Subject: General Tech | July 30, 2013 - 12:41 PM | Jeremy Hellstrom
Tagged: Intel, arm, low power, server, Avoton, rangeley
Intel envisions a sea change in the server room, with servers, SANs and racks of switches which all have been controlled separately becoming much more software based as the ability to virtualize hardware becomes more prevalent. This is not to imply that the hardware will disappear and that Intel will go the way of IBM and get out of the chip business as neither are true; instead Intel is moving forward on the belief that the optimization of your virtualization software will be more important than specific hardware optimizations. While it is great to have tiered storage with expensive SSDs, solid SAS drives and other longer term and lower availability all working together there is little benefit if the software which allocates your data to those media doesn't do so properly.
In this new server room the SoC could be king, modular designs which offer scalable processing power to any and all tasks which is something that ARM cut its teeth on and is now scaling up their power to become a major player in server room design. Intel is coming at this market segment from the other direction as it has to trim power down on its chips without crippling them like we saw in the first 45nm Atom chips. To that end they are working on the new Silvermont architecture, the 22nm Avoton and Rangley which will be mature 64bit chips, something that ARM is still in early days with. Check out more info on these two chips and their successors, along with a teaser on Broadwell at The Tech Report.
"Last week, Intel hosted an event for press and analysts where it provided some updates on the state of its data center business. Then it proceeded to confound our expectations by demonstrating how it's gearing up for a protracted fight with ARM."
Here is some more Tech News from around the web:
- NVIDIA's Linux Driver On Ubuntu Is Very Competitive With Windows 8 @ Phoronix
- BeagleBone Black becomes a handheld classic gaming console @ Hack a Day
- Nvidia buys Portland Group for compiler smarts @ The Register
- KitGuru visit the Overclockers UK Store
- Funky Kit Interview with ASRock
Subject: General Tech | July 25, 2013 - 01:52 PM | Jeremy Hellstrom
Tagged: Intel, idf 2013
DigiTimes wrangled up some information on part of the upcoming IDF, a teaser on Intel's expected mobile announcements. Intel powered smartphones developed with Lenovo, ZTE, Acer and Asustek Computer will be on display though it is unclear what processor will be inside, it is unlikely to be the 22nm Merrifield as that is still months away but you never know with Intel. Wearable computing, voice recognition and gesture controllers will also be making an appearance so Ryan should have an interesting trip again this year.
"Intel is set to host Intel Developer Forum (IDF) 2013 in San Francisco, the US from September 10-12 to further discuss its 2-in-1 device plans as well as its latest progress in Android smartphone and tablet development, according to sources from the upstream supply chain."
Here is some more Tech News from around the web:
- Google Nexus 7 (2013) vs Apple iPad Mini specs comparison @ The Inquirer
- Flash slab lab blab: NVMe-friendly PCIe spotted on HGST's cards @ The Register
- Windows 8 Beats Ubuntu Linux For Intel "Haswell" OpenGL Performance @ Phoronix
Subject: General Tech | July 23, 2013 - 03:44 PM | Jeremy Hellstrom
Tagged: Intel, atom, 14nm, Avoton, Broadwell, Denverton, xeon, rangeley
Intel has spent the day announcing new products for the server room, from new Atoms to Xeons. Atom will bear the names of Avoton and Rangeley, Avoton will deal with microservers where power and heat are a major concern while Rangeley will appear in network devices and possibly mobile communication devices. In the case of Avoton it will be replacing a chip that has not yet been released, the 32nm Atom S1200 lineup is due out in the near future and will fill a new niche for Intel that Centerton failed to fill. The Register talks a bit more indepth here.
Slightly more powerful will be new Broadwell and Denverton Xeons, the first SoC server chips from Intel which will be manufactured on the 14nm process. We heard much less about these upcoming chips, due for 2014 but you can read what is available at The Inquirer.
"SAN FRANCISCO: CHIPMAKER Intel has revealed more details about its server processor roadmap, including its upcoming Atom chips codenamed Avoton and Rangeley and new 14nm Xeon and Atom parts codenamed Broadwell and Denverton, respectively."
