Rumor: Leaked Zen Prices and SKUs

Subject: Processors | November 28, 2016 - 09:26 PM |
Tagged: amd, Zen, Summit Ridge

Guru3D got hold of a product list, which includes entries for AMD’s upcoming Zen architecture.

Four SKUs are thus rumored to exist:

  • Zen SR3: (65W, quad-core, eight threads, ~$150 USD)
  • Zen SR5: (95W, hexa-core, twelve threads, ~$250 USD)
  • Zen SR7: (95W, octo-core, sixteen threads, ~$350 USD)
  • Special Zen SR7: (95W, octo-core, sixteen threads, ~$500 USD)

The sheet also states that none of these are supposed to contain integrated graphics, like we see on the current FX line. There is some merit to using integrated GPUs for specific tasks, like processing video while the main GPU is busy or doing a rapid, massively parallel calculation without the latency of memory copies, but AMD is probably right to not waste resources, such as TDP, fighting our current lack of compatible software and viable use cases for these SKUs.

amd-2016-summit-ridge-guru3d.png

Image Credit: Guru3D

The sheet also contains benchmarks for Cinebench R15. While pre-rendered video is a task that really should be done on GPUs at this point, especially with permissive, strong, open-source projects like Cycles, they do provide a good example of multi-core performance that scales. In this one test, the Summit Ridge 7 CPU ($350) roughly matches the Intel Core i7-6850K ($600), again, according to this one unconfirmed benchmark. It doesn’t list clock rates, but other rumors claim that the top-end chip will be around 3.2 GHz base, 3.5 GHz boost at stock, with manual overclocks exceeding 4 GHz.

These performance figures suggest that Zen will not beat Skylake on single-threaded performance, but it might be close. That might not matter, however. CPUs, these days, are kind-of converging around a certain level of per-thread performance, and are differentiating with core count, price, and features. Unfortunately, there doesn’t seem to have been many leaks regarding enthusiast-level chipsets for Zen, so we don’t know if there will be compelling use cases yet.

Zen is expected early in 2017.

Source: Guru3D

Mid-Range Gigabyte Socket AM4 (B350 Chipset) Micro ATX Motherboard Pictured

Subject: Motherboards | October 1, 2016 - 11:20 PM |
Tagged: Zen, micro ATX, Excavator, Bristol Ridge, b350, amd, AM4

Thanks to a recent leak over at Bodnara.co.kr (which has since been taken down), pictures emerged online that give a first look at an AMD socket AM4 motherboard using the mid-range B350 chipset. The Gigabyte B350M-DS3H is a Micro ATX motherboard supporting Bristol Ridge processors at launch and Zen-based processors next year.

The mid-range AM4 board has a very simple layout that leaves little mystery. There are no large heatsinks and no northbridge thanks to AMD moving most of the connectivity to the SoC itself. In fact there is only a small passively cooled chip in the bottom right corner (the B350 chipset) that between the SoC and it can offer up PCI-E 3.0, SATA 6.0, USB 3.1, USB 3.0, NVMe SSD, and DDR4 memory support. This post outlines how the duties are split between the processor and southbridge.

Gigabyte AMD AMD4 B350 Chipset Motherboard.jpg

The B350M-DS3H is powered by a 24-pin ATX and 8-pin EPS and Gigabyte is using a seven phase VRM to power the processor and memory. The board hosts a 1331 pin AM4 socket up top with four DDR4 slots to the right. The CMOS battery is placed just above the PCI-E slots in a position that Morry would be proud of (so long as your CPU cooler is not too massive). Below that are two PCI-E 3.0 x16 slots (electrically x16/x4 or x8/x8), a single PCI-E 3.0 x1 slot, and a NVMe M.2 (PCI-E) slot. The bottom right corner of the board hosts six SATA 6 Gbps ports.

Rear I/O on the AMD motherboard includes:

  • 2 x USB 2.0
  • 1 x PS/2
  • 3 x Video Outputs
    • 1 x VGA
    • 1 x DVI
    • 1 x HDMI
  • 4 x USB 3.0
  • 2 x USB 3.1
  • 1 x Gigabit Ethernet                
  • 3 x Audio Jacks

Several websites are reporting that AMD will be unleashing the floodgates of socket AM4 motherboards using the A320 and B350 chipsets in October (it is saving the launch of the enthusiast X370 chipset for next year alongside Summit Ridge). I have to say that it is nice to see an AMD motherboard with updated I/O which is a nice change from the ancient 990X AM3+ platform and even the FM2+ motherboards which were newer but still .ot as full featured as the competition.

