A few months back Nick wrote about AMD Zen processor found in a Linux Kernel Mailing List confirming that Zeppelin had support for eight bundles of four cores on a single chip, or 32 physical processing cores.
This tied in with a story written in August of 2015 about a MCM Multi Chip module that featured a Zeppelin core, a super-fast 100GB/s interconnection via 4 GMI links and Greenland (Vega) high performance GPU with 4+ TFlops of performance. This APU will still happen, it will just be a bit later – the end of 2017.
Now we have a few more details about Zeppelin cluster and this is proving to be another “Fudzilla told you so” moment. Apparently you can put up to four Zeppelin CPU clusters on a one chip and make a 32 core chip. This will be connected via coherent interconnect (coherent data fabric).
Each Zeppelin module has eight Zen cores and each Zen core has 512 KB of L2 cache. Four Zen cores share 8MB or L3 cache making the total amount of L3 cache per Zeppelin cluster 16 MB.
Each Zeppelin cluster will have PCIe Gen 3, SATA 3, and a 10GbE network connection. A server version of the chip has the server controller hub, DDR4 memory controller and AMD secure processors.
AMD will have at least three pin compatible versions of the next generation Opteron using Zeppelin cluster of Zen cores. There will be a 8 core versions with single Zeppelin cluster, dual Zeppelin cluster version and a quad Zeppelin version, that one that we have called Naples which will have 64MB L3 cache. All this sounds rather a lot.
We are expecting to see Zen-based Opterons in eight, sixteen and thirty two core versions for servers in 2017.
Researchers at the University of California, Davis, Department of Electrical and Computer Engineering have developed 1000-core processor which will eventually be put onto the commercial market.
The team, from t developed the energy-efficient 621 million transistor “KiloCore” chip so that it could manage 1.78 trillion instructions per second and since the project has IBM’s backing it could end up in the shops soon.
Team leader Bevan Baas, professor of electrical and computer engineering said that it could be the world’s first 1,000-processor chip and it is the highest clock-rate processor ever designed in a university.
While other multiple-processor chips have been created, none exceed about 300 processors. Most of those were created for research purposes and few are sold commercially. IBM, using its 32 nm CMOS technology, fabricated the KiloCore chip and could make a production run if required.
Because each processor is independently clocked, it can shut itself down to further save energy when not needed, said graduate student Brent Bohnenstiehl, who developed the principal architecture. Cores operate at an average maximum clock frequency of 1.78 GHz, and they transfer data directly to each other rather than using a pooled memory area that can become a bottleneck for data.
The 1,000 processors can execute 115 billion instructions per second while dissipating only 0.7 Watts which mean it can be powered by a single AA battery. The KiloCore chip executes instructions more than 100 times more efficiently than a modern laptop processor.
The processor is already adapted for wireless coding/decoding, video processing, encryption, and others involving large amounts of parallel data such as scientific data applications and datacentre work.
AMD has released a short video where its lead system engineer Louis Castro running Doom on its Summit Ridge, Zen-based processor.
This means that the silicon is in good shape and the processor was taped our probably late last year with no major issues. AMD’s CEO Lisa Su has already said that the desktop version shall arrive first, and this was the CPU demonstrated in the video.
Summit Ridge is not an APU and doesn’t have a GPU core. AMD engineers were using a discreet GPU probably from one they found out the back.
The Summit Ridge is an FM4 socket processor and half dozen of them are shown in the video.
At its E3 2016 press conference today, EA said that DICE and Motive were working on a new version of Star Wars: Battlefront for release in 2017. Visceral Games are creating an action-adventure game with an “original narrative set in the Star Wars universe with all-new characters.”
Respawn Entertainment is developing “a different style of gameplay” which takes place in a different timeline we have yet to explore with our EA Star Wars titles.” In other words, almost every EA studio is flat out making something Star Warish.
