Ubuntu 14.04, Wifi Is Disabled by Hardware Switch - Lenovo G50-80, Qualcomm Atheros QCA9565 / AR9565

Ubuntu 14.04, Wifi is disabled by Hardware Switch - Lenovo G50-80, Qualcomm Atheros QCA9565 / AR9565 Wireless Network Adapter (rev 01)

There is a module called "ideapad_laptop" that prevents the wifi module to start. 1) blacklist this with:2) Prevents the WiFi card from automatically sleeping and halting connection

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Qualcomm expects new 315 5G IoT modem to make it easy and cheap for factories to go wireless

The chip supports 5G standalone architecture and is pin-to-pin compatible with existing LTE modules. Qualcomm's latest IoT product-the 315 5G IoT modem-is built to meet the operational demands of industrial settings and to make upgrading existing equipment easy. The modem was built for industrial and enterprise applications, provides gigabit connectivity, operates with low power and has new thermal-efficient capabilities, according to a press release from the company. Vieri Vanghi, vice president of product management, said that the Qualcomm 315 5G IoT modem was built to meet the physical demands of manufacturing plants and to complement existing 5G devices companies already have in place. The chip can work in conditions ranging from -40 to 85 degrees celsius, Vanghi said. "The most important thing is that this device will enable smaller form factors than what you typically see today," he said. Also, the chip supports 4G and 5G connections and 5G stand-alone mode, but not older technologies. SEE: Future of 5G: Projections, rollouts, use cases, and more (free PDF) (TechRepublic) "By deprecating some non-standalone connections, that gives us a smaller form factor and better efficiency," he said. Vanghi said that data rates are less than those on some of the company's mobile broadband chips and that this tradeoff allowed Qualcomm to make this chip smaller and more affordable. "We have a reference design that enables much a smaller footprint, a 50% reduction if you look at the module level," he said. Another design element of the modem is that it is pin-to-pin compatible with LTE modules. Vanghi said this means that the new chip can be swapped into existing devices, allowing customers to bring 5G connectivity to existing infrastructure. The other specs for the Qualcomm 315 5G iOT modem are: • Support for any band below 6 GHz The company expects the IoT modem to power many industrial IoT needs in industry segments ranging from energy, automation and manufacturing to precision agricultural, construction and mining. Qualcomm expects customers to use this modem to reconfigure factories and move from a wired facility to a wireless one. Vanghi described these use cases for the modem: Benoit Jacquemin, innovation director industry business at Schneider Electric, said in a press release that the 315 5G IoT modem addresses the specific needs for massive bandwidth, reliability and performance across industries. "This technology has the potential to become a catalyst of digitization, helping unlock unprecedented opportunities and efficiencies in innovative 5G industrial applications," he said. Sander Rotmensen, director of industrial wireless communication at Siemens AG, Digital Industries, said in a press release that the new modem shows Qualcomm's commitment to drive the digital transformation of industry and state-of-the-art industrial 5G products. The Qualcomm 315 5G IoT modem is expected to be commercially available in the second half of 2021. Qualcomm sent the chipset to selected customers in late May. The product will be on an extended life program. • 5G: What it means for IoT (free PDF) (TechRepublic) • TechRepublic Premium editorial calendar: IT policies, checklists, toolkits, and research for download (TechRepublic Premium) • What is 5G? Everything you need to know about the new wireless revolution (ZDNet)

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Why do Qualcomm Quick Charge 3.0 chargers have 3 define increments of amps and volts on their side, when Quick Charge 3.0 is based on the phone being able to choose the amount of amps and volts variablely?

The farthe charger specifies the voltage and has a maximum current for each given voltage.The device will draw as much current is needed, within the charger limits, and will request the necessary voltage as needed.tldr: the charger has no control over the current used, it will supply the voltage asked by the device and the device will use draw the required current.

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What makes MediaTek P23 better than Qualcomm Snapdragon 810?

