G standards were Huawei, Qualcomm, and ZTE. , Samsung Electronics and Nokia. Standards have become a beacon for Huawei to achieve a high position in the industry and expand its market and revenue share. It should be noted that China cannot overthrow or dismantle the existing system of standards to build another system of standards. In the future, what China needs to do is strengthen leadership and leadership in this system through the setting of new standards, and at the same time push the system to make adjustments and take advantage of the right to participate. decision and the right to speak. China still needs cooperation, this is also an issue that needs to be considered when conducting the “game” with the West in this regard. “Made in China” world vision is based on international standards. Since the implementation of reform and opening up, international standards have played a leading role in promoting and enhancing the development of “Made in China”. In the future, “Made in China” will continue to develop in this path, comprehensive upgrading, towards high quality. Among China’s current standards, some have taken the lead, which is the result of China’s relentless acceleration and expansion of industrialization. This is not only an expansion or upgrade of inherent international standards, but also implies the innovation of China itself. Many obstacles At the 39th General Assembly of the International Organization for Standardization (ISO) held in Beijing in May 2016, China at that time had 189 proposals to become ISO international standards, especially in In the fields of high-speed rail, nuclear power, information and automobiles, China has made a leap from its lagging position to the leading position. The major problem is that although Chinese firms have rebuilt new standards in some key areas or advantageous areas, the application of these new standards still requires a lot of friction. more, longer to the international market. According to the survey on infrastructure construction projects contracted by Chinese enterprises overseas, it can be seen that it is very difficult for Chinese enterprises to create a breakthrough in the field of standards. Most of the infrastructure projects are the construction of bridges, reservoirs, power stations, roads and railways. During domestic development, Chinese enterprises have had many technological innovations, many of which have surpassed international standards. However, Chinese firms still encounter varying degrees of difficulty in applying Chinese standards to these overseas projects. China’s manufacturing industry needs to make more efforts to meet international standards. (Source: Caixin) In such troubles, the technical staff of Chinese enterprises can often only convince the supervisory department and the contracting party, and use the actual results to prove the feasibility of the company. Chinese technology and Chinese standards. In many cases, businesses are forced to revert to using the inherent international standards. The current international standard system has been in existence for a long time, China needs to have enough patience and a long-term world vision in the long term to rise in standards. Chinese standards face many tiers of obstacles. From the Xinjiang Cotton event, it can be seen that even if Chinese products are of good quality and up to standard, as long as the brand is still controlled by others, it will be beneficial to Western political forces. use. Judging from the 5G situation, the more China rises, the more difficult it becomes. During the XIII Five-Year Plan, China issued 285 national standards for smart manufacturing, leading the construction of 47 international standards, covering all production processes of enterprises. This sector has now become the focus of the game between China and the West. China’s manufacturing industry needs to work harder to meet the standards, but the question is whether Western countries can, or to some extent, adopt and follow the new standards set by China. National construction or not? In the US, recently there have been many voices calling for the manufacturing industry to return to the country, but the return of the entire production chain is not possible. This does not mean that the US will give up on the value chain it dominates. How to bring into full play the design and regulation capabilities of the state, make the correct choice between competition and cooperation, between openness and management, between protecting interests and transferring claims ask for an accurate long-term vision and calculation (According to Global Times)

The US-China technology war The US and China are currently engaged in a full-blown technology war. The war began under the Trump administration and is continuing under President Joe Biden. In fact, Mr. Biden viewed US competition with China as an important front since he took office. The tech war began as a trade dispute, but quickly turned into a war for leadership in core technologies like 5G, artificial intelligence (AI), and semiconductors. With a long history of development, the US remains the global technology leader for decades, but that position is currently being challenged by China. After Washington began blocking Chinese access to core US-controlled technologies such as semiconductors, Beijing doubled down on its efforts to “de-America” ​​in its supply chain. The global pandemic contributed to tensions between the two countries, prompting President Biden to issue an executive order to review the US supply chain for core products such as chips, batteries, rare earths and supplies. medical. Proposed bills to significantly increase US investment and R&D spending in core technology have also received bipartisan support in Washington. The US-China technology war – a