And while the company didn’t make any mention of it at the news conference, the preview video it showed fans offered a very brief glimpse of a player wearing a PlayStation VR headset, while an X-Wing’s cockpit was shown on screen. That’s likely to stoke anticipation about a reboot of the classic 1997 title “X-Wing vs. TIE Fighter.”
EA and Lucasfilm signed a multiyear licensing deal in 2013. Due, in large part, to the strength of “Star Wars Battlefront,” EA handily beat its earnings estimate in its most recent quarter. Star Trek Bridge, the simulation of the Bridge inside of an Enterprise, a big VR commitment from EA looks like a fun game too.
AMD’s Zen chip will have as much as 32 cores, 64 threads and more L3 cache than you can poke a stick at.
Codenamed Naples, the chip uses the Zen architecture. Each Zen core has its own dedicated 512kb cache. A cluster [shurely that should be cloister.ed] of Zen cores shares a 8MB L3 cache which makes the total amount of L3 shared cache 64MB. This is a big chip and of course there will be a 16 core variant.
This will be a 14nm FinFET product manufactured in GlobalFoundries and supporting the X86 instruction set. Naples has eight independent memory channels and up to 128 lanes of gen 3 PCIe. This makes it suitable for fast NVMO memory controllers and drives. Naples also support up to 32 SATA or NVME drives.
If you like the fast network interface, Naples supports 16x10GbE and the controller is integrated, probably in the chipset. Naples is using SP3 LGA server socket.
The first Zen based server / enterprise products will range between a modest 35W TDP to a maximum of 180W TDP for the fastest ones.
There will be dual, quad, sixteen and thirty-two core server versions of Zen, arriving at different times. Most of them will launch in 2017 with a possibility of very late 2016 introduction.
It is another one of those Fudzilla told you so moments. We have already revealed a few Zen based products last year. The Zen chip with Greenland / Vega HBM2 powered GPU with HSA support will come too, but much later.
Lisa Su, AMD’s CEO told Fudzilla that the desktop version will come first, followed by server, notebook and finally embedded. If that 40 percent IPC happens to be across more than just a single task, AMD has a chance of giving Intel a run for its money.
MediaTek’s R&D teams are working with European-based car vendors to develop the company’s automotive electronics and virtual reality (VR) offerings.
Digitimes claims that having developed SoCs for smartphones, mobile devices, and connected home appliances, MediaTek is stepping up development of chips solutions for auto electronics and VR applications.
MediaTek is focused on in-car entertainment systems, and will be using its partnership with China-based NavInfo, a digital mapping service provider to help out.
NavInfo will sell subsidiary AutoChips (Hefei) and will also form a strategic alliance in which MediaTek will make an investment of US$100 million.
MediaTek will be developing VR for handsets and will support Google’s Daydream VR platform.
Meanwhile the team is flat out improving its IC solutions for Internet of Things (IoT) and wearable device applications. It is pretty sure that this will become the third largest segment after mobile devices and connected home appliances such as digital TVs. In fact the only two areas that MediaTek does not appear interested in is server and augmented reality (AR) applications.
A recent Chinese-language Economic Daily News report claims that Mediatek wants the spun off business to drive VR sales. It all sounds pretty good but MediaTek have sort of denied the rerport.
Well we say sort of denied it. What it has told the Taiwan Stock Exchange that it was not the report’s source, which is not quite the same thing.The spin off could go ahead, but MediaTek is denying that it told the EDN its cunning plans. But then again the EDN did not name its source either. Without a denial from the company we are none the wiser.
MediaTek’s VR unit was set up between end-2015 and early-2016 to focus on the development of the company’s VR solutions for handsets, the EDN thought.
While some publishers establish their own eSports divisions and appoint chief competition officers, Take-Two is approaching the competitive gaming trend with a bit more caution. Speaking with GamesIndustry.biz in advance of the company’s financial earnings report today, CEO and chairman Strauss Zelnick said the field was promising, but still unproven.
“eSports we find very interesting,” Zelnick said. “It is, however, still more a promotional tool than anything else. And most people see eSports as an opportunity to increase consumer engagement in their titles, and depending on the title, to increase consumer spending within the title.”