I will let you know some points about both the processors to showcase the difference and let you know which one is better.P23u00b7Helio P23 is a 64-bit octa-core ARM LTE system on a chip designed by MediaTek set to launch in late 2017.u00b7This SoC, which is fabricated on TSMC's 16 nm process, incorporates eight Cortex-A53 cores with four little cores operating at up to 1. 65 GHz and four big cores operating at up to 2.3 GHz.u00b7The Helio P23 supports up to 6 GiB of dual-channel LPDDR4X-3200 memory and incorporates a modem supporting LTE User Equipment (UE) category 6 and 7.u00b7MediaTeku2019sImagiq 2.0 system incorporates advanced camera features that brings fantastic photo and video capture effects and experiences to affordable smartphones. u00b7Its 1313MP dual camera system allows a combination of camera types, including colorcolor or colormono sensors, matched with standard or widetele lenses for exciting effects such as real-time Depth of Field, incredible low-light performance, multi-frame noise reduction or up to 10x optical zoom.u00b7Diverse support for sensor types are supported, including dual/2x1 PDAF or 4-cell, while 3A includes MediaTeku2019s Instant Auto Exposure (AE), anti-over exposure hardware and accurate point light focusing.u00b7The Imagiq 2.0 suite includes technologies that minimize aliasing, grain, provide denoising, chromatic aberration correction and motion compensation techniques, across both normal and low-light conditions. Qualcomm Snapdragon 810u00b7Qualcomm is known as the best when it comes to the SOC industry.u00b7The company has used a potent combination of LTE modems and custom CPU and GPU architecture designs to shove most of its early competitors to the margins or out of the business entirely.u00b7After a long string of successful flagships, the Snapdragon 810 has been a bit of a disappointment. u00b7There is an excessive heating issue which has been highlighted. The chips are not well clocked. This causes a hindered gaming experience because excessive gaming can lead to excess heating.Now you know what is better, the qualcomm snapdragon 810 has disappointed the users. P23 is an amazing chipset which is in the Oppo F5 and is truly amazing with technologies like MiraVision and Imagiq. The corepilot makes it battery efficient. This is what makes P23 an obvious choice. I will let you know some points about both the processors to showcase the difference and let you know which one is better. But both the chipsets are for a different price segment! so i donu2019t think they have a head on-comparison.What makes MediaTek P23 better than Qualcomm Snapdragon 810?.

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Qualcomm 5g Baseband Solution Has More Than 1000 Terminals, and the Technology Upgrade Makes the Con
Qualcomm 5g Baseband Solution Has More Than 1000 Terminals, and the Technology Upgrade Makes the Con
Despite the impact of the epidemic, the development speed of global 5g is still faster than expected. It may be the reason for the epidemic that people have become more aware of the importance of communication connection. Although there are fewer face-to-face contacts between people, the connection on the network is getting closer and closer. The development of the communication industry will make people feel that human communication can be everywhere.In the process of 5g's rapid and steady promotion, one name that can not be ignored is Qualcomm. As a leader in the field of wireless communication, Qualcomm has participated in every step of 5g development. Qualcomm provides industry-leading 5g solutions, which is the only 5g chip manufacturer in the world that can provide integrated solutions from baseband to RF and then to antenna. Qualcomm's 5g solution plays a vital role in transforming 5g from a conceptual theory to a practical end product.In absolute terms, at this stage, more than 1000 terminals have been released or are being designed using Qualcomm 5g solutions. From the relative market share data, Qualcomm baseband chips have a global market share of 53%, and the proportion of 5g baseband alone is more than 70%. It can be seen that Qualcomm's strength in the 5g era is increasing day by day.In fact, in just three years, Qualcomm has launched four generations of 5g baseband, namely Xiaolong X50, Xiaolong x55, Xiaolong X60 and Xiaolong X65. With such high-frequency technology iterations, first, we can see that Qualcomm attaches great importance to 5g development and hopes to continuously promote market development through technological innovation. Second, Qualcomm's leading edge in 5g technology can