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Sunday, November 1, 2020

Samsung unveils the next chip for mid-range Galaxy phones on November 12th - Engadget

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That doesn’t necessarily mean it will be slow. One early test result suggested the 1080 might be faster than the Snapdragon 865. While it’s good to be skeptical of pre-release benchmark data, it suggests that Samsung’s 2021 mid-rangers might offer brisk performance where they used to be somewhat sluggish.

This might be Samsung’s most important chip for the coming year. While the company’s mobile profits have been soaring despite the pandemic, it still faces a market where economic hardship will limit how much customers are willing to spend. In other words, people will be more likely to buy a mid-range phone (and thus the Exynos 1080) than a premium device using the Exynos 990’s successor. In that light, it makes sense to generate buzz for a chip that could be relatively ubiquitous.

Samsung Exynos 1080 teaser (large)

Samsung

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November 02, 2020 at 06:03AM
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Samsung unveils the next chip for mid-range Galaxy phones on November 12th - Engadget

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Snapdragon 875 crushes Samsung's first 5nm chip in benchmark leak - PhoneArena

Huawei Eyes Building Own Chip Plant: Report - TheStreet

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To get around strict U.S. rules on exports, the Chinese company may make its own chips, according to the Financial Times.

The Chinese technology company Huawei Technologies is planning a "dedicated chip plant" in Shanghai as a way to circumvent U.S. export restrictions, according to a report in the Financial Times over the weekend.

Two persons briefed on the project told the London paper that the chip plant would be created by Shanghai IC R&D Center.

Huawei has no history of making chips.

"In theory, Huawei should be able to manufacture chips without the use of U.S. equipment," said TheStreet's tech columnist, Eric Jhonsa on Sunday. "But making chips using cutting-edge manufacturing processes is a completely different matter."

Building chips at the level of producers like Taiwan Semiconductor Manufacturing Co.  (TSM) - Get Report and Samsung would be a challenge, suggested Jhonsa.

According to the Financial Times report, the new Shanghai plant would start with making "low-end" 45nm chips that's are similar in technology from around 2005. It would then ramp up to more modern, so-called 28nm chips. By late 2022, it hopes to produce 20nm ones, according to the report.

But 28nm or even 20nm chips would be a "far cry" from the 5nm ones that TSMC and Samsung are now ramping production for, said Jhonsa. "And TSMC and Samsung, which supply many of Huawei's competitors, won't be standing still in the coming years, either. Nor will Intel  (INTC) - Get Report, which recently entered the 5G base station processor market."

The U.S. government in August tightened the screws on export and trade rules on chip manufacturers, with a policy that went into effect in September that helped prevent the sale of semiconductor supplies to Huawei, even by non-U.S.-based companies that do business with American ones.

The Commerce Department rules expanded those set in May 2020.

"This amendment further restricts Huawei from obtaining foreign made chips developed or produced from U.S. software or technology to the same degree as comparable U.S. chips," wrote the Commerce Department on Aug. 17.

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November 02, 2020 at 02:06AM
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Huawei Eyes Building Own Chip Plant: Report - TheStreet

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Fab news for Huawei won't have it rolling in the chips - PhoneArena

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Exactly one year to the day when the U.S. placed Huawei on the Commerce Department's Entity List preventing the Chinese manufacturer from accessing its U.S. supply chain (including Google Mobile Services), the Commerce Department made things much harder for the firm. The regulatory agency changed an export rule forcing foundries that use American technology to produce chips to obtain a license in order to ship components to Huawei.

Report: Huawei plans to start manufacturing its own chips although it will not be the solution to its problems

The world's top independent foundry, TSMC, has been unable to ship Huawei's cutting-edge 5nm Kirin 9000 chipset to the company since the middle of last month. Reportedly, out of an order for 15 million Kirin 9000 chips, Huawei was able to obtain only 8.8 million units. If true, all of those chips will have to be used in moderation. After all, the Kirin 9000 powers the firm's new flagship Mate 40 series, the sequel to the Mate X foldable phone, and the 5G base stations Huawei produces for the 5G networks it helps construct.