To date, Take-Two’s biggest eSports endeavor has been an NBA 2K tournament with 92,000 teams competing for a $250,000 prize. The final 16 teams are set to compete in a single-elimination tournament this weekend, with the finals taking place during the NBA Finals next month.
“It’s just the beginning for us,” Zelnick said of the tournament. “It’s very gratifying so far, but we have yet to see it as a stand-alone profitable business. We see it more as an adjunct to consumer engagement in our titles.”
Zelnick also addressed the company’s digital revenues, which for the first time made up more than half of its revenues for the year. While the industry has shifted heavily toward digital in recent years, Zelnick doesn’t see this as some sort of tipping point or a harbinger that physical goods are in for declines from here on out.
“This year was a little different because we had a very significant portion of this year’s revenue through digital distribution,” Zelnick said. “And that’s a reflection of the power of titles like Grand Theft Auto Online as well as PC titles, 90 percent of which are digitally delivered. With frontline console releases, your numbers are more like 20 percent from digital distribution. So physical distribution remains the lion’s share of our revenue.”
While Zelnick acknowledged the growth of digital distribution is a good thing for Take-Two, he specified that it wasn’t a strategy for the company because it’s ultimately out of his hands.
“We want to be where the consumer is, and we’re not really the ones who vote,” Zelnick said.
Nvidia has been talking about its Tesla M10 GPU designed to run on the latest version of the company’s GRID technology.
For those who came in late, GRID technology is supposed to give servers a kick in the graphics back-end. It powers virtual desktops and support cloud-powered gaming.
Nvidia says the Tesla M10 GPU can support up to 64 desktops per board and 128 per server with two boards. This means shedloads of virtual machines which are potentially dead and alive.
The new graphics card ccan support Citrix’s XenApp and virtual PCs running Windows, or power virtual workstations that need the performance for professional graphics work.
The M10 is a bit like the M6 and M60 as a GPU accelerator – unlike the M10 motorway which is a disappointingly short road connected the M1 to the A414 just south of St Albans.
Companies making use of virtual machines or looking to substitute hardware for more efficient virtual systems can access the GRID and Tesla tech for less than $2 per month per user for use with virtual apps and remote desktop sessions, and the firm will provide virtual PCs for less than $6 per month per user.
EA is telling the world that it wants into the third-person action market with an open world game, but it does not appear to be happening any time soon.
EA Studios VP Patrick Söderlund told us in 2015 that EA wanted to expand its portfolio into gigantic action games like Assassin’s Creed or Batman or GTA and CFO Blake Jorgensen said something similar.
“We feel like there’s a huge opportunity for us to continue to invest in new areas of the business like the action genre where we haven’t competed historically. There’s a very ripe opportunity for us to invest in and we’ve been able to bring great talent in to build out that part of the business.”
But according to Game Radar it is not going to happen any time soon. Blake is quoted as saying that the outfit was building an action genre product that’s probably will appear in three or four years.
We can expect something new from EA next year which has not been announced, Blake said. But this will not be anything like the big games which have captured popular attention.
Nvidia forecast better-than-expected revenue for the current quarter demand for its chips has risen, while its rival, AMD has a knap while waiting for its Zen technology to arrive.
Shares of the company, which also reported profit and revenue above analysts’ estimates, were up 7.5 percent in extended trading.
The chipmaker last week unveiled its GeForce GTX 1080 and 1070 graphics processors based on its Pascal technology.
Chief Executive Jen-Hsun Huang said the new Pascal GPU architecture will give a giant boost to deep learning, gaming and VR. The processors were in full production and would be available later this month.
Revenue from its gaming business, which designs graphics cards such as GeForce for PCs, rose 17 percent to $687 million.
The company has weathered a shrinking personal computer industry by focusing on game enthusiasts, who are willing to pay hundreds of dollars for processors used in playing graphically demanding games. Revenue from its data center business, which includes its Tesla processors, rose 62.5 percent to $143 million.