also be clearly seen.In fact, looking back at the past at this time point, it is not difficult to find that Qualcomm's four generations of 5g baseband have contributed positive forces in different periods. Take Qualcomm's first generation 5g baseband Xiaolong X50. Although the technology is not mature compared with now, it has made outstanding contributions to the popularization of 5g terminal products in the early commercial stage. Especially for China's mobile phone manufacturers, the combination of Qualcomm Xiaolong X50 and Qualcomm's first generation 5g chip Xiaolong 855 is a powerful push to help China's first generation 5g mobile phones go to sea.China's mobile phone industry is basically at the pace of running in the 2G, 3G and even 4G era, and has little voice in the global mobile phone market. As early as 2010, only one of the top ten mobile phone manufacturers in the world could be shortlisted in China. Therefore, taking the opportunity of 5g technology iteration, domestic mobile phone manufacturers have judged the situation and chose to cooperate with Qualcomm to use its advanced 5g solutions to rise rapidly in the global smartphone market.It can also be seen from the annual report released by market research institutions that among the top 10 global smartphone markets last year, Chinese mobile phone manufacturers have occupied 7 seats. It is estimated that the shipment volume of 5g mobile phones in 2021 will reach 450 million to 550 million, of which a considerable part of mobile phones are also from China. The development of China's 5g mobile phone industry is indeed very successful.This success has something to do with our mobile phone manufacturers actively embracing 5g new technology. Qualcomm can provide the world's leading 5g technologies and solutions, and our mobile phone manufacturers have the ability to transform these technologies into real terminal products. They cooperate closely, exchange needed goods and benefit each other, which coincides with the characteristics of the whole open and win-win era.Smart phone is an industry with a long industrial chain, and it is difficult to survive in this industry for a long time on its own. Cooperation is the right way for the participants in this chain to open. As the front-end enterprise of this industrial chain, Qualcomm is a technology provider, with the joint efforts of chip manufacturers and software optimization enterprises. Finally, the terminal mobile phone manufacturers launch products, without which link.fqj
What Is the Market Value of Qualcomm_ Is Qualcomm a Fortune 500 Company
What Is the Market Value of Qualcomm_ Is Qualcomm a Fortune 500 Company
What is the market value of QualcommQualcomm has a market capitalization of $164.616 billion.Qualcomm (English Name: Qualcomm, Chinese abbreviation: Qualcomm, Qualcomm or Qualcomm) was founded in 1985, headquartered in San Diego, California, with more than 35400 employees around the world. Qualcomm is the world's leading innovator in wireless technology, transforming the way the world connects, calculates and communicates. Connecting mobile phones to the Internet, Qualcomm's invention has opened the era of mobile Internet. Today, Qualcomm's basic technology empowers the entire mobile ecosystem, with its inventions in every 3G, 4G and 5g smartphone.Qualcomm is a global leader in the research and development of 3G, 4G and 5g technologies. At present, Qualcomm has provided technology use licenses to many manufacturers around the world, involving all brands of telecom equipment and consumer electronic devices in the world. In China, Qualcomm has been doing business for more than 20 years, and its cooperation with Chinese ecological partners has expanded to many industries such as smart phones, integrated circuits, the Internet of things, big data, software, automobiles and so on.Is Qualcomm a fortune 500 companyQualcomm is one of the Fortune 500 companies.Qualcomm's products and services are not limited to smart phones. At present, the company's products and business have been expanded to wearable devices, mobile computing, XR, automobiles, the Internet of things, smart homes, smart cities and other fields. By December 2020, more than 700 5g terminals using Qualcomm Xiaolong 5g solution have been released or are under development, including 5g products from many Chinese terminal manufacturers. At the same time, Qualcomm actively expands the cooperation ecosystem to expand 5g technology and applications to Wi Fi, AI, automobile, PC, XR, fixed wireless access, network equipment, industrial Internet of things and other markets.