Huawei has tried to skate around the U.S. export rules, but even China's largest foundry, Semiconductor Manufacturing International Corporation (SMIC) is of no help. That's because the most advanced process node it can use to produce chips is currently 14nm. The new 5nm process packs 171.3 million transistors into a square mm; compare that to the 43 million transistors per square mm found inside chips manufactured using the 14nm process node. And remember that the more transistors employed by a chip, the more powerful and energy efficient it is.

As it did when it replaced Google Mobile Services with its own ecosystem, Huawei will once again count on the only company it has found it can trust-itself. According to the Financial Times(via Bloomberg), Huawei is planning to build its own facilities for building chips in Shanghai. This factory would not use any American technology so it will be out of reach of U.S. Commerce Department rules. But this is not an immediate solution. The fab will start with the production of 45nm chips. To put that in perspective, the 45nm process node was used to manufacture the A4 chip used on 2010's iPhone 4.

By the end of next year, Huawei hopes to build chips for the Internet of things that will use the 28nm process node. By late 2022, the company plans to manufacture 20nm chips for 5G telecommunications. At this pace though, making its own chips will not help Huawei's immediate problem obtaining cutting-edge chips for its flagship phones. Because it has never owned a chip fab before, Huawei will turn to Shanghai IC R&D Center to run the factory. This is a research company owned by the government of Shanghai.

What Huawei is doing by building its own foundry is something that the entire country of China is looking to accomplish. In a five-year plan, China laid out its desire to be more self sufficient when it comes to its economy. That includes not having to rely on foreign countries to source key technology. If Huawei's problems with the U.S. have taught China something, it's that you are always leaving yourself open to some problem when you don't control production of core technology needed for your products. 

The U.S. considers Huawei to be a national security threat due to its alleged ties to the Communist Chinese government. The fear is that Huawei's phones and networking equipment contain backdoors that allow the company to collect information on American consumers and corporations and sends it to a server in Beijing. This has been denied countless times by Huawei and so far no evidence of this has ever been obtained by the U.S. government.

Meanwhile, the company remained the second largest smartphone manufacturer in the world during the third quarter. And the firm is also the largest purveyor of networking equipment gear globally.

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November 02, 2020 at 02:13AM
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Fab news for Huawei won't have it rolling in the chips - PhoneArena

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Saturday, October 31, 2020

Huawei develops plan for chip plant to help beat US sanctions - Financial Times

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Huawei is working on plans for a dedicated chip plant in Shanghai that would not use American technology, enabling it to secure supplies for its core telecom infrastructure business despite US sanctions.

Two people briefed on the project said the plant would be run by a partner, Shanghai IC R&D Center, a chip research company backed by the Shanghai Municipal government.

Industry experts said the project could help Huawei, which has no experience in fabricating chips, chart a path to long-term survival.

US export controls imposed in May and tightened in August leverage American companies’ dominance of certain chip-manufacturing equipment and chip-design software to block semiconductor supplies to Huawei.

Industry experts said the planned local facility would be a potential new source for semiconductors after stocks of imported chips Huawei has been accumulating since last year ran out.

The fabrication plant will initially experiment with making low-end 45nm chips, a technology global leaders in chipmaking started using 15 years ago.

But Huawei wants to make more advanced 28nm chips by the end of next year, according to chip industry engineers and executives familiar with the project. Such a plan would allow Huawei to make smart TVs and other “internet of things” devices.

Huawei then aims to produce 20nm chips by late 2022, which could be used to make most of its 5G telecoms equipment and allow that business to continue even with the US sanctions.

“The planned new production line will not help with the smartphone business since chipsets needed for smartphones need to be produced at more advanced technology nodes,” said a semiconductor industry executive briefed on the plans.

“But if it succeeds, it can become a bridge to a sustainable future for their infrastructure business, in combination with the inventory they have built and which should last for two years or so,” he said.