conflict that does not seem to have ended so far. What caused the tech war? On May 19, 2015, the Chinese government announced the “Made in China 2025” plan to promote the country’s manufacturing industry within the next 10 years. Analysts point to the “Made in China 2025” strategy, Beijing’s 10-year plan to transform the country from a “manufacturing giant to a world manufacturing power” that sparked the technological war. . After taking power in the White House, Donald Trump focused his efforts to prevent China from becoming the global technology leader. A series of events from sanctions imposed on Chinese telecommunications giant ZTE for disguising its role in selling US technology to Iran, accusing China of stealing American intellectual property and Concerns about Huawei’s dominance in 5G have turned into an extensive tech war that has won bipartisan support in the US. What is the difference between trade war and technology war? The US-China trade war began on July 6, 2018, when US President Donald Trump imposed 25% tariffs on $ 34 billion of Chinese imports, citing the need to “rebalance. equals “America’s growing trade deficit with China. Other taxes have been applied in 2018 and 2019. However, the trade war was soon overshadowed by the tech war that the U.S. fears that China is using unfair means, including state power and stealing intellectual property, to gain is targeted to become a global leader in core technologies such as AI, semiconductors and 5G. Did the US really separate factories from China? In the decades after China joined the World Trade Organization in 2001, the US and Chinese economies became intertwined. China is a factory that manufactures low-cost American goods, from computers to stuffed toys. President Donald Trump’s “America First” policy and the US-China trade war have sparked calls for the US to reduce its dependence on China-based supply chains. Initially, withdrawing from China was rejected as impractical because of the cheap labor force and the large Chinese market that American companies could not ignore. However, a form of seclusion has received the support of the US administration, even from technology leaders such as former Google CEO Eric Schmidt saying that “splitting” will benefit the United States. . The concept of “split” existed in the internet space when Facebook and Google were not allowed to operate social networks and search engines in China, while the US also banned or restricted the presence of media. Chinese social media like TikTok and WeChat in the US. The global pandemic highlights the world’s reliance on China for important medical supplies such as masks and also spurs calls to bring supply chains back to the United States. In February, President Joe Biden signed an executive order calling for a review of product supply chains critical to chips, batteries, pharmaceutical ingredients and rare earth minerals. What is China doing to improve the influence of US actions? China attaches special importance to its own technology development, especially the chip. Although China initially imposed tariffs in retaliation, the top leaders’ call to action was technology self-sufficiency. In 2018, President Xi Jinping said “China must persist in the path of self-reliance in the context of increasing unilateralism and protectionism in the current world”. After Huawei was blocked from buying US chips and China’s largest semiconductor maker SMIC was restricted from buying U.S. technology for alleged association with the Chinese military, Beijing has intensified its focus on achieves semiconductor self-sufficiency. The Chinese government has supported the domestic chip industry with favorable policies, from tax breaks to state subsidies to promote the rapid development of the semiconductor industry. Technology is also a major focus for China in its 14th Five-Year Plan (2021-2025) announced in March, calling for the promotion of new digital industries, including AI, data. large, blockchain and cloud computing, along with expanding the use of 5G to many other industries such as smart transportation and logistics. Why is the US specifically targeting Huawei with trade sanctions? Washington’s interest in Huawei dates back to the early 2000s on suspicions that the Chinese company has close ties with the Beijing government. Years later, Huawei’s rise as the global leader in 5G technology rang alarm bells in Washington. One of the first public moves against the Chinese company came in January 2018 when US lawmakers pressured US telecom giant AT&T to withdraw from the phone distribution agreement. smart Huawei for US consumers. Seven months after AT&T’s decision, Washington barred government agencies from buying equipment and services from the Chinese company. When Huawei was placed on the US Commerce Department’s Blacklist in 2019, Google suspended some of its business with Huawei that involved transferring hardware or software products, except for protected products. by open source license. This is another “slap” on the Chinese technology corporation. For the Chinese government, Huawei is pride and a testament to the strength and potential of the Chinese people. Within three decades, since being founded in 1987 by Ren Zhengfei, Huawei has made some “miraculous” developments. From a company focusing on manufacturing phone switches, Huawei has become one of the largest private companies in the world, a leader in areas such as telecommunications equipment, smartphones, and electricity. cloud computing. What impact do the sanctions have on Huawei? Initially, the sanctions didn’t seem to affect Huawei much, which reported record sales of 858.8 billion yuan in 2019, up 19.1 percent year-on-year. Huawei also quickly revealed a self-developed operating system called HarmonyOS to replace Google