Qualcomm Xiaolong 888 Points Announced
Qualcomm officially released Xiaolong 888 mobile platform at the beginning of this month. It is built by Samsung 5nm process, which is known to provide breakthrough performance and excellent energy efficiency. At the same time, it is also Qualcomm's first flagship SOC integrating 5g baseband chip.According to Qualcomm, the CPU of Xiaolong 888 adopts a 1 3 4 architecture design, including a 2.84ghz cortex-x1 core, three 2.42ghz cortex-a78 cores and four 1.8GHz cortex-a55 cores.This also makes Xiaolong 888 the first mobile platform equipped with cortex-x1 architecture core, with CPU performance improved by 25% and energy efficiency ratio increased by 25%.The GPU part of Xiaolong 888 is equipped with Adreno 660. It is officially claimed that it has achieved the most significant performance improvement so far, and the graphics rendering speed is up to 35% higher than that of the previous generation platform.In addition, Qualcomm also emphasizes that kryo 680 and Adreno 660 can provide continuous and stable high performance, which has always been the advantage of Xiaolong mobile platform.In terms of AI, Xiaolong 888 is equipped with a newly designed sixth generation Qualcomm AI engine (including hexagon 780 processor), with a theoretical computing power of up to 26 tops. Compared with the previous generation platform, the performance is improved by 73% and the energy efficiency ratio is increased by three times.Specifically, in terms of performance, Qualcomm today announced a running video of Xiaolong 888 reference design prototype. In the video, Qualcomm used the Xiaolong 888 reference design prototype for three rabbit runs, with results of 740847, 731916 and 733554 respectively.Among them, the CPU performance has reached about 195000, the GPU performance is close to 320000, the MEM performance is more than 120000, and the UX performance is the lowest, which also exceeds 95000.According to the official data, the reference design prototype is equipped with 6.65 inch 2340 × 1080 resolution display screen, built-in 12gb memory and 512gb body storage space, and the battery capacity is 3780mah.Although such memory and storage configurations have reached the top flagship level, in fact, this is not the running limit of Xiaolong 888 mobile platform. After all, this is only an engineering machine. In the future, when it comes to terminal manufacturers, the total score of the platform is expected to be further improved with better heat dissipation conditions and more storage acceleration technologies.Compared with the current mainstream flagship platform, the overall performance of Xiaolong 888 is about 15% higher than that of Xiaolong 865 plus mobile platform (the score is taken from the average score of rog3 last month), and about 5% higher than that of Kirin 9000 model (the score is taken from the average score of mate 40 PRO last month).
20 Years Later, Qualcomm Will Return to the Wireless Infrastructure Market. How Will Qualcomm Lead t
At the turn of this century, Qualcomm strategically abandoned wireless system equipment and terminal services for comprehensive consideration in all aspects.However, in the following 20 years, Qualcomm has not only grown into an industry giant with a market value of US $100 billion, but also laid a foundation for the development and prosperity of the mobile communication industry to a certain extent.Today, 20 years later, Qualcomm is back. Yesterday, Qualcomm announced the launch of 5g network infrastructure series chip platform, which is an overall scheme for a new generation of open integrated virtual ran (vran) network, including RF units, distributed units and distributed RF units, and supports a wide deployment scenario from large-scale MIMO macro base stations to compact small base stations.In my opinion, although Qualcomm has been evolving small base station products, the release of the whole product portfolio including macro station is a completely different concept. It can be said that Qualcomm has returned to the wireless infrastructure market that has been away for 20 years.Why did Qualcomm choose to enter the 5gran market at this time? What does Qualcomm's entry mean for the market? What barriers does Qualcomm need to overcome in order to make a breakthrough in the 5gran market?Long track: Organic encounter should have strengthFrom the content released by Qualcomm, Qualcomm 5gran Series platform provides a fully scalable and highly flexible architecture for macro base station and small base station deployment, supports all 5g function division options between Du and Ru, and supports existing and emerging network equipment manufacturers to accelerate the deployment and commercialization of vran equipment and characteristics, so as to meet the 5g requirements of public and private networks.From the perspective of schedule, the engineering sample of Qualcomm 5gran platform is expected to be provided to some network equipment manufacturers in the first half of 2022.In my opinion, Qualcomm chose to "attack" at this time for several reasons.First, Qualcomm needs to continue to grow. The openran / vran market is large enough and the track is long enough.For many years, Qualcomm has been the king of