All | Editorial | General Tech | Graphics Cards | Networking | Motherboards | Cases and Cooling | Processors | Chipsets | Memory | Displays | Systems | Storage | Mobile | Shows and Expos
Subject: General Tech, Processors, Displays, Shows and Expos | August 16, 2016 - 01:50 PM | Ryan Shrout
Tagged: VR, virtual reality, project alloy, Intel, augmented reality, AR
At the opening keynote to this summer’s Intel Developer Forum, CEO Brian Krzanich announced a new initiative to enable a completely untether VR platform called Project Alloy. Using Intel processors and sensors the goal of Project Alloy is to move all of the necessary compute into the headset itself, including enough battery to power the device for a typical session, removing the need for a high powered PC and a truly cordless experience.
This is indeed the obvious end-game for VR and AR, though Intel isn’t the first to demonstrate a working prototype. AMD showed the Sulon Q, an AMD FX-based system that was a wireless VR headset. It had real specs too, including a 2560x1440 OLED 90Hz display, 8GB of DDR3 memory, an AMD FX-8800P APU with R7 graphics embedded. Intel’s Project Alloy is currently using unknown hardware and won’t have a true prototype release until the second half of 2017.
There is one key advantage that Intel has implemented with Alloy: RealSense cameras. The idea is simple but the implications are powerful. Intel demonstrated using your hands and even other real-world items to interact with the virtual world. RealSense cameras use depth sensing to tracking hands and fingers very accurately and with a device integrated into the headset and pointed out and down, Project Alloy prototypes will be able to “see” and track your hands, integrating them into the game and VR world in real-time.
The demo that Intel put on during the keynote definitely showed the promise, but the implementation was clunky and less than what I expected from the company. Real hands just showed up in the game, rather than representing the hands with rendered hands that track accurately, and it definitely put a schism in the experience. Obviously it’s up to the application developer to determine how your hands would actually be represented, but it would have been better to show case that capability in the live demo.
Better than just tracking your hands, Project Alloy was able to track a dollar bill (why not a Benjamin Intel??!?) and use it to interact with a spinning lathe in the VR world. It interacted very accurately and with minimal latency – the potential for this kind of AR integration is expansive.
Those same RealSense cameras and data is used to map the space around you, preventing you from running into things or people or cats in the room. This enables the first “multi-room” tracking capability, giving VR/AR users a new range of flexibility and usability.
Though I did not get hands on with the Alloy prototype itself, the unit on-stage looked pretty heavy, pretty bulky. Comfort will obviously be important for any kind of head mounted display, and Intel has plenty of time to iterate on the design for the next year to get it right. Both AMD and NVIDIA have been talking up the importance of GPU compute to provide high quality VR experiences, so Intel has an uphill battle to prove that its solution, without the need for external power or additional processing, can truly provide the untethered experience we all desire.
Subject: Processors | July 28, 2016 - 02:47 PM | Tim Verry
Tagged: kaby lake, Intel, gt3e, coffee lake, 14nm
Intel will allegedly be releasing another 14nm processor following Kaby Lake (which is itself a 14nm successor to Skylake) in 2018. The new processors are code named "Coffee Lake" and will be released alongside low power runs of 10nm Cannon Lake chips.
Not much information is known about Coffee Lake outside of leaked slides and rumors, but the first processors slated to launch in 2018 will be mainstream mobile chips that will come in U and HQ mobile flavors which are 15W to 28W and 35W to 45W TDP chips respectively. Of course, these processors will be built on a very mature 14nm process with the usual small performance and efficiency gains beyond Skylake and Kaby Lake. The chips should have a better graphics unit, but perhaps more interesting is that the slides suggest that Coffee Lake will be the first architecture where Intel will bring "hexacore" (6 core) processors into mainstream consumer chips! The HQ-class Coffee Lake processors will reportedly come in two, four, and six core variants with Intel GT3e class GPUs. Meanwhile the lower power U-class chips top out at dual cores with GT3e class graphics. This is interesting because Intel has previous held back the six core CPUs for its more expensive and higher margin HEDT and Xeon platforms.