Android. However, after Washington expanded the scope of sanctions in May 2020, requiring foreign chipmakers to use US technology, including TSMC and Taiwan’s MediaTek, to apply for a license to sell chips. for Huawei, the Chinese telecom giant appears to be in a slump again. The biggest impact is on Huawei’s smartphone operations. Due to a lack of high-end semiconductors, Huawei had to sell its Honor smartphone business to a newly formed conglomerate comprising more than 30 dealers and carriers. In the first quarter of 2021, Huawei was “kicked” out of the top 5 largest smartphone companies in the world in terms of sales. As stockpiles of smartphone components are declining and Honor’s business is over, Huawei will face even more pressure in the smartphone business. Many Chinese tech companies have caught up with the US Popular Chinese applications run the risk of being banned in the US. Image: The Economic Times. In October 2019, the US Commerce Department added 28 other Chinese companies to the trade blacklist about Beijing’s alleged human rights violations of the Uighurs. In May 2020, more than 20 Chinese government organizations and companies, including software technology giant Qihoo 360, were sanctioned for “assisting with procurement of items for military purposes in China. China”. The most recent US sanctions involve seven Chinese supercomputing entities blacklisted for national security concerns. Francis Lau, professor of computer science at the University of Hong Kong, said China’s supercomputers mainly use Intel, AMD and IBM CPUs. “The sanctions will certainly have a significant effect on China’s ability to stay at the top of supercomputers, since most of the components in its supercomputers today are US-made. Although it will be.” There are alternatives from other countries like Japan and South Korea, but the American component is still the best, ”said Professor Lau. Will the tech war be any different under the Biden administration? US President Joe Biden holds a semiconductor chip when he speaks before signing the executive order to address the global shortage of semiconductor chips in the White House. Photo: REUTERS In short, no. After Donald Trump’s tenure, President Biden continued to put pressure on Chinese technology and especially on Huawei’s case. In March, the US Commerce Department further restricted the products US companies can sell to Huawei, with clearer bans on the export of components such as semiconductors, antennas, and batteries. can be used in Huawei 5G equipment. A day later, the US Federal Communications Commission designated five Chinese technology companies, including Huawei, ZTE, Hytera Communications, Hikvision and Dahua, as “unacceptable risks” to security. America. As for Huawei, analysts believe that President Biden can offer a more effective policy than his predecessor in curbing Huawei’s global 5G ambitions by taking a more friendly approach to international partners in Europe and elsewhere. That could be more effective in isolating the Chinese company. In addition to sanctions on individual Chinese tech companies, President Biden has also pledged to more than double his investment in science and technology, focusing on areas like AI. and quantum computing. President Biden’s ambitious $ 2 trillion plan to improve US infrastructure includes an estimated $ 50 billion investment to help the country less reliant on chips manufactured abroad.

However, a Huawei PR officer told the Global Times on Saturday that he has not received such information. China Mobile declined to answer the Global Times when asked. Ma Jihua, a senior analyst in the tech industry in Beijing, told the Global Times that the move to use satellites is natural as Huawei pushes up the layout of 6G networks, 50 times faster than 5G. Compared to building 5G networks that rely on base stations to transmit signals, 6G networks transmit higher frequencies, needing to use satellites for communication instead of base stations where there will be low penetration capacity, Ma explain. Illustration. Huawei’s rotating chairman, Xu Zhijun, announced at Huawei’s global analysts conference earlier this month that the Chinese tech giant will launch its 6G network by 2030 at the same time soon. Release of 6G white paper to explain what is 6G industry. In fact, in 2019, Huawei proposed launching more than 10,000 small satellites to provide 6G services worldwide, during the global 6G summit. China has made the biggest 5G footprint worldwide and is likely to go further in 6G development with efforts from giant Huawei, which has 5G technology outperformed. rivals and also leads in research and development 6G despite the US causing difficulties. According to Ma Jihua, the potential of 6G technologies is something no government or company can ignore despite the fact that it is still in the early stages of research and development. Satellite communication has shown increasing importance since last year with the proposal of new infrastructure. Ma Jihua also noted: “We need to know how to communicate in a satellite constellation as the country pushes forward with technology development along with Huawei’s new 6G satellite moves even though both use satellites.” China’s satellite constellation, such as the current projects in which Hongyun and Hongyan have been involved, aims to make online access available to residents and businesses in remote and remote areas in China. While the 6G satellite is used more widely for testing and data availability in popular metropolitan areas, Ma added. It is known that at the end of last year, China launched the world’s first 6G test satellite from the Taiyuan Satellite Launch Center in Shanxi Province, North China, marking a breakthrough in public discovery. terahertz space communication technology of China.