the global smartphone chip market. According to the data of strategy analytics, a Market Research Institute, the global baseband processor market sales in 2019 was US $20.9 billion, and the top five manufacturers were Qualcomm, Huawei Hisilicon, Intel, MediaTek and Samsung LSI.Among them, Intel's exit and Huawei's dilemma, although to a certain extent the gains brought by Qualcomm, Qualcomm needs more market space. Qualcomm needs to "go out of the circle", but it is difficult to completely "cross-border". Therefore, it focuses on the infrastructure market. In this field, Qualcomm can fully reuse its wireless technology expertise.Moreover, the market scale is large enough and the track is long enough. With the transition of the telecommunications industry to 5g, the next round of network transformation will give birth to a $25 billion chip market by 2023.According to the latest report released by Dell 'orogroup, the global sales of virtualization openran technology is expected to grow at a double-digit percentage rate in the next five years. During the forecast period, the cumulative investment of openran is expected to exceed US $5 billion.ABI research is more optimistic and believes that openranru devices will flourish in the next few years. The market will surge to more than $47 billion by 2026 and will surpass the traditional ran device market for the first time from 2027 to 2028.Moreover, now the industrial ecology of openran has taken shape, the enthusiasm of operators to participate has improved, and downstream system equipment manufacturers or system integration manufacturers have begun to appear.Secondly, Qualcomm has such strength, and the market also needs powerful new entrants.In my opinion, Qualcomm's strength is still prominent. First, strictly speaking, Qualcomm has never completely left the system equipment market. Its small station product solutions have been evolving and are not unfamiliar with system equipment; Moreover, mobile communication pursues the whole network. It is impossible to make a terminal chip without understanding the system.Second, at the level of standard evolution, there is no doubt about Qualcomm's voice in industry standards organizations such as 3GPP.Third, it is very good at chip design and function realization. 5gran chip is also a chip in essence. It also emphasizes higher energy efficiency ratio and cost performance, and focuses on the combination of power consumption, computing power, performance, cost and technology.Fourth, it is certain that the introduction of open ran / vran should start from small stations, which Qualcomm is good at.It is not difficult to understand why the market also needs entrants like Qualcomm. Openran or vran, although they are very popular now; If we strip the cocoon, there is not much choice in the market on the underlying chip and computing platform. Especially for ARM architecture, there is no mature and commercially available solution.New market: good products better mentalityIn the early stage of the global wireless industry, Qualcomm once sold chips and even system level products to the network infrastructure market. Now, with the introduction of 5g and the development of openran technology, Qualcomm has returned to this field.Between one retreat and one advance, the market has undergone earth shaking changes. Qualcomm's journey in the 5gran market is not easy.First, openran / vran has to prove itself.Road choice is the core topic. If this is not the right direction, no amount of investment is meaningful. Of course, this is not a "job" that a Qualcomm manufacturer can complete. At present, in terms of performance and power consumption, there is still a big gap between the new architecture and the traditional architecture, and the cost performance ratio and energy efficiency ratio are not high.Behind the popularity of openran / vran, it is more or less driven by political factors and has become a chess piece in the game of great powers. However, the author must say that in the future technological evolution path of mobile communication, politics can not replace the market to make choices. The division of global technology and industrial chain will only harm industries and consumers.Secondly, the products need to be polished, and there are countless pits to go through.Openran / vran advocates openness (open architecture / open capability), which requires hierarchical decoupling; However, for operators, hierarchical decoupling is only a means rather than an end. The ultimate goal is high performance, high reliability, deliverability, operation and maintenance and low cost. On this road, x86 architecture has gone for many years. In the face of complex application scenarios, generation by generation chip iteration, version by version optimization software, and increasingly rich open source stack, all these need to be verified and optimized by practice.In this regard, arm architecture started relatively late, and the architecture itself has congenital deficiencies in performance and computing power. To overcome these difficulties is a problem that Qualcomm must face.Third, the reconstruction of industrial chain and ecosystem.Qualcomm's position and appeal in the smart terminal industry chain are self-evident. Although they are 2B, the playing methods of this market are very different from those of players and system equipment manufacturers.The mentality of "boss" is not important. How to integrate and be integrated well and meet the customized needs of equipment manufacturers or integration manufacturers need to change the team and culture. Editor ajx