Also read:

Source: Fudzilla

Podcast #416 - Intel SSD 600p, Leaked Zen Performance, new iPhone and PS4 and more!

Subject: General Tech | September 8, 2016 - 01:28 PM |
Tagged: Zen, VR, video, ssd, sony, qualcomm, ps4 pro, ps4, prodigy, power9, podcast, phanteks, logitech, iPhone 7, Intel, IBM, gtx 1050, geekbench, Enthoo, corsair, carbide, amd, a10, 600p

PC Perspective Podcast #416 - 09/08/16

Join us this week as we discuss the Intel SSD 600p, Leaked Zen Performance, new iPhone and PS4 and more!

You can subscribe to us through iTunes and you can still access it directly through the RSS page HERE.

The URL for the podcast is: http://pcper.com/podcast - Share with your friends!

Hosts:  Ryan Shrout, Allyn Malventano, Josh Walrath and Jeremy Hellstrom

Program length: 1:48:53
  1. Week in Review:
  2. News items of interest:
    1. Razer PAX 2016
  3. Hardware/Software Picks of the Week
  4. Closing/outro

AMD Officially Launches Bristol Ridge Processors And Zen-Ready AM4 Platform

Subject: Motherboards, Processors | September 7, 2016 - 08:08 PM |
Tagged: Zen, Summit Ridge, Excavator, Bristol Ridge, amd, A12-9800

This week AMD officially took the wraps off of its 7th generation APU lineup that it introduced back in May. Previously known as Bristol Ridge, AMD is launching eight new processors along with a new desktop platform that finally brings next generation I/O to AMD systems.

Bristol Ridge maintains the Excavator CPU cores and GCN GPU cores of Carrizo, but on refreshed silicon with performance and power efficiency gains that will bring the architecture started by Bulldozer to an apex. These will be the last chips of that line, and wil be succeeded by AMD's new "Zen" architecture in 2017. For now though, Bristol Ridge delivers as much as 17% higher per thread CPU performance and 27% higher graphics performance while using significantly lower power than its predecessors. Further, AMD has been able to (thanks to various process tweaks that Josh talked about previously) hit some impressive clock speeds with these chips enabling AMD to better compete with Intel's Core i5 offerings.

Bristol Ridge.png

At the top end AMD has the (65W) quad core A12-9800 running at 3.8 GHz base and 4.2 GHz boost paired with GCN 3.0-based Radeon R7 graphics (that support VP9 and HEVC acceleration). These new Bristol Ridge chips are able to take advantage of DDR4 clocked up to 2400 MHz. For DIY PC builders planning to use dedicated graphics, AMD has the non-APU Athlon X4 950 which features four CPU cores at 3.5 GHz base and 3.8 GHz boost with a 65W TDP. While it is not clocked quite as high as its APU counterpart, it should still prove to be a popular choice for budge builds and will replace the venerable Athlon X4 860 and will also be paired with an AM4 motherboard that will be ready to accept a new Zen-based "Summit Ridge" CPU next year.

The following table lists the eight new 7th generation "Bristol Ridge" processors and their specifications. 

  CPU Cores CPU Clocks Base / Boost GPU GPU CUs GPU Clocks (Max) TDP

A12-98004

4 3.8 GHz / 4.2 GHz Radeon R7 8 1,108 MHz 65W
A12-9800E4 4 3.1 GHz / 3.8 GHz Radeon R7 8 900 MHz 35W
A10-9700 4 3.5 GHz / 3.8 GHz Radeon R7 6 1,029 MHz 65W
A10-9700E 4 3.0 GHz / 3.5 GHz Radeon R7 6 847 MHz 35W
A8-9600 4 3.1 GHz / 3.4 GHz Radeon R7 6 900 MHz 65W
A6-9500 2 3.5 GHz / 3.8 GHz Radeon
R5
6 1029 MHz 65W
A6-9500E 2 3.0 GHz / 3.4 GHz Radeon
R5
4 800 MHz 35W
Athlon X4 950 4 3.5 GHz / 3.8 GHz None 0 N/A 65W

Source: AMD

To expand on the performance increases of Bristol Ridge, AMD compared the A12-9800 to the previous generation A10-8850 as well as Intel's Core i5-6500. According to the company, the Bristol Ridge processor handily beats the Carrizo chip and is competitive with the Intel i5. Specifically, when comparing Bristol Ridge and Carrizo, AMD found that the A12-9800 scored 3,521.25 in 3DMark 11 while the A10-8850 (95W Godavari) scored 2,880. Further, when compared in Cinebench R11.5 1T the A12-980 scored 1.21 versus the A10-8850's 1.06. Not bad when you consider that the new processor has a 30W lower TDP!