A smartphone production line of Vinsmart. The smartphone is the essence of technology, Mr. Quang replied. Mastering the core technologies when researching, designing and manufacturing smartphones is to have grasped the most difficult and newest technology areas of the world. World trends are bringing everything into phones, so humanity’s latest technologies will still revolve around smartphones. Smartphone manufacturing businesses will also be able to make many other types of products derived from this technology. “The country that wants to be the next dragon must master all these technologies,” replied Mr. Quang. Vietnamese-branded phones appeared in Vietnam quite early, but Bkav is one of the rare companies that owns a smartphone factory in Vietnam. The company has produced many generations of Bphone for both domestic and foreign markets. However, up to now, the company has not announced their smartphone market share in Vietnam. Another Vietnamese enterprise that just entered the smartphone market but already owns the core technology is Vinsmart. The company bought a controlling stake in BQ, a technology enterprise in Spain, as the foundation to build a domestic Vsmart factory. Recently, to stay ahead of 5G, the company has spent tens of millions of dollars building a research and development team, and also owns a Qualcomm patent to produce equipment in the 5G ecosystem. Vinsmart sold the Aris with 5G connectivity, and brought many products to Myanmar, Russia, the US and Spain. The company also has a rare smartphone hidden under the screen in the world. Owning core technology and patents is very important to many technology companies and countries. In Vietnam, the government has issued an Intellectual Property Strategy up to 2030 to develop and strengthen the country’s intellectual property ecosystem. The strategy includes centralized development plans for IP-intensive industries. Vietnam’s intellectual property score on the Global Innovation Policy Center’s (GIPC) International IP Index increased the most among Asian economies in 2020. Patents in particular, as well as intellectual property in general, are the main driving force behind the growth of many economies. For example, IP-intensive industries account for more than 38.2% of US GDP and 45% of EU GDP. “Big technology companies own a lot of patents because these patents are at the heart of the innovations they create. Patents are also a way to differentiate companies and their products from competitors ”, Mr. Thieu Phuong Nam – Director of Qualcomm Vietnam, Laos, Cambodia – told ICTnews about the importance of the department. patents.

Ericsson headquarters in Sweden. Photo: Telefonaktiebolaget LM Ericsson Chris Houghton, senior vice president of Ericsson and for markets in Northeast Asia, told reporters through a video call at an event in Beijing on April 22: “Confrontation and increasing polarization Increasing will not make the world any safer. ” Global efforts to improve telecommunications technology have been supported by hundreds of companies over the years, adding that the role of “Chinese innovators cannot be ignored,” said Houghton. “. “Anything that restricts competition runs the risk of slowing down the industry,” he said. Market performance should be determined by the technical practices of the competitiveness of the different solutions. ” Ericsson has been campaigning for months against the Swedish government’s ban on Huawei. Earlier this week, in an interview with Chinese media outlet Caixin at the Boao Forum for Asia, President and CEO Ericsson Börje Ekholm said “geopolitics could endanger” cooperation. of the company with its Chinese counterparts, such as Huawei and ZTE, in setting unified global standards in the telecom industry. Ericsson is also concerned about the impact of the Sweden ban on Huawei equipment on its business in China. The company said in its 2020 financial report that Sweden’s sanctions against Huawei risk having an impact on its operations in the world’s second-largest economy. Last year, China was Ericsson’s second largest market after the US, contributing 8% of the company’s revenue – up from 7% in 2019. The company provides equipment and terminal services to national carriers. China Mobile, China Unicom and China Telecom, respectively, serve more than 350 million 5G mobile subscribers in China. According to data from China’s Ministry of Industry and Information Technology, China placed 5G at the top of its agenda to boost the digital economy, which houses 792,000 5G base stations by the end of February, making them the largest 5G network in the world. On April 22, Ericsson Vice President Sinisa Krajnovic, head of the company’s digital services division in Northeast Asia, said that there is still uncertainty about whether the company can fall victim to the stress. geopolitics or not. “When it comes to China, there are things we can control and things we cannot control,” said Mr. Krajnovic. He pointed out that countries like China, which invest early in 5G technology, are more likely to capture “competitive advantage” than latecomers. The administrative court in Stockholm on April 21 began hearing Huawei’s argument as to whether the Swedish authorities’ restrictions were legal. The Swedish Post and Telecommunication Authority decided in October last year to ban the world’s largest telecom equipment maker from supplying the country’s mobile network operators during its 5G rollout. them, on the grounds of security risk. The regulator also issued a similar ban on ZTE.