Of course 2018 is also the year for Cannon Lake which would have been the "tock" in Intel's old tick-tock schedule (which is no more) as the chips will move to a smaller process node and then Intel would improve on the 10nm process from there in future architectures. Cannon Lake is supposed to be built on the tiny 10nm node, and it appears that the first chips on this node will be ultra low power versions for laptops and tablets. Occupying the ULV platform's U-class (15W) and Y-class (4.5W), Cannon Lake CPUs will be dual cores with GT2 graphics. These chips should sip power while giving comparable performance to Kaby and Coffee Lake perhaps even matching the performance of the Coffee Lake U processors!
Stay tuned to PC Perspective for more information!
Subject: Processors, Mobile | July 18, 2016 - 12:03 AM | Sebastian Peak
Tagged: softbank, SoC, smartphones, mobile cpu, Cortex-A73, ARM Holdings, arm, acquisition
ARM Holdings is to be aquired by SoftBank for $32 billion USD. This report has been confirmed by the Wall Street Journal, who states that an official annoucement of the deal is likely on Monday as "both companies’ boards have agreed to the deal".
(Image credit: director.co.uk)
"Japan’s SoftBank Group Corp. has reached a more than $32 billion deal to buy U.K.-based chip-designer ARM HoldingsPLC, marking a significant push for the Japanese telecommunications giant into the mobile internet, according to a person familiar with the situation." - WSJ
ARM just announced their newest CPU core, the Cortex-A73, at the end of May, with performance and efficiency improvements over the current Cortex-A72 promised with the new architecture.
(Image credit: AnandTech)
We will have to wait and see if this aquisition will have any bearing on future product development, though it seems the acquisition targets the significant intellectual property value of ARM, whose designs can be found in most smartphones.
Subject: Processors, Mobile | July 11, 2016 - 11:44 AM | Sebastian Peak
Tagged: SoC, Snapdragon 821, snapdragon, qualcomm, adreno 530
Announced today, the Snapdragon 821 offers a modest CPU frequency increase over the Snapdragon 820, with clock speeds of up to 2.4 GHz compared to 2.2 GHz with the Snapdragon 820. The new SoC is still implementing Qualcomm's custom quad-core "Kryo" design, which is made up of two pairs of dual-core CPU clusters.
"What isn’t in this announcement is that the power cluster will likely be above 2 GHz and GPU clocks look to be around 650 MHz but without knowing whether there are some changes other than clock relative to Adreno 530 we can’t really estimate the performance of this part."
Specifics on the Adreno GPU were not mentioned in the official announcement. The 650 MHz GPU clock reported by Anandtech would offer a modest improvement over the SD820's 624 MHz Adreno 530 GPU. Additionally, the "power cluster" will reportedly move from 1.6 GHz with the SD820 to 2.0 GHz with the SD821.
No telling when this updated SoC will find its way into consumer devices, with the Snapdragon 820 currently available in the Samsung Galaxy S7/S7 Edge, LG G5, OnePlus 3, and a few others.
Subject: Graphics Cards, Processors | June 29, 2016 - 07:27 AM | Sebastian Peak
Tagged: RX 490, radeon, processors, Polaris, graphics card, Bristol Ridge, APU, amd, A12-9800
AMD's current "We're in the Game" promotion offers a glimpse at upcoming product names, including the Radeon RX 490 graphics card, and the new Bristol Ridge APUs.
Visit AMD's gaming promo page and click the link to "check eligibility" to see the following list of products, which includes the new product names:
It seems safe to assume that the new products listed - including the Radeon RX 490 - are close to release, though details on the high-end Polaris GPU are not mentioned. We do have details on the upcoming Bristol Ridge products, with this in-depth preview from Josh published back in April. The A12-9800 and A12-9800E are said to be the flagship products in this new 7th-gen lineup, so there will be new desktop parts with improved graphics soon.