“They possibly can do it, in maybe two years,” said Mark Li, a semiconductor analyst at Bernstein in Hong Kong.

He added that while the chips Huawei needed for making mobile network base stations would ideally be made on 14nm or more advanced process technology, using 28nm was possible.

“Huawei can make up for the shortcomings on the software and system side,” he said. Chinese producers could tolerate higher costs and operational inefficiencies than their offshore competitors.

The project, first reported by Chinese newspaper Caixin last month, could also jump-start China’s ambitions to shake off its dependency on foreign chip technology, particularly from the US, which wants to slow China’s development as a technology power.

Huawei has already been investing in the domestic semiconductor sector, especially among smaller operators, a chip industry executive said.

“Huawei has strong abilities in chip design, and we are very happy to help a trustworthy supply chain develop its capabilities in chip manufacturing, equipment and materials. Helping them is helping ourselves,” rotating chairman Guo Ping told journalists in September. 

According to chip engineers and industry executives, Huawei plans to eventually equip its domestic production exclusively with Chinese-made machinery. But analysts caution that such a goal is several years away.

“Such a facility would most likely run on a combination of equipment from different Chinese suppliers such as AMEC and Naura, plus some used foreign tools which they can find in the market,” Mr Li said.

He added that manufacturing chips in such an environment would be less efficient and more costly. But Huawei could afford this because the volume of the semiconductors needed for base stations was much lower than for a mass product like smartphones.

Huawei and ICRD declined to comment on the plans for the production facility. 

“You will not obtain any information from us here, we cannot give you anything,” said Huang Yin, an ICRD spokeswoman. “This is rather sensitive.”

A major shareholder of ICRD is state-owned Huahong Group, which also controls contract chipmakers Huahong Grace and HLMC.

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November 01, 2020 at 07:01AM
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Huawei develops plan for chip plant to help beat US sanctions - Financial Times

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Madison-based startup looking to revolutionize computing with a new type of computer chip - Madison.com

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SimpleMachines

SimpleMachines' computer chip may not look all that different from what already exists in many computers, but the company's founder said the technology has the potential to speed up advancements in software development.

A Madison-based startup says its new technology could revolutionize computer programming and advance development of artificial intelligence and machine learning.

Founded in 2017 by UW-Madison researcher Karu Sankaralingam, SimpleMachines Inc. is ready to launch a new type of computer chip that Sankaralingam said is faster and more powerful than currently available chips while using less electricity.

Launching sales early next year with about 300 manufactured computer chips — called Mozart — SimpleMachines will begin working with customers — primarily companies with large data centers, such as banks — to adopt the new computer chip.

Sankaralingam said the chip has the potential to speed up development of artificial intelligence and machine learning, which has been hindered by hardware that can’t keep up.

“These things are changing very, very fast, and having a hardware solution that provides high performance and still supports that pace of evolution is very important,” Sankaralingam said.

Chips are at the core of what any computer does. Electronics from calculators to cell phones to cloud-computing servers are able to function because of the chips they use. Many chips are built for specific purposes — such as those in calculators or cameras — while others — such as cell phones and personal computers — are built to run many applications.

SimpleMachines’ chips have the potential to replace most other chips, Sankaralingam said, because it is more powerful and can be reprogrammed for new uses.

Sankaralingam launched SimpleMachines as computer chip development hit a roadblock — it was becoming harder to make better chips at a cheaper rate that were also energy efficient. While that was becoming more difficult, artificial intelligence and machine learning was advancing at rapid speed.

Artificial intelligence and machine learning need to process mass amounts of data and run many programs at one time, but Sankaralingam said many computer chips aren’t up to the task, either because they aren’t powerful enough or they use too much electricity to be cost efficient.

“That was really an opportunity for us,” Sankaralingam said. “We can strike when it’s really hot right now.”

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The SimpleMachines chip addresses all those problems, Sankaralingam said. A single chip can run more programs at the same time and process data faster than other chips while also using less energy.