‘Mission impossible’ by Tim Cook The video introduces the M1 Pro 2021’s M1 processor, impressing with the Mission Impossible movie-like action scene. The thief revealed at the end of the video is CEO Tim Cook. In the video of the iPad Pro 2021 launch, CEO Tim Cook (or stuntman) wears long hair running from the roof of the Apple Park building, cuts the glass door to break in, opens the ventilation door, and then swings down to the secret cellar MacBook filled with honey. After going into the basement, the character in the video deftly crossed the laser fence, picked up the M1 chip from the MacBook and then attached it to the iPad Pro. At the end of the video, the character takes off his wig, reveals his identity as CEO Tim Cook, and then smiles at the new iPad. According to the The Verge , the video posted by Apple titled “Mission Implausible” to introduce M1 chip on the new iPad Pro. The action scene in the video makes many people think of Tom Cruise in the famous movie Mission Impossible . The iPad Pro 2021 introductory video received much attention. According to the Mashable The image of CEO Tim Cook smiling quickly became the subject of meme photos on the Internet. CEO Tim Cook’s smile at the end of the video became the subject of a series of photoshoots. Photo: The Verge. “Tim is looking at my wallet,” says YouTuber tech DeVante Chisolm happily commenting on Twitter. Reporter Alex Heath’s The Information “This is the look on Tim’s face when Apple forces all apps to comply with App Tracking Transperancy on iOS”. iPad Pro 2021 is the product to be expected in last night’s event. This is the first iPad equipped with M1, processor chip developed by Apple on ARM architecture. The 12.9-inch version uses a Mini LED display, called the Liquid Retina XDR, with more than 10,000 small LEDs placed below the screen, helping to create independent bright areas similar to the OLED display. For the first time an iPad has an option of 2 TB storage, allowing more photos, videos and apps to be saved than ever before. This is also the first Apple iPad to support 5G network. In Vietnam, the 12.9-inch 128 GB iPad Pro M1 regular version, the 5G version, is priced at 30 and 34 million dong, respectively. The most advanced version of the iPad Pro M1 with 2 TB of internal memory costs 64 million VND. This is the highest price for an iPad ever. In addition to iPad Pro 2021, Spring Loaded event taking place at 0:00, 21/4 (Vietnam time) also has the appearance of iMac M1, Apple TV 4K upgraded, AirTag accessories, purple iPhone 12 and translation Podcast subscription service. Apple launches new purple iPhone and improved iPad Pro M1 During the Spring Loaded event taking place at 0:00 on April 21 (Vietnam time), Apple introduced a series of products including iPhone 12 purple version, new design iMac, AirTag card, iPad Pro M1.

At this event, Apple unveiled the iPad Pro 2o21 duo with a design that is not different from the potential versions, but the hardware inside the device has an extremely strong upgrade when equipped. Apple M1 chip. iPad Pro 2021 will be available in 11-inch and 12.9-inch versions. The machine still retains the square design, aluminum material. To protect the environment, the aluminum material of the machine is made from 100% recycled material. The 11-inch version uses a 120 Hz ProMotion LCD panel that has been in use since late 2018. In the 12.9-inch version, the new display is called Liquid Retina XDR. This is an upgraded display technology from LCD, using more than 10,000 micro LEDs placed below the screen, creating independent areas of light similar to OLED screens, increasing contrast and brightness. For the first time, the iPad Pro comes with 2TB of storage and up to 16GB of RAM; 5G connection support for super fast data transfer speeds. The second most notable upgrade on the iPad Pro 2021 is the Apple M1 chip. This is the latest chip from Apple used in the iMac and MacBook Pro models. Compared to the iPad Pro 2020, the new iPad Pro offers 50% higher performance. 5G versions of the 11-inch and 12.9-inch iPad Pro support networks below 6 GHz as standard. In the US, users can also access faster 5G mmWave networks. The USB-C port on iPad Pro 2021 is upgraded to the Thunderbolt standard for faster and more convenient data synchronization. This change allows the new iPad to be able to connect to external displays up to 6K resolution. The new iPad Pro will start at $ 799 for the 11-inch version, and $ 1099 for the 12.9-inch version. The top-end 11-inch iPad Pro version with 16GB RAM and 2TB storage will cost up to $ 2,099, while the top-end 12.9-inch iPad Pro model costs up to $ 2,399 – more expensive than the MacBook Pro M1 the most advanced version and of course the MacBook Air M1. However, neither of these prices include an Apple Pencil or Magic Keyboard accessory. If you want users to spend more money to buy more products. Apple for pre-order iPad Pro 2021 from 30/4, expected to ship in May. Users can choose from two colors: gray or silver. HA iPad 2022 equipped with an OLED screen?