Qualcomm Patents Are More Than Mobile Communications, and the Patent Authorization Covers a Wide Ran
As an enterprise with a history of more than 30 years, Qualcomm can make a world in the field of mobile communication. The most important driving force is Qualcomm's innovation. As a leader in the field of mobile communications, Qualcomm pays full attention to the protection of professional and intellectual property rights, accumulates a large number of high-quality technologies such as basic patents and core patents through continuous innovation, and shares these patented technologies with the industry through the patent authorization mode of legal protection, so that partners also have cutting-edge technologies. Today, Qualcomm's patent licensing covers a wide range of fields, giving people a deeper understanding of Qualcomm's innovation and Qualcomm's patent licensing model.Qualcomm's patent licensing also covers audio, video, graphical user interface and other fields. If you look at Qualcomm's patent licensing portfolio, only about 10% of the standard necessary patents are related to chips, and Qualcomm's technological innovation range is much broader. Moreover, 10% of the patent authorization portfolio refers to that only 10% of Qualcomm's necessary patents for cellular communication standards related to standard implementation are related to chips, which definitely does not represent Qualcomm's entire patent portfolio. It is no exaggeration to say that Qualcomm's patents and inventions are even the core of the value of mobile phones. Many Qualcomm patents are key technologies that support important functions in mobile phones. Moreover, these patents cover much more than modem technology or cellular mobile communication standards. Qualcomm's patent portfolio contains thousands of patents, and many technologies are essential to the function and experience of mobile phones. For example, Qualcomm's patented technology can enable smart phones to achieve high performance while prolonging battery life. Even many patented technologies have achieved this effect for different common functions in smart phones in different ways. Moreover, these patents are not necessary patents for any standard implemented in the mobile terminal.Qualcomm also has many patents and innovations in many other fields. For example, Qualcomm has a large number of inventions and innovations in many aspects such as graphics cards, cameras, security certification, machine learning and wireless charging of terminal devices, and also uses these innovative technologies through patent licensing to enable partners to carry out various innovations and realize more innovative functions in their terminal devices. Then, what is the layout of Qualcomm's patented technology or core technology in other emerging industries? In fact, Qualcomm's patent technology layout in the automotive field has long been in progress.For Qualcomm, innovation is the primary force penetrating into the blood. Although it has only been established for more than 30 years, Qualcomm's cumulative investment in technology R & D has exceeded US $44 billion. At the same time, more than 20% of its pre tax income is invested in R & D every year. Such a large proportion of investment is extremely rare among global enterprises.At present, Qualcomm has more than 300 licenses and more than 100000 patents in its patent library. Many of Qualcomm's about 4000 CDMA related patented technologies have been adopted by the International Telecommunication Union, providing patent licensing for more than 100 communication equipment manufacturers around the world and transforming their own patent innovation into value. Through open patent portfolio licensing, Qualcomm continues to share the latest innovation achievements with the industry, transforming intellectual property rights into real value and wealth. Moreover, the charging of patent licensing fees by Qualcomm patent licensing model is not only to reflect the value of patented technology, but also to protect intellectual property rights and the innovative spirit of enterprises. Since then, it has continued to invest in R & D, promoted new innovation, and realized the positive virtuous cycle of "innovation - intellectual property - innovation".Today, Qualcomm's patent pool is expanding again, and innovation involves VR, intelligent wearables, intelligent audio and many other fields. Even in the three fields of automobile, aerospace, national defense and it, it also has excellent performance. For example, recently, Geely, a domestic independent automobile brand, announced to jointly build the next generation of intelligent vehicle system with Qualcomm, and Qualcomm officially launched the intelligent audio platform. Qualcomm can achieve such good results, and its biggest driving force is to adhere to innovation and harvest patented technology.