Though they can be built to run on less power, SimpleMachines designed this first chip to run on 75 Watts, which is the standard for most of the current machines processing massive amounts of data.

Into the cloud

The chips aren’t likely to find their way into your home computer anytime soon. Instead, SimpleMachines hopes to sell the chips to the companies doing the cloud computing that supports many aspects of online life, such as image recognition or video recommendations.

Every year, as new tech comes along, electronic devices become obsolete because the devices’ chips were developed for only one task or application. The speed that software programs evolve far outpaces the speed of hardware development.

“These applications are changing every six months, but it takes two to three years to build a chip,” Sankaralingam said. “It’s like, ‘I want to build something to do this,’ but one year later than thing is not important anymore. The chip you built is kind of useless.”

50 employees

Take GPS systems such as Garmin devices, for example. Those systems were a revolution for navigating in a car, but now, smartphones can run a GPS app well enough for most drivers.

Those years-old GPS devices are no longer useful because the chip inside can only run mapping and navigational software. But if a chip like the ones made by SimpleMachines existed, Sankaralingam said it could be reprogrammed with a software update to do other things, like become a screen for backseat passengers to watch movies.

In the three years since the company’s founding, it has grown to about 50 employees, many of whom are based in Madison or California. Among the ranks, Sankaralingam said, are a few engineers who formerly worked for computer-chip giants Qualcomm and Intel.

SimpleMachines will still have to compete with those computer-chip giants, but Sankaralingam is optimistic businesses will be willing to adopt this new chip.

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October 31, 2020 at 08:30PM
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Madison-based startup looking to revolutionize computing with a new type of computer chip - Madison.com

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Intel Iris Xe Max GPU arrives in 11th-gen mobile chips to boost gaming, creation - CNET

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The Acer Swift 3x will be one of the first laptops to use Intel's Iris Xe Max GPU. 

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Intel's latest flavor of its upgraded graphics architecture, Iris Xe Max, rolls out this week in three debut systems: the Acer Swift 3x, Asus VivoBook Flip TP470 and Dell Inspiron 15 7000 2-in-1. Though Iris Xe, the integrated version baked into Intel's 11th-gen mobile processors, has already arrived in the Asus ZenBook 13 and others, Iris Xe Max is Intel's first discrete graphics processing unit (GPU) in quite a while. It's intended to obviate the need for partners to turn to Nvidia's GeForce MX line of graphics for laptops capable of casual 1,080-pixel gaming and entry-level creation. Intel offers a little something extra as incentive: Deep Link, which allows a system to combine the integrated and discrete Xe GPU's processing power for creative tasks like AI inferencing and rendering (Additive AI) and video encoding (Hyper Encode).

Intel also revealed that it hopes to bring Iris Xe Max graphics to basic sub-$1,000 PCs by the end of June 2021.

Deep Link is part of Intel's latest generation of its Adaptix performance tuning suite for partners, and includes Dynamic Power Share, which automatically allocates power and cooling to the computer processing unit when the GPU is idle, for better sustained processing performance. That's similar to AMD's SmartShift, though SmartShift juggles CPU and GPU resources in both directions. So, at the very least you'll see markedly better benchmark and battery numbers in the Xe Max laptops over models with Nvidia MX chips.

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Iris Xe Max also adds two driver-controlled features for gaming: Game Sharpening and Instant Game Tuning. Like AMD's and Nvidia's Image Sharpening, Game Sharpening allows you to use slightly lower-quality textures that are automatically processed to deliver better-looking results at higher frame rates than they'd normally have.

The Iris Xe and Iris Xe Max GPUs are based on Intel's Xe-LP architecture, the first of its long-awaited voyage into the significant revamp of its graphics technologies. Also on deck are rollouts for gaming-centric GPUs based on Xe-HP and high-performance computing (aka data center) Xe-HPC architectures.

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October 31, 2020 at 11:01PM
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Intel Iris Xe Max GPU arrives in 11th-gen mobile chips to boost gaming, creation - CNET

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