At the Spring Loaded event, Apple unexpectedly announced a new Purple color for two devices, the iPhone 12 mini and the standard iPhone 12. Customers will be able to order from April 23, and Apple will begin shipping on April 30. So, after 5 colors: Black, White, (Product) Red, Green and Blue, Apple has announced a new Purple color for the two iPhone 12 mini as well as iPhone 12 models. Unfortunately, Apple does not announce the Purple color for the other two models, iPhone 12 Pro and iPhone 12 Pro Max. The Purple version brings a fresh look to the iPhone 12 and iPhone 12 mini. You should wait for this color version to appear directly in Vietnam to be able to make the final choices, do not forget that Apple products outside see above website it also takes practice on hand to have the most accurate experience. IPad Pro 2021 series with powerful Apple M1 chip, 5G network support At the end of the event, Apple introduced the 2021 iPad Pro line (11 and 12.9 inches) with Apple M1 chip, Thunderbolt standard support, 5G connectivity with mmWave band in the US. In terms of design, the new iPad Pro is almost identical to the 2020 generation, albeit the new devices are a bit thicker. The new iPad Pro features a Liquid Retina XDR display, delivering darker contrast, higher brightness levels up to 1,600 nits. It’s a new mini-LED panel with 10,000 lights, an extremely high contrast ratio of 1,000,000: 1. All the highlights of the new iPad Pro 2021 line at the event. The iPad Pro line has been around and has been upgraded for many years, but perhaps never has the iPad Pro been as attractive as this year. For the first time, the iPad Pro no longer uses the A-Series processor CPU but completely switches to the Apple M1, which previously only appeared on laptops (Macbook), this change brings extreme processing capabilities. powerful and parallel is a series of impressive upgrades. No need to worry about losing your belongings with AirTag AirTag is an object tracking tool and can be attached to many things, such as bags, wallets, keys … The device will assist users in tracking in the Find My app on iPhone. AirTag connects to iPhone via Bluetooth and uses UWB (ultra-wide bandwidth) chip to locate attached objects. AirTag itself does not have any adhesive to attach to objects, instead, AirTag needs to be used in combination with straps, hooks to attach to objects. To own an Apple AirTag, at the international market price we need to spend about 29 USD (equivalent to 670,000 VND), Apple for customers to order from today (April 21), catch First delivery from April 27, when buying at the Apple Store we will be engraved with free icons. There is currently no selling price and time to sell in Vietnam, but an interesting product like AirTag will probably soon appear in the Vietnamese market. Apple TV 4K (2021) appears with Apple A12 chip, which plays 4K 60FPS video During the event, Apple also announced a new generation Apple TV model, replacing the Apple TV 4K launched in 2017. The new version retains the name but brings more upgrades, especially in terms of performance. with A12 Bionic chip. This allows the product to play 4K HDR content as well as Dolby Vision video up to 60 FPS via AirPlay from the iPhone. 120 Hz refresh rate is also one of the important highlights of the device. In particular, the Apple TV 4K (2021) remote control is also redesigned, thicker than the previous version. It also features a new five-way touch controller that replaces the old generation’s swipe keyboard and a power button to turn off your TV. The Siri search button has been moved to the side of the control, below the user’s right thumb for quick action. As for Apple TV, the device retains the same design but is upgraded in terms of hardware and software inside. Apple TV 4K (2021) will optimize the colors on your TV screen using the light sensor on your iPhone. The new Apple TV 4K will start at $ 179 for the 32GB memory version, which will be available on April 30. The 64GB version will cost $ 199 higher. IMac computer with many colors and runs on the Apple M1 chip Apple at the Spring Loaded event announced the iMac 2021 computer with a completely new look. The device comes in a total of seven colors: Green, yellow, orange, pink, purple, blue, and silver. The front of the iMac has a 24-inch Retina display with 4.5K resolution with relatively thin bezels. In particular, the 2021 iMac is equipped with an Apple M1 chip. Apple says the CPU on the new iMac is 85% faster than the previous 21.5-inch iMac, GPU performance is also 2x faster than the first model. Ceiling paint According to S-forum