With that said, the comparison to Intel is perhaps most interesting to the readers. In this case, the A12-9800 is about where you would expect though that is not necessarily a bad thing. It does pull a bit closer to Intel in CPU and continues to offer superior graphics performance.

  AMD A12-9800 (65W) Intel Core i5-6500 (65W) AMD A10-8850 (95W)

3DMark 11 Performance

3,521.25 1,765.75 2,880
PCMark 8 Home Accelerated 3,483.25 3,702 Not run
Cinebench R11.5 1T 1.21 Not run 1.06

Source: AMD

Specifically, in 3DMark 11 Performance the A12-9800's score of 3,521.25 is quite a bit better than the Intel i5-6500's 1,765.75 result. However, in the more CPU focused PCMark 8 Home Accelerated benchmark the Intel comes out ahead with a score of 3,702 versus the AMD A12-9800's score of 3,483.25. If the price is right Bristol Ridge does not look too bad on paper, assuming AMD's testing holds true in independent reviews!

The AM4 Platform

Alongside the launch of desktop 7th generation APUs, AMD is launching a new AM4 platform that supports Bristol Ridge and is ready for Zen APUs next year. The new platform finally brings new I/O technologies to AMD systems including PCI-E 3.0, NVMe, SATA Express, DDR4, and USB 3.1 Gen 2.

According to Digital Trends, AMD's AM4 desktop platform wil span all the way from low end to enthusiast motherboards and these boards will be powered by one of three new chipsets. The three new chipsets are the B350 for mainstream, A320 for "essential," and X/B/A300 for small form factor motherboards. Notably missing is any mention of an enthusiast chipset, but one is reportedly being worked on and will arive closer to the launch of Zen-based processors in 2017.

The image below outlines the differences in the chipsets. Worth noting is that the APUs themselves will handle the eight lanes of PCI-E 3.0, dual channel DDR4, four USB 3.1 Gen 1 ports, and two SATA 6Gbps and two NVMe or PCI-E 3.0 storage devices. This leaves PCI-E 2.0, SATA Express, additional SATA 6Gbps, and USB 3.1 Gen 2 connection duties to the chipsets.

AMD Bristol Ridge AM4 Chipsets.jpg

As of today, AMD has only announced the availability of AM4 motherboards and 7th generation APUs for OEM systems (with design wins from HP and Lenovo so far). The company will be outlining the channel / DIY PC builder lineup and pricing at a later (to be announced date).

I am looking forward to Zen and in a way the timing of Bristol Ridge seems strange. On the other hand, for OEMs it should do well and hold them over until then (heh) and enthusiasts / DIY builders are able to buy into Bristol Ridge knowing that they will be able to upgrade to Zen next year (while getting better than Carrizo performance with less power and possibly better overclocking) is not a bad option so long as the prices are right!

The full press blast is included below for more information on how they got their benchmark results.

Source: AMD

Leaked Geekbench Results: AMD Zen Performance Extrapolated

Subject: Processors | September 6, 2016 - 03:05 PM |
Tagged: Zen, single thread, geekbench, amd

Over the holiday weekend a leaked Geekbench benchmark result on an engineering sample AMD Zen processor got tech nerds talking. Other than the showcase that AMD presented a couple weeks back using the Blender render engine, the only information we have on performance claims come from AMD touting a "40% IPC increase" over the latest Bulldozer derivative. 

The results from Geekbench show performance from a two physical processor system and a total of 64 cores running at 1.44 GHz. Obviously that clock speed is exceptionally low; AMD demoed Summit Ridge running at 3.0 GHz in the showcase mentioned above. But this does give us an interesting data point with which to do some performance extrapolation. If we assume perfect clock speed scaling, we can guess at performance levels that AMD Zen might see at various clocks. 