Subject: Processors | June 27, 2016 - 02:40 PM | Jeremy Hellstrom
Tagged: dx12, 6700k, Intel, i7-6950X
[H]ard|OCP has been conducting tests using a variety of CPUs to see how well DX12 distributes load between cores as compared to DX11. Their final article which covers the 6700K and 6950X was done a little differently and so cannot be directly compared to the previously tested CPUs. That does not lower the value of the testing, scaling is still very obvious and the new tests were designed to highlight more common usage scenarios for gamers. Read on to see how well, or how poorly, Ashes of the Singularity scales when using DX12.
"This is our fourth and last installment of looking at the new DX12 API and how it works with a game such as Ashes of the Singularity. We have looked at how DX12 is better at distributing workloads across multiple CPU cores than DX11 in AotS when not GPU bound. This time we compare the latest Intel processors in GPU bound workloads."
Here are some more Processor articles from around the web:
- Intel Skylake Graphics: Windows 10 vs. Ubuntu 16.04 + Latest Open-Source Driver Code @ Phoronix
- AMD Wraith Cooler Performance on FX-6350 Black Edition CPU @ Neoseeker
- Athlon X4 880K @ Hardware Secrets
- AMD Athlon X4 845 CPU Review @ OCC
Subject: Processors | June 24, 2016 - 11:15 PM | Scott Michaud
Tagged: Intel, kaby lake, iGPU, h.265, hevc, vp8, vp9, codec, codecs
Fudzilla isn't really talking about their sources, so it's difficult to gauge how confident we should be, but they claim to have information about the video codecs supported by Kaby Lake's iGPU. This update is supposed to include hardware support for HDR video, the Rec.2020 color gamut, and HDCP 2.2, because, if videos are pirated prior to their release date, the solution is clearly to punish your paying customers with restrictive, compatibility-breaking technology. Time-traveling pirates are the worst.
According to their report, Kaby Lake-S will support VP8, VP9, HEVC 8b, and HEVC 10b, both encode and decode. However, they then go on to say that 10-bit VP9 and 10-bit HEVC 10b does not include hardware encoding. I'm not too knowledgeable about video codecs, but I don't know of any benefits to encoding 8-bit HEVC Main 10. Perhaps someone in our comments can clarify.
Subject: Processors | June 21, 2016 - 10:00 PM | Scott Michaud
Update (June 22nd @ 12:36 AM): Errrr. Right. Accidentally referred to the CPU in terms of TFLOPs. That's incorrect -- it's not a floating-point decimal processor. Should be trillions of operations per second (teraops). Whoops! Also, it has a die area of 64sq.mm, compared to 520sq.mm of something like GF110.
So this is an interesting news post. Graduate students at UCDavis have designed and produced a thousand-core CPU at IBM's facilities. The processor is manufactured on their 32nm process, which is quite old -- about half-way between NVIDIA's Fermi and Kepler if viewed from a GPU perspective. Its die area is not listed, though, but we've reached out to their press contact for more information. The chip can be clocked up to 1.78 GHz, yielding 1.78 teraops of theoretical performance.
These numbers tell us quite a bit.
The first thing that stands out to me is that the processor is clocked at 1.78 GHz, has 1000 cores, and is rated at 1.78 teraops. This is interesting because modern GPUs (note that this is not a GPU -- more on that later) are rated at twice the clock rate times the number of cores. The factor of two comes in with fused multiply-add (FMA), a*b + c, which can be easily implemented as a single instruction and are widely used in real-world calculations. Two mathematical operations in a single instruction yields a theoretical max of 2 times clock times core count. Since this processor does not count the factor of two, it seems like its instruction set is massively reduced compared to commercial processors.