China’s test network connects 40 top universities in preparation for a society powered by artificial intelligence (Image: Shutterstock) Located at Tsinghua University, “Future Internet Technology Base” connects 40 universities, the country’s leading research institute with much lower bandwidth and latency than the current Internet. ; According to the Xinhua state news agency. This facility will serve as the “backbone” for the China Network Innovation Environment (CENI) – a research facility linking the largest cities in China – to confirm the effectiveness and safety of the public. network technology in the future before bringing it into commercial use. When completed in 2023, the CENI facility will become a prototype of the “Internet of the Future”, connecting almost everything – from home computers to cars on the street – to serve information without compromise. disruption in a society powered by artificial intelligence (AI). “We will put a lot of effort into it. The Internet of the future needs to withstand all kinds of attacks. It is important to our national security, ”an anonymous computer scientist who was involved in the project at Tsinghua University told SCMP. China’s current Internet is built with Western technology and is full of backdoors. The US government’s Prism project, for example, took advantage of these weaknesses to penetrate the Chinese government and some of its research institutes, including Tsinghua; according to “whistleblower” Edward Snowden. Following Snowden’s revelation, the Beijing government has stepped up efforts to replace Western hardware in its information infrastructures. In recent years, a number of Chinese telecom companies, including Huawei Technologies Co., have outperformed Western firms in 5G network development and many other technologies. But their lead is limited to certain areas, while foreign software and protocols still prevail in the Chinese network. The US government has also launched a multitude of test networks, including the Global Network Innovation Environment (GENI) to maintain their leadership position in networking technology. Other players – such as the EU, Japan and South Korea – have also started similar projects. According to Tan Hang, the lead scientist working on the CENI project, the construction of the Chinese test network began in 2019. China’s base is to counter the US GENI program, with completely different technology. For example, China will develop a brand new operating system to manage data flow and “conversation”. between devices on the future Internet network, with the support of domestically produced hardware – from routers, servers to computer chips…, according to Mr. Tan. This 1.7 billion yuan ($ 260 million) network base will “enhance our country’s competitiveness and allow us to gain an edge in the international cyber competition,” said Mr. Tan. more. China has now embarked on building the world’s largest 5G network, and in the foreseeable future, a large number of smart devices – including self-driving cars – will connect to the Internet. These devices can produce and request huge amounts of data, while allowing only minimal communication delay and each device needs a unique ID. According to Mr. Tan, the current Internet base, based on military technology from the 1980s, is not strong enough to meet future requirements. And the more things connected to the Internet, the greater the damage caused by a network attack. New security protocols developed by Chinese researchers to locate and identify any device in the future network will be tested in the CENI network; according to Mr. Tan. The CENI network “will support attack and defense training” by allowing more than 4,000 teams across the country to conduct separate experiments at the same time; he said. Of course, China’s network will not be isolated, but will connect to existing Internet networks, as well as test networks in other countries, including the Future Internet Research and Test Network (FIRE) of Europe; according to the EU.

Apple released the iPad Pro M1 that is more powerful than 1,500 old versions Apple said that this is the first iPad to be equipped with M1, the same processor on Macs developed by Apple on ARM architecture. According to Apple, the M1 processor chip helps iPad Pro 2021 to have graphics performance 1,500 times faster than iPad 2010 and up to 50% faster than iPad Pro 2020. Besides, the image signal processor ISP completely new and a LIDAR camera to take high quality images in low light. TrueDepth camera on the front for face unlock. A new feature called Center Stage will track moving objects during video calls. The new iPad Pro comes with many upgrades In addition, the iPad Pro 2021 is also the first iPad with a Mini LED screen, called Liquid Retina XDR, which is upgraded from LCD, in which the LEDs are very small in size. Mini LED on iPad Pro 2021 consists of more than 10,000 micro LEDs placed below the screen, which helps to create independent bright areas similar to OLED screens. Close-up of Apple’s new iPad Pro M1 Thunderbolt on the iPad Pro 2021 also supports a wider range of accessories, with 4x faster bandwidth. Apples also said that this is the first time the company has provided a 2TB memory version for the iPad, allowing the iPad Pro M1 to hold 60,000 ProRAW photos and double the hard drive speed of the previous generation. In addition, the machine also has 5G connectivity and supports using Xbox and PS5 controllers when playing games. In addition to the iPad Pro 2021, Apple also introduced an AirTag finder accessory, a redesigned iMac M1 computer, a Podcast pay radio service, a purple iPhone 12, and an upgrade to the Apple TV 4K.