I needed a quick comparison point and found this Geekbench result from a Xeon E7-8857 v2 running at 3.6 GHz. That is an Ivy Bridge based architecture and though the system has 48 cores, we are only going to a look at single threaded results to focus on the IPC story.

Obviously there are a ton of caveats with looking at data like this. It's possible that AMD Zen platform was running in a very sub-optimal condition. It's possible that the BIOS and motherboard weren't fully cache aware (though I would hope that wouldn't be the case this late in the game). It's possible that the Linux OS was somehow holding back performance of the Zen architecture and needs update. There are many reasons why you shouldn't consider this data a final decision yet; but that doesn't make it any less interesting to see.

In the two graphs below I divide the collection of single threaded results from Geekbench into two halves and there are three data points for each benchmark. The blue line represents the Xeon Ivy Bridge processor running at 3.6 GHz. The light green line shows the results from the AMD Zen processor running at 1.44 GHz as reported by Geekbench. The dark green line shows an extrapolated AMD Zen performance result with perfect scaling by frequency. 

graph1.png

Continue reading our preview of AMD Zen single threaded performance!!

Source: Geekbench

Podcast #414 - AMD Zen Architecture Details, Lightning Headphones, AMD GPU Market Share and more!

Subject: General Tech | August 25, 2016 - 10:51 AM |
Tagged: Zen, video, seasonic, Polaris, podcast, Omen, nvidia, market share, Lightning, hp, gtx 1060 3gb, gpu, brix, Audeze, asus, architecture, amd

PC Perspective Podcast #414 - 08/25/2016

Join us this week as we discuss the newly released architecture details of AMD Zen, Audeze headphones, AMD market share gains and more!

You can subscribe to us through iTunes and you can still access it directly through the RSS page HERE.

The URL for the podcast is: http://pcper.com/podcast - Share with your friends!

Hosts:  Ryan Shrout, Allyn Malventano, Josh Walrath and Jeremy Hellstrom

Program length: 1:37:15
  1. Week in Review:
  2. News items of interest:
  3. Hardware/Software Picks of the Week
  4. Closing/outro

Author:
Subject: Processors
Manufacturer: AMD

Clean Sheet and New Focus

It is no secret that AMD has been struggling for some time.  The company has had success through the years, but it seems that the last decade has been somewhat bleak in terms of competitive advantages.  The company has certainly made an impact in throughout the decades with their 486 products, K6, the original Athlon, and the industry changing Athlon 64.  Since that time we have had a couple of bright spots with the Phenom II being far more competitive than expected, and the introduction of very solid graphics performance in their APUs.

Sadly for AMD their investment in the “Bulldozer” architecture was misplaced for where the industry was heading.  While we certainly see far more software support for multi-threaded CPUs, IPC is still extremely important for most workloads.  The original Bulldozer was somewhat rushed to market and was not fully optimized, while the “Piledriver” based Vishera products fixed many of these issues we have not seen the non-APU products updated to the latest Steamroller and Excavator architectures.  The non-APU desktop market has been served for the past four years with 32nm PD-SOI based parts that utilize a rebranded chipset base that has not changed since 2010.

hc_03.png

Four years ago AMD decided to change course entirely with their desktop and server CPUs.  Instead of evolving the “Bulldozer” style architecture featuring CMT (Core Multi-Threading) they were going to do a clean sheet design that focused on efficiency, IPC, and scalability.  While Bulldozer certainly could scale the thread count fairly effectively, the overall performance targets and clockspeeds needed to compete with Intel were just not feasible considering the challenges of process technology.  AMD brought back Jim Keller to lead this effort, an industry veteran with a huge amount of experience across multiple architectures.  Zen was born.

 

Hot Chips 28

This year’s Hot Chips is the first deep dive that we have received about the features of the Zen architecture.  Mike Clark is taking us through all of the changes and advances that we can expect with the upcoming Zen products.