Qualcomm Has Applied to the U.S. Government for a License to Sell Its Chips
On September 23, Huawei said that Qualcomm had applied to the U.S. government for a license to sell its chips. If approved by the United States, Huawei will use Qualcomm chips in smartphones.In 2019, Huawei was included in the U.S. blacklist, which restricts U.S. enterprises from selling products to Chinese mobile phone manufacturers. U.S. companies, including Qualcomm, must obtain permission from the U.S. government before exporting goods to companies on the list.In May 2020, Washington revised a rule requiring foreign manufacturers using American chip manufacturing equipment to obtain a license before they can sell chips to Huawei. The U.S. government tightened the regulation in August, which may lead to the disconnection of chip supply for Huawei.Huawei has designed its own smartphone chip Kirin through its Hisilicon subsidiary. However, Kirin is produced by TSMC. From September 15, TSMC will no longer be able to provide chips to Huawei.Guo Ping, Huawei's rotating chairman, said on September 23 that "the United States has been attacking us... Which poses a great challenge to our production and operation." "we obtained the last batch of chipsets in mid September, and we are still evaluating more details." Guo Ping said that Huawei has "enough" chips for its business to its business unit, This includes its network equipment. He did not comment on how many smartphones he still had in stock.Due to US sanctions, Huawei has little choice in purchasing chips.According to a report in the Wall Street Journal in August, Qualcomm has been lobbying the U.S. government to allow it to export chips to China. In a speech reported by the Wall Street Journal, the American chip giant argued that export restrictions would transfer billions of dollars in sales to Qualcomm's competitors. In the company's second quarter earnings report last year, CEO Steve Mollenkopf attributed the export restrictions to Huawei's weak sales at that time.At present, TSMC is unable to contract Kirin chips for Huawei, which may be a good opportunity for Qualcomm. If an export license is obtained, Qualcomm can fill the gap, which will also promote Qualcomm's business.Guo Ping said on the same day that Qualcomm has always been a very important partner of Huawei. Over the past decade, Huawei has been purchasing chips from Qualcomm. Qualcomm has applied to the U.S. government for a license to export products to China. If they obtain the license, Huawei is willing to continue to buy from them and use Qualcomm chips in Huawei mobile phones.According to China National Broadcasting Corporation cgtn, major chip manufacturers such as Qualcomm and SK Hynix have applied to sell licenses to China. A spokesman for SK Hynix said that the U.S. government was "still reviewing" its application to sell licenses to Huawei, but refused to provide more details to the media.SMIC, China's largest chipmaker, said in a statement that it had also "submitted license applications covering a variety of Huawei products", but did not elaborate.Some companies, including Intel, have also been approved. A spokesman for the US company confirmed that the company has obtained permission from the US authorities to continue to provide Huawei with products, but did not specify the products that can be sold. It is reported that Intel has provided processors for Huawei laptops in the past. In addition, amd also said that it has obtained the license to supply Huawei.-End-Original title: Huawei's "broken core" is turning around, and Qualcomm has applied to the US government for a supply licenseThe source of the article: WeChat official account: DeepTech deep technology] welcome to add attention! Please indicate the source of the article.