RESOURCES – Fresh passion fruit: 07 fruits; – Sugar: 100g (depending on whether you want to eat sweet or less sweet); – Flexible jelly powder: 10g; – Water: 1 liter. Tools: cooking pot, sieve (ladle) filter, scraper, sharp knife, container. HOW TO MAKE LEO LEO Step 1: Preliminary processing of passion fruit peel -Use a very sharp knife to remove the outer hard shell of the 5 passion fruit, remember to trim it thinly to leave the pink crust. You can use a scraper to scrape off this peel. If using a knife, peel the outer shell in a spiral circle, you can take advantage of this shell to roll into a very beautiful flower used to decorate the dish. – Split all 7 passion fruit fruit, take the intestines to separate into 1 bowl (this passion fruit intestine can be filtered down as desired), the peel of 2 passion fruit still has its peel, then wash to separate; Peel of 5 peeled passion fruit, put in a pot with 20g sugar and 500ml of water, cook for about 30 minutes on low heat to get a very beautiful red rose color. Step 2: Cook red rose jelly – Juice of passion fruit on the top, add 20-30g of sugar, 5g of jelly, stir well, bring to the stove to boil for 2-3 minutes, add 1/2 of passion fruit intestines, stir and then turn off the heat. Pour into the mold, wait to cool and the jelly solidifies, then cut into pieces. So we have made very beautiful pink red passion fruit jelly. Step 3: Cook yellow jelly – North the pot on the stove, add the remaining 5g of jelly mixed with 500ml and 60g of sugar, stir well, boil for 2-3 minutes, remove the foam, add the remaining 1/2 of passion fruit intestine, stir, pour. Mold, wait to cool and the jelly solidifies then cut. So we get yellow passion fruit jelly. Jelly put in a sealed box, to prevent the refrigerator from being used for about 2-3 days is the best. In the hot summer, there is nothing like enjoying the cool, sour, sweet, sweet, natural jellies that are very attractive. You can use a flower shaped silicon mold to pour the jelly into it to create very pretty jelly flowers. Wish you success in making passion fruit jelly!

At Spring Loaded this year, Apple is expected to launch a new iPad product line, Apple Pencil 3rd generation and most notably AirTags. The event will still be broadcast live as a livestream and users can watch it through the Apple website, Youtube and the Apple TV app. With the iPad product, analysts said that the main focus that Apple is aiming at Spring Loaded will be the iPad Pro, iPad mini and updates for the low-cost iPad line. In particular, the 11-inch and 12.9-inch iPad Pro models will have major changes, including updated features and equipped with the powerful A14X Chip, the high-end 12.9-inch mini LED screen will also be thin. 0.5mm more than the previous generation. Looking back at last year, Apple has launched iPad 8 in September, the current period seems a bit short for “the Apple” to promptly upgrade new product line. But according to analyst Daniel Ives’ prediction, the iPad mini 5 also needs a successor product and Spring Loaded could be a reasonable time for Apple to introduce a new product. In addition, analysts also believe that the price of the iPad Pro model will increase moderately, while the next-generation iPad mini and iPad will have the same price, except for models equipped with a 5G modem. In addition, AirPods3 is also the name receiving attention from users, because Apple has previously delayed the launch of this product in March. The interesting thing is right on the front door Spring Loaded , even eBay, Wal-Mart, Etsy and a number of other online sales channels have launched AirTags accessories. It seems that the “Apple family” believers have certain confidence in the appearance of useful accessories for devices like this iPhone and iPad. From previously disclosed information, it can be seen that the AirTags material is similar to the elastic band of the Apple Watch Sport, and there is a concealed lock used to fix the AirTag at the end, so that users can hook copper. Smart watch into any widgets desired. Finally, there are rumors that AirTags is equipped with an ultra-wide bandwidth U1 chip, which supports more accurate object search and locating than Bluetooth. What about the truth, please wait patiently for the event to be broadcast live at 0 o’clock tomorrow morning.