If they even cut out FMA, what else did they remove from the instruction set? This would at least partially explain why the CPU has such a high theoretical throughput per transistor compared to, say, NVIDIA's GF110, which has a slightly lower TFLOP rating with about five times the transistor count -- and that's ignoring all of the complexity-saving tricks that GPUs play, that this chip does not. Update (June 22nd @ 12:36 AM): Again, none of this makes sense, because it's not a floating-point processor.
"Big Fermi" uses 3 billion transistors to achieve 1.5 TFLOPs when operating on 32 pieces of data simultaneously (see below). This processor does 1.78 teraops with 0.621 billion transistors.
On the other hand, this chip is different from GPUs in that it doesn't use their complexity-saving tricks. GPUs save die space by tying multiple threads together and forcing them to behave in lockstep. On NVIDIA hardware, 32 instructions are bound into a “warp”. On AMD, 64 make up a “wavefront”. On Intel's Xeon Phi, AVX-512 packs 16, 32-bit instructions together into a vector and operates them at once. GPUs use this architecture because, if you have a really big workload, you, chances are, have very related tasks; neighbouring pixels on a screen will be operating on the same material with slightly offset geometry, multiple vertexes of the same object will be deformed by the same process, and so forth.
This processor, on the other hand, has a thousand cores that are independent. Again, this is wasteful for tasks that map easily to single-instruction-multiple-data (SIMD) architectures, but the reverse (not wasteful in highly parallel tasks that SIMD is wasteful on) is also true. SIMD makes an assumption about your data and tries to optimize how it maps to the real-world -- it's either a valid assumption, or it's not. If it isn't? A chip like this would have multi-fold performance benefits, FLOP for
Subject: Processors | June 15, 2016 - 11:18 PM | Scott Michaud
Tagged: Zen, opteron, amd
We're beginning to see how the Zen architecture will affect AMD's entire product stack. This news refers to their Opteron line of CPUs, which are intended for servers and certain workstations. They tend to allow lots of memory, have lots of cores, and connect to a lot of I/O options and add-in boards at the same time.
In this case, Zen-based Opterons will be available in two, four, sixteen, and thirty-two core options, with two threads per core (yielding four, eight, thirty-two, and sixty-four threads, respectively). TDPs will range between 35W and 180W. Intel's Xeon E7 v4 goes up to 165W got 24 cores (on Broadwell-EX) so AMD has a little more headroom to play with for those extra eight cores. That is obviously a lot, and it should be, again, good for cloud applications that can be parallelized.
As for the I/O side of things, the rumored chip will have 128 PCIe 3.0 lanes. It's unclear whether that is per socket, or total. Its wording sounds like it is per-CPU, although much earlier rumors have said that it has 64 PCIe lanes per socket with dual-socket boards available. It will also support sixteen 10-Gigabit Ethernet connections, which, again, is great for servers, especially with virtualization.
These are expected to launch in 2017. Fudzilla claims that “very late 2016” is possible, but also that it will launch after high-end desktop, which are expected to be delayed until 2017.
Subject: Graphics Cards, Processors | June 13, 2016 - 03:51 PM | Scott Michaud
Tagged: amd, Polaris, Zen, Summit Ridge, rx 480, rx 470, rx 460
AMD has just unveiled their entire RX line of graphics cards at E3 2016's PC Gaming Show. It was a fairly short segment, but it had a few interesting points in it. At the end, they also gave another teaser of Summit Ridge, which uses the Zen architecture.
First, Polaris. As we know, the RX 480 was going to bring >5 TFLOPs at a $199 price point. They elaborated that this will apply to the 4GB version, which likely means that another version with more VRAM will be available, and that implies 8GB. Beyond the RX 480, AMD has also announced the RX 470 and RX 460. Little is known about the 470, but they mentioned that the 460 will have a <75W TDP. This is interesting because the PCIe bus provides 75W of power. This implies that it will not require any external power, and thus could be a cheap and powerful (in terms of esports titles) addition to an existing desktop. This is an interesting way to use the power savings of the die shrink to 14nm!