Zen is a clean sheet design that borrows very little from previous architectures.  This is not to say that concepts that worked well in previous architectures were not revisited and optimized, but the overall floorplan has changed dramatically from what we have seen in the past.  AMD did not stand still with their Bulldozer products, and the latest Excavator core does improve upon the power consumption and performance of the original.  This evolution was simply not enough considering market pressures and Intel’s steady improvement of their core architecture year upon year.  Zen was designed to significantly improve IPC and AMD claims that this product has a whopping 40% increase in IPC (instructions per clock) from the latest Excavator core.

hc_04.png

AMD also has focused on scaling the Zen architecture from low power envelopes up to server level TDPs.  The company looks to have pushed down the top end power envelope of Zen from the 125+ watts of Bulldozer/Vishera into the more acceptable 95 to 100 watt range.  This also has allowed them to scale Zen down to the 15 to 25 watt TDP levels without sacrificing performance or overall efficiency.  Most architectures have sweet spots where they tend to perform best.  Vishera for example could scale nicely from 95 to 220 watts, but the design did not translate well into sub-65 watt envelopes.  Excavator based “Carrizo” products on the other hand could scale from 15 watts to 65 watts without real problems, but became terribly inefficient above 65 watts with increased clockspeeds.  Zen looks to address these differences by being able to scale from sub-25 watt TDPs up to 95 or 100.  In theory this should allow AMD to simplify their product stack by offering a common architecture across multiple platforms.

Click to continue reading about AMD's Zen architecture!

Author:
Subject: Processors
Manufacturer: AMD
Tagged: Zen, amd

Gunning for Broadwell-E

As I walked away from the St. Regis in downtown San Francisco tonight, I found myself wandering through the streets towards my hotel with something unique in tow. It was a smile. I was smiling, thinking about what AMD had just demonstrated and showed at its latest Zen processor reveal. The importance of this product launch can literally not be overstated for a company struggling to find a foothold to hang on to in a market that it once had a definitive lead. It’s been many years since I left a conference call, or a meeting, or a press conference feeling genuinely hopefully and enthusiastic about what AMD has shown me. Tonight I had that.

AMD’s CEO Lisa Su, and CTO Mark Papermaster, took stage down the street from the Intel Developer Forum to roll out a handful of new architectural details about the Zen architecture while also showing the first performance results comparing it to competing parts from Intel. The crowd in attendance, a mix of media and analysts, were impressed. The feeling was palpable in the room.

zenicon.jpg

It’s late as I write this, and while there are some interesting architecture details to discuss, I think it is in everyone’s best interest that we touch on them lightly for now, and instead refocus on the deep-dive once the Hot Chips information comes out early next week. What you really want to know is clear: can Zen make Intel work again? Can Zen make that $1700 price tag on the Broadwell-E 6950X seem even more ludicrous? Yes.

The Zen Architecture

Much of what was discussed from the Zen architecture is a re-release of what has been out in recent months. This is a completely new, from the ground up, microarchitecture and not a revamp of the aging Bulldozer design. It integrated SMT (simultaneous multi-threading), a first for an AMD CPU, to better take efficient advantage of a longer pipeline. Intel has had HyperThreading for a long time now and AMD is finally joining the fold. A high bandwidth and low latency caching system is used to “feed the beast” as Papermaster put it and utilizing 14nm process technology (starting at Global Foundries) gives efficiency, and scaling a significant bump while enabling AMD to scale from notebooks to desktops to servers with the same architecture.

zenpm-10.jpg

By far the most impressive claim from AMD thus far was that of a 40% increase in IPC over previous AMD designs. That’s a HUGE claim and is key to the success or failure of Zen. AMD proved to me today that the claims are real and that we will see the immediate impact of that architecture bump from day one.

zenpm-4.jpg

Press was told of a handful of high level changes to the new architecture as well. Branch prediction gets a complete overhaul. This marks the first AMD processor to have a micro-op cache. Wider execution width with broader instruction schedulers are integrated, all of which adds up to much higher instruction level parallelism to improve single threaded performance.

zenpm-6.jpg

Performance improvements aside, throughput and efficiency go up with Zen as well. AMD has integrated an 8MB L3 cache and improved prefetching for up 5x the cache bandwidth available per core on the CPU. SMT makes sure the pipeline stays full to prevent “bubbles” that introduce latency and lower efficiency while region-specific power gating means that we’ll see Zen in notebooks as well as enterprise servers in 2017. It truly is an impressive design from AMD.

zenfull-27.jpg

Summit Ridge, the enthusiast platform that will be the first product available with Zen, is based on the AM4 platform and processors will go up to 8-cores and 16-threads. DDR4 memory support is included, PCI Express 3.0 and what AMD calls “next-gen” IO – I would expect a quick leap forward for AMD to catch up on things like NVMe and Thunderbolt.