Qualcomm Wants to Acquire NXP, and the Transaction Price Difference Is Reduced to Less Than 10%
According to foreign media reports, sources revealed that Qualcomm is now the only company that is negotiating to purchase Dutch chip manufacturer NXP semiconductors NV, and is making progress in reaching an agreement with the latter on a fair acquisition price.An unnamed source said that when discussing possible M & A transactions, the valuation gap between Qualcomm and NXP was less than 10%. Qualcomm is considering a 75% cash plus 25% stock acquisition. Another source disclosed that NXP hopes Qualcomm to acquire all in cash.However, according to sources, Qualcomm, headquartered in San Diego, California, is still considering its choice, and the negotiations with NXP are still in the early stage. NXP, headquartered in Eindhoven, the Netherlands, requires an acquisition price of about $120 per share, while Qualcomm's target price is close to $110. The price target gap between the two sides is approaching, which shows that both sides are interested in reaching a transaction agreement.NXP is the world's largest supplier of automotive semiconductors.Enzhipu shares closed at $102.50 on the New York Stock Exchange on Wednesday, with a market capitalization of about $35 billion. Sources told the media last week that NXP was working with investment bank qatalyst partners to find a buyer for itself.There are not many chip companies capable of considering acquiring NXP. Among the member companies of the Philadelphia Stock Exchange Semiconductor Index, only seven have a market value higher than NXP. Two of them belong to completely different fields from NXP in the chip industry, and the other two, Intel and Broadcom Ltd., are still digesting their record acquisitions. Among the remaining companies, Qualcomm holds the highest amount of cash, reaching $31 billion.Sources said that companies including Intel and Texas Instruments Inc. decided to abandon the acquisition of NXP after review.Qualcomm, NXP, Texas Instruments and Intel declined to comment.The source said that Qualcomm, with a market value of about $98 billion, is considering an acquisition offer for NXP and abandoning the other four acquisition targets. For at least six months, the company has been studying possible goals to seek to strengthen its position in an integrated market, and shareholders hope that the world's largest manufacturer of mobile phone chips will use cash for operation.If Qualcomm and NXP can reach an acquisition deal, it will be the largest technology acquisition this year.
Microsoft Launches Security Processor to Extend an Olive Branch to AMD, Intel and Qualcomm
One of the main principles to improve computer and network security is to reduce the bit planes that can be attacked and invaded in the system as much as possible. In addition, in the process of virtualization, it also needs to combine the additional security layer of software and hardware, supplemented by comprehensive detection and protection features. In order to create a more unified system, Microsoft thought of matching pluton security processor for windows, and extended an olive branch to AMD, Intel and Qualcomm.It is reported that pluton security processor, which is first applied in Xbox host and azure sphere ecosystem, can realize the full stack chip to cloud security feature similar to trusted platform module (TPM).Over the past decade, TPM has been an important part of server security, providing physical storage space for security keys and other metadata to verify system integrity.In addition, in the mobile market, the built-in TPM scheme allows other forms of security authentication, such as windows Hello biometrics and BitLocker encryption.However, Microsoft pointed out that over time, the physical TPM module in these systems has become a weak link in modern security design.Specifically, after obtaining the physical access to the system, the TPM module will become useless, resulting in the hijacking of data in transmission (or man in the middle attack).Worse, since the TPM is an optional component in most server environments, the data path from the physical module to the CPU has also become an important attack plane.In view of this, Microsoft hopes to work with chip manufacturers such as AMD, Intel and Qualcomm to promote the pluton security processor project, so as to directly integrate products equivalent to TPM into the chips of each Windows PC in the future.At the initial stage of promotion, pluton architecture will be simulated into a TPM module to be compatible with the existing security protocol suite. However, because it has been built into the chip, it can greatly reduce any potential physical attack potential.After that, pluton architecture is expected to enable the superset of TPM function, and Microsoft emphasizes the unique shake secure hardware encryption technology (so that the security key will never be exposed outside the hardware environment).Finally, root trust based firmware authentication is enabled through extensive cooperation with the community (such as the open cut / Cerberus project).It is reported that the above three chip manufacturers have taken pluton as the first security protection layer, but the chip manufacturers' own technology can be more down-to-earth (such as AMD's PSP scheme).Since amd has cooperated with Microsoft to develop pluton products for host platform, it should not be difficult for it to appear in AMD's consumer / enterprise chip together with other technologies (such as security encryption virtualization).As for Intel, it said it maintained a long-term partnership with Microsoft, which contributed to the smooth integration of pluton security processor technology, but declined to disclose the possible timetable.Finally, in a sense, Qualcomm's participation was somewhat unexpected. However, pluton and Apple's T2 security chip obviously have many similarities. The apple silicon MAC released earlier has integrated related functions in the M1 processor.
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