They also showed off a backpack VR rig. They didn't really elaborate, but it's here.
As for Zen? AMD showed the new architecture running DOOM, and added the circle-with-Zen branding to a 3D model of a CPU. Zen will be coming first to the enthusiast category with (up to?) eight cores, two threads per core (16 threads total).
The AMD Radeon RX 480 will launch on June 29th for $199 USD (4GB). None of the other products have a specific release date.
Subject: Processors | June 8, 2016 - 08:17 AM | Scott Michaud
Tagged: Xeon Phi, Intel, gpgpu
Intel's recent restructure had a much broader impact than I originally believed. Beyond the large number of employees who will lose their jobs, we're even seeing it affect other areas of the industry. Typically, ASUS releases their ZenPhone line with x86 processors, which I assumed was based on big subsidies from Intel to push their instruction set into new product categories. This year, ASUS chose the ARM-based Qualcomm Snapdragon, which seemed to me like Intel decided to stop the bleeding.
That brings us to today's news. After over 27 years at Intel, James Reinders accepted the company's early retirement offer, scheduled for his 10001st day with the company, and step down from his position as Intel's High Performance Computing Director. He worked on the Larabee and Xeon Phi initiatives, and published several books on parallelism.
According to his letter, it sounds like his retirement offer was part of a company-wide package, and not targeting his division specifically. That would sort-of make sense, because Intel is focusing on cloud and IoT. Xeon Phi is an area that Intel is battling NVIDIA for high-performance servers, and I would expect that it has potential for cloud-based applications. Then again, as I say that, AWS only has a handful of GPU instances, and they are running fairly old hardware at that, so maybe the demand isn't there yet.
Subject: Processors | June 7, 2016 - 03:29 PM | Ryan Shrout
Tagged: Intel, video, PAX, pax prime, i7-6950X, taser
Intel is partnering with 12 of their top system builders to build amazing PCs around the Core i7-6950X 10-core Extreme Edition processor and the SSD 750 Series drives. Intel will be raffling off 7 of these systems at PAX Prime in September. You can find out more details on the competition and how you can enter at http://inte.ly/rigchallenge.
As for us, we got a taser.
Subject: Processors | June 7, 2016 - 02:45 PM | Jeremy Hellstrom
Tagged: Zen, kaby lake, Intel, delayed, amd
Bad news upgraders, neither AMD nor Intel will be launching their new CPUs until the beginning of next year. Both AMD's Zen and Intel's Kaby Lake have now been delayed instead of launching in Q4 and Q3 of this year respectively. DigiTimes did not delve into the reasons behind the delay in AMD's 14nm GLOBALFOUNDRIES (and Samsung) sourced Zen but unfortunately the reasons beind Intel's delay are all too clear. With large stockpiles of Skylake and Haswell processors and systems based around them sitting in the channel, AMD's delay creates an opportunity for Intel and retailers to move that stock. Once Kaby Lake arrives the systems will no longer be attractive to consumers and the prices will plummet.
Here is to hoping AMD's delay does not imply anything serious, though the lack of a new product release at a time which traditionally sees sales increase is certainly going to hurt their bottom line for 2016.
"With the delays, the PC supply chain will not be able to begin mass production for the next-generation products until November or December and PC demand is also unlikely to pick up until the first quarter of 2017."
Here are some more Processor articles from around the web:
- Intel Core I7 6950X Extreme Edition Broadwell-E Overclocking Review @ OCC
- Intel Core i7 Extreme Edition @ Nitroware
Subject: Processors | June 7, 2016 - 09:39 AM | Scott Michaud
Tagged: xeon e7 v4, xeon e7, xeon, Intel, broadwell-ex, Broadwell
Yesterday, Intel launched eleven SKUs of Xeon processors that are based on Broadwell-EX. While I don't follow this product segment too closely, it's a bit surprising that Intel launched them so close to consumer-level Broadwell-E. Maybe I shouldn't be surprised, though.