The company said it expected second-quarter revenue to be $1.35 billion. Analysts were expecting $1.28 billion for the quarter. Nvidia’s net income rose to $196 million in the first quarter ended May 1 from $134 million a year earlier. Revenue rose 13.4 percent to $1.31 billion, while analysts were expecting $1.26 billion.
The company also said it intends to return about $1 billion to shareholders in fiscal 2017 through quarterly dividends and share buybacks.
In May 2015, we reported that AMD’s first Zen CPUs, launching in Q4 2016, would most likely be quad-core chips based on a presentation slide showing the company’s Zen core units scaling up to four cores with shared L3 cache. According to new information released one year later, this may not be the case and, the company could be preparing to launch eight and six-core variants in a tight efficiency race against Intel’s ‘Kaby Lake’ CPUs.
AMD’s official “Zen-based Quad Core Unit” slide” was released May 6, 2015 during its Financial Analyst Day when the company claimed its new platform will have a more competitively-focused IPC design, higher core counts, lower latency caches and will be based on second-generation 14nm Low-Power Plus (LPP) process technology.
On Wednesday, sources close to the folks at Italian site Bitsandchips.it now suggest that AMD will produce 8-core and 6-core Zen x86 chips initially – and only in the event of bad yields will OEMs and ODMs decide to use quad-core variants. Due to the fact that Intel is launching 6-core and 10-core high-end Broadwell-E processors later this month, it appears AMD will be initially focused on bringing back some high-end desktop (HEDT) market share from Intel’s stagnant performance numbers.
In recent benchmarks, the Core i7 6950X is only about 10 percent faster than the Core i7 5960X in Cinebench multi-threaded performance, while the former Haswell-E chip is actually slightly faster in Cinebench single-threaded tests. This is a great place for AMD to gain some ground against Intel’s ‘Kaby Lake’ CPUs in Instructions Per Clock (IPC) by launching Zen with a higher number of cores, at least initially.
We mentioned in August 2015 that Zen uses SMT (hyperthreading) just like Intel’s cores and will be switching back to a single FPU-per core design. With this market approach, every core will be able to run two simultaneous threads just like Intel’s CPUs. This is AMD’s way of breaking from the “core pair” implementation that was established in Bulldozer in October 2011, also known as Clustered Multithreading (CMT).
Of course, AMD will eventually release a 16-core x86 Zen APU with Greenland integrated graphics, but this is not expected to compete with Intel until 2017 when 10-nanometer Cannonlake CPUs are released later in the year. AMD can also produce an 8-core and even 6-core version of this Zen APU
Bristol Ridge APUs will initially take dual-core and quad-core designs
Meanwhile, the company is planning to announce some new dual-core and quad-core APUs later this month at Computex 2016, codenamed Bristol Ridge, to compete with current Intel 6th-generation Skylake CPUs. These 7th-generation APUs are built using four ‘Bulldozer’ CPU cores and eight GPU cores, and AMD will categorize them as “entry level” CPUs when they launch later this summer. Already, HP has announced an Envy x360 15-inch convertible with dual-core and quad-core Bristol Ridge parts based on the AMD FX naming scheme.
GlobalFoundries has been ramping up production of its second-generation 14-nanometer technology, also known as 14 Low-Power Plus (14LPP) since Q4 2014 and provided some validation on production samples in December 2015. AMD has said in the past that it will not pay GlobalFoundries (or any foundry) to develop custom silicon for its architectural designs. With this in mind, the company is relying heavily on the success of the GF second-gen 14LPP process technology and fully-depleted silicon technology to restore its core PC business back to levels it has not experienced in years. The improvements should help AMD gain traction in both TDP efficiency and performance that will allow the company to effectively scale Zen designs across more market segments in years to come.
Apple’s partner in crime, TSMC has begun to tape out the design for Apple’s A11 processor built on a 10nm FinFET process.