The Real Deal – Zen Performance

As part of today’s reveal, AMD is showing the first true comparison between Zen and Intel processors. Sure, AMD showed a Zen-powered system running the upcoming Deus Ex running at 4K with a system powered by the Fury X, but the really impressive results where shown when comparing Zen to a Broadwell-E platform.

zenfull-29.jpg

Using Blender to measure the performance of a rendering workload (a Zen CPU mockup of course), AMD ran an 8-core / 16-thread Zen processor at 3.0 GHz against an 8-core / 16-thread Broadwell-E processor at 3.0 GHz (likely a fixed clocked Core i7-6900K). The point of the demonstration was to showcase the IPC improvements of Zen and it worked: the render completed on the Zen platform a second or two faster than it did on the Intel Broadwell-E system.

DSC01490.jpg

Not much to look at, but Zen on the left, Broadwell-E on the right...

Of course there are lots of caveats: we didn’t setup the systems, I don’t know for sure that GPUs weren’t involved, we don’t know the final clocks of the Zen processors releasing in early 2017, etc. But I took two things away from the demonstration that are very important.

  1. The IPC of Zen is on-par or better than Broadwell.
  2. Zen will scale higher than 3.0 GHz in 8-core configurations.

AMD obviously didn’t state what specific SKUs were going to launch with the Zen architecture, what clock speeds they would run at, or even what TDPs they were targeting. Instead we were left with a vague but understandable remark of “comparable TDPs to Broadwell-E”.

Pricing? Overclocking? We’ll just have to wait a bit longer for that kind of information.

Closing Thoughts

There is clearly a lot more for AMD to share about Zen but the announcement and showcase made this week with the early prototype products have solidified for me the capability and promise of this new microarchitecture. We have asked for, and needed, as an industry, a competitor to Intel in the enthusiast CPU space – something we haven’t legitimately had since the Athlon X2 days. Zen is what we have been pining over, what gamers and consumers have needed.

zenpm-11.jpg

AMD’s processor stars might finally be aligning for a product that combines performance, efficiency and scalability at the right time. I’m ready for it –are you?

Podcast #405 - AMD RX 480 Hands-on, 32-core Zen rumors, VBIOS scandal and more!

Subject: General Tech | June 23, 2016 - 01:02 PM |
Tagged: Zen, western digital, video, vbios, SM961, sli, Samsung, rx 480, radeon, podcast, My Passport Wireless Pro, msi, GTX 1080, evga, drobo, be quiet, asus, amd, 960 PRO

PC Perspective Podcast #405 - 06/23/2016

Join us this week as we discuss an AMD RX 480 hands-on, 32-core Zen rumors, the ASUS/MSI VBIOS scandal and more!

You can subscribe to us through iTunes and you can still access it directly through the RSS page HERE.

The URL for the podcast is: http://pcper.com/podcast - Share with your friends!

This episode of the PC Perspective Podcast is sponsored by Kaspersky Labs!

Hosts:  Ryan Shrout, Allyn Malventano, Jeremy Hellstrom, and Josh Walrath

Program length: 1:33:07
  1. Week in Review:
  2. This episode is sponsored by Kaspersky Labs!
  3. News items of interest:
  4. Hardware/Software Picks of the Week
    1. Allyn: devCalc Pro - Engineering Mode calculator for iOS
  5. Closing/outro

Issues with ASMedia and Zen, or much ado over nothing?

Subject: General Tech | June 21, 2016 - 06:33 PM |
Tagged: amd, asmedia, Zen, usb 3.1

DigiTimes has heard rumours of a possible defect with the ASMedia USB 3.1 controller which will appear on motherboards for AMD's upcoming Zen, which ASMedia have denied and AMD ignored.  The supposed issue stems from increased degradation of transmission speeds over distance which requires the inclusion of additional retimer and redriver chips.  If the issue does exist the worst repercussion will be an increase in manufacturing costs of $2 to $5 per board; even when that charge is passed on to the consumer it will have a very small impact on MSRP and is not likely to raise prices to the realm of Intel motherboards.  As with all rumours take this with a grain of salt, even if it is true it is unlikely to have any major effect on pricing.

asmedia-85228274.jpg

"Commenting on the news, AMD said it is pleased that Zen is on track and will not comment on customer specific board-level solutions., while ASMedia clarified that this is purely a market rumor and its product's signal, stability and compatibility have all passed certification."

Here is some more Tech News from around the web:

Tech Talk

Source: DigiTimes