These processors scale from four cores up to twenty-four of them, with HyperThreading. They are also available in cache sizes from 20MB up to 60MB. With Intel's Xeon naming scheme, the leading number immediately after the E7 in the product name denotes the number of CPUs that can be installed in a multi-socket system. The E7-8XXX line can be run in an eight-socket motherboard, while the E7-4XXX models are limited to four sockets per system. TDPs range between 115W and 165W, which is pretty high, but to be expected for a giant chip that runs at a fairly high frequency.
Intel Xeon E7 v4 launched on June 6th with listed prices between $1223 to $7174 per CPU.
Subject: Graphics Cards, Processors, Mobile | June 6, 2016 - 07:11 AM | Scott Michaud
Tagged: hsa 1.1, hsa
The HSA Foundation released version 1.1 of their specification, which focuses on “multi-vendor” compatibility. In this case, multi-vendor doesn't refer to companies that refused to join the HSA Foundation, namely Intel and NVIDIA, but rather multiple types of vendors. Rather than aligning with AMD's focus on CPU-GPU interactions, HSA 1.1 includes digital signal processors (DSPs), field-programmable gate arrays (FPGAs), and other accelerators. I can see this being useful in several places, especially on mobile, where cameras, sound processors, and CPU cores, and a GPU regularly share video buffers.
That said, the specification also mentions “more efficient interoperation with non-HSA compliant devices”. I'm not quite sure what that specifically refers to, but it could be important to keep an eye on for future details -- whether it is relevant for Intel and NVIDIA hardware (and so forth).
Charlie, down at SemiAccurate, notes that HSA 1.1 will run on all HSA 1.0-compliant hardware. This makes sense, but I can't see where this is explicitly mentioned in their press release. I'm guessing that Charlie was given some time on a conference call (or face-to-face) regarding this, but it's also possible that he may be mistaken. It's also possible that it is explicitly mentioned in the HSA Foundation's press blast and I just fail at reading comprehension.
If so, I'm sure that our comments will highlight my error.
Subject: Processors | June 3, 2016 - 04:55 PM | Jeremy Hellstrom
Tagged: X99, video, Intel, i7-6950X, core i7, Core, Broadwell-E, Broadwell
You have seen our take on the impressively powerful and extremely expensive i7-6950X but of course we were not the only ones to test out Intel's new top of the line processor. Hardware Canucks focused on the difference between the ~$1700 i7-6950X and the ~$1100 i7-6900K. From synthetic benchmarks such as AIDA through gaming at 720p and 1080p, they tested the two processors against each other to see when it would make sense to spend the extra money on the new Broadwell-E chip. Check out what they thought of the chip overall as well as the scenarios where they felt it would be full utilized.
"10 cores, 20 threads, over $1700; Intel's Broadwell-E i7-6950X delivers obscene performance at an eye-watering price. Then there's the i7-6900K which boasts all the same niceties in a more affordable package."
Here are some more Processor articles from around the web:
- Intel Core I7 6950X Extreme Edition Broadwell-E CPU Review @ OCC
- Intel i7-6900K @ Hardwareheaven
- Intel i7-6950X @ Overclockers.com
- Intel Core i7 6950X @ Kitguru
- AMD Athlon X4 845 CPU Review @ Neoseeker
- AMD A10-7860K 65W APU @ techPowerUp
- AMD A10-7890K APU Review @ Neoseeker
Subject: Processors | May 31, 2016 - 11:57 PM | Scott Michaud
Tagged: Zen, computex 2016, computex, amd
At the end of the AMD Computex 2016 keynote, Lisa Su, President and CEO of the company, announced a few details about their upcoming Zen architecture. This will mark the end of the Bulldozer line of architectures that attempted to save die area by designing cores in pairs, eliminating what AMD projected to be redundancies as the world moved toward multi-core and GPU compute. Zen “starts from scratch” and targets where they now see desktop, server, laptop, and embedded devices heading.