Digitimes’ deep throats claimed TSMC is expected to achieve certification on its 10nm process in the fourth quarter of 2016, and deliver product samples to the customer for validation in the first quarter of 2017.
This means that TSMC could begin small-volume production for Apple’s A11 chips as early as the second quarter of 2017 and building the chips will likely start to generate revenues at TSMC in the third quarter. The A11-series processor will power the iPhone models slated for launch in the second half of 2017.
TSMC is expected to get two-thirds of the overall A11 chip orders from Apple.
The company is officially refusing to comment on Digitimes’ story, but it does fit into what we have already been told about Jobs’ Mob’s plans for next year.
Samsung Electronics is introducing a third 14-nano FinFET system semiconductor process that has lower electricity consumption and production cost than previous cost.
According to the Electronic Times, Samsung said that it will soon be completing development of Low-Power Compact (LPC) 14-nano FinFET process. Strategic partners of Samsung’s foundry business are predicting that this process will be used in anger by the end of the year.
All this is moving fast Samsung mass-produced Low Power Early (LPE) Chips, which are 1st generation chips just last year. It has just mass-produced second 2nd generation 14-nano LPP66 (Low Power Plus) chips that have 15 per cent lesser electricity consumption compared to LPE chips.
The Exynos 8 Octa Series and Qualcomm’s Snapdragon 443 820 which is under the bonnet of the Galaxy S7 are mass-produced through 14-nano LPP process.
Samsung’s third generation process reduces the number of masks that are used for wafer manufacturing process. It is expected that 14 nano will be around for as long as 28 nano was.
Even when 10-nano and 7-nano processes are developed, there will be many fabless manufacturing companies will still use cost-efficient 14-nano process.
Qualcomm, Samsung and Mediatek recently introduced new 14 and 16-nano AP products that are inexpensive. They will be used for Snapdragon 443 625, Exynos 7870, and Helio P20, and this indicates that a number of chips produced by 14-nano process will increase.
Samsung’s 14-nano LPC process, will start a war with Taiwan’s TSMC in a battle to secure customers. TSMC has three types of 16-nano FinFET processes. It’s first 16-nano FinFET process arrived at the end of 2014.
Lenovo owned Motorola has been slapped with a $5m class action lawsuit over allegations of shoddy customer service and not honoring warranty policies.
News of the lawsuit comes via Trusted Reviews, which learned this week that the complaint was filed against Motorola on 21 April in Illinois, accusing the company of “unfair, unscrupulous, immoral and oppressive” business practices.
The lawsuit’s main plaintiff, Douglas Lynch, decided to take legal action after a long-drawn out battle over a Moto 360 repair. He contacted Motorola for a replacement after the backplate of his smartwatch cracked, and was informed that a replacement would take four days to reach him.
The replacement failed to arrive, and Lynch was eventually sent a Moto 360 two months later that was a cheaper model than the one he had purchased.
Lynch isn’t alone in having a bad experience with Motorola. Girard Gibbs LLP, one of the law firms handling the case, told Trusted Reviews that Motorola owes “thousands of people” compensation.
This is evident on Reddit, where pissed off Motorola customers have flocked to tell similar stories.
One Redditor said: ”I have had some of the worst support from them on my Moto G 3rd gen I bought last year.
“I tried to buy an extended warranty plan they supposedly offered, but their website was so jankedy that even after a few escalations over a FEW MONTHS to various higher ups in their support department with no resolution to the problem I finally just gave up and decided to never buy a Motorola phone again.”
Another added: “Wish someone would do the same in the UK as they wouldn’t replace my 6 month old 360 and I ended up having to pay about £120 to get it fixed when it was a hardware problem.”
Esfand Nafisi, an attorney at Girard Gibbs LLP, explained that the actual compensation owed is “likely higher” than the $5m referred to in the original filing, adding: “We want these issues to be resolved for all consumers.”
Motorola said in a statement: “Motorola has a long history of providing exceptional products and services to its customers. We are aware of the lawsuit, and are investigating the claims, which we believe to be without merit.”