They didn't really show a whole lot at the keynote. They presented an animation that was created and rendered on the new architecture. I mean, okay, but that's kind-of like reviewing a keyboard by saying that you used it to type the review. It's cool that you have sample silicon available to use internally, but we understand that it physically works.
That said, Lisa Su did say some hard numbers, which should be interesting for our readers. AMD claims that Zen has 40% higher IPC from their previous generation (which we assume is Excavator). It will be available for desktop with eight cores, two threads per core, on their new AM4 platform. It also taped out earlier this year, with wide sampling in Q3.
I'm curious how it will end up. The high-end CPU market is a bit... ripe for the picking these days. If AMD gets close to Intel in performance, and offers competitive prices and features alongside it, then it would make sense for enthusiast builds. We'll need to wait for benchmarks, but there seems to be low-hanging fruit.
Subject: Cases and Cooling, Processors | May 25, 2016 - 12:54 PM | Sebastian Peak
Tagged: Zen, socket AM3, cpu cooler, amd, AM4
Upgrading to the upcoming Zen processors won't require the purchase of a new cooler or adapter, according to a report from Computer Base (German language).
The AMD Wraith Cooler (image credit: The Tech Report)
Answering a customer question on Facebook, a Thermalright representative responded (translated):
"For all AMD fans, we have good news. As we advance AMD has assured the new AM4 processors and motherboards are put on the usual base-fixing, which is standard for AM2. To follow all the Thermalright coolers are used on the Zen processors without additional accessories!"
This news is hardly surprising considering AMD has used the same format for some time, much as Intel's current CPUs still work with coolers designed for LGA 1156.
Subject: Processors, Mobile | May 9, 2016 - 01:42 PM | Scott Michaud
Tagged: apple, a11, 10nm, TSMC
Before I begin, the report comes from DigiTimes and they cite anonymous sources for this story. As always, a grain of salt is required when dealing with this level of alleged leak.
That out of the way, rumor has it that Apple's A11 SoC has been taped out on TSMC's 10nm process node. This is still a little way's away from production, however. From here, TSMC should be providing samples of the now finalized chip in Q1 2017, start production a few months later, and land in iOS devices somewhere in Q3/Q4. Knowing Apple, that will probably align with their usual release schedule -- around September.
DigiTimes also reports that Apple will likely make their split-production idea a recurring habit. Currently, the A9 processor is fabricated at TSMC and Samsung on two different process nodes (16nm for TSMC and 14nm for Samsung). They claim that two-thirds of A11 chips will come from TSMC.
Subject: Processors | May 9, 2016 - 12:51 PM | Scott Michaud
Tagged: kaby lake, Intel
Fudzilla claims that they have a screenshot of SiSoft benchmarks belonging to the Intel Core i7-7700k. I should note that image only mentions “Kabylake,” not any specific model number. It's possible that the branding will change this generation, and there's an infinitesimal chance that this is not highest level SKU of that specific chip, but it should be safe to assume that this is the 7700k, and that it will be branded as such. I'm just being over-cautious.
Image Credit: Fudzilla
In terms of specifications, Kaby Lake will be a quad-core processor that runs at 3.6 GHz, 4.2 GHz turbo, backed with 8MB of L3 cache. The graphics processor has 24 CUs that can reach a clock of 1.15 GHz. If Intel hasn't changed the GPU architecture since Skylake, this equates to 192 FP32 processors and 442 GFLOPs. Apart from a lower CPU base clock, 3.6 GHz versus Skylake's 4.0 GHz, Kaby Lake seems to be identical to Skylake.
I was hoping to compare the benchmark results with Core i7-6700k, but I'm not sure which version of SiSoft they're using. The numbers don't seem to line up with our results (SiSoft 2013 SP3a) or the SiSoft 2015 benchmarks that I've found around the net (and even those 2015 benchmarks varied greatly). It might just be my lack of experience with CPU benchmarks, but I'd rather just present the data.