Here is some more Tech News from around the web:
- Multiple Raspberry Pi boards used to create video wall @ Hack a Day
- PIN-Cracking Robot To Be Showed Off At Defcon @ Slashdot
- Flexible PCB makers gearing up mass production for new iPhones @ DigiTimes
- ARM servers to gain boost from ARM, Oracle Java partnership @ The Register
- Linksys EA6700 review: dual-core high-end ac router @ Hardware.info
- UK flicks switch on 'I am a pervert' web filters @ The Register
- Win one of Raijintek's new CPU coolers @ Kitguru
Subject: General Tech, Cases and Cooling | July 20, 2013 - 03:29 AM | Tim Verry
Tagged: Intel, dccp847dye, nuc, SFF, pcn, wi-fi
Intel recently posted a Product Change Notification (PCN, number 112432-00) regarding one of its first NUC bare-bones systems, model number BOXDCCP847DYE. The PCN seeks to address the overheating issues that several hardware review sites encountered when performing large file copies across the network using the built-in Wi-Fi card. Intel has reportedly found a solution by adding a 9.5mm thermal pad to the underside of the top cover. The thermal pad will make contact with the mSATA SSD and facilitate heat transfer from the drive into the metal chassis.
The overheating problems spotted by PC Perspective (in our review) and other tech sites lead to system freezes and restarts. When transferring large amounts of data across the network, the built-in mPCI-E Wi-Fi card would heat up, and because the SSD is mounted just above the Wi-Fi card, the system would lock up or crash when the SSD overheated. Thus, Intel’s workaround is to improve the cooling of the SSD such that it (hopefully) will no longer overheat and users will not have to resort to buying a USB Wi-Fi dongle or running an Ethernet cable to the switch.
According to the PCN, the solution works and system retailers should expect shipments of the BOXDCCP847DYE with upgraded cover to arrive as early as August 1st. Notably, Intel is planning to ship out all pre-modification inventory before moving onto shipping updated bare-bones systems. It may be some time before consumers can be sure they are getting the updated model. In the meantime, users can always opt to use one of the many third party NUC cases that take full advantage of passive cooling techniques.
Subject: Cases and Cooling | July 20, 2013 - 02:03 AM | Tim Verry
Tagged: v8 gts, Intel, hsf, cpu cooler, cooler master, amd
Cooler Master has unveiled a massive CPU cooler called the V8 GTS. The new high end air cooler measures 154 x 140 x 153.5mm and weighs 1.9 pounds. It combines a horizontal vapor chamber, eight heat pipes, triple aluminum fin stacks, and two shrouded PWM fans with red LEDs.
The V8 GTS is compatible with both Intel and AMD CPU sockets, including LGA 775, 1150 1155, 1156, 1366, and 2011 on the Intel side and AM2, AM3, AM3+, FM1, and FM2 on the AMD side. A horizontal vapor chamber is used for the CPU baseplate to effectively move heat away from the processor an into the heatpipes.
Eight 6mm heat pipes further transfer heat to three total aluminum fin stacks. Further, two 140mm PWM-controlled fans move cool air across the fins to facilitate cooling high end and overclocked processors. The fans can spin between 600 and 1,600 RPM and are rated for between approximately 28 and 82 CFM respectively.
Other features of the Cooler Master V8 GTS include red LEDs and a black shroud. The cooler is designed to allow plenty of room for clearance around the RAM area to allow for memory with heatspreaders to be used. It is rated to be able to cool up to 250W. It may be rather heavy and may or may not be a hemi, but it certainly looks cool (heh)!
The CM V8 GTS is model number RR-V8VC-1GPR-R1 and comes with a 2 year warranty. Cooler Master has not yet detailed pricing or availability. In the meantime, Hardware Secrets managed to get their hands on the massive cooler to put its performance to the test.
Subject: General Tech, Processors | July 18, 2013 - 07:41 PM | Scott Michaud
Tagged: xeon, Ivy Bridge-E, Intel
Tom's Hardware acquired, from... somewhere, an early engineering sample of the upcoming Core i7-4960X. Intel was allegedly not involved with this preview and were thus, I would expect, not the supplier for their review unit. While the introductory disclaimer alluded to some tensions between Intel and themselves, for us: we finally have a general ballpark of Ivy Bridge-E's performance. Sure, tweaks could be made before the end of this year, but this might be all we have to go on until then.
Both images, credit, Tom's Hardware.
When browsing through the benchmarks, I noticed three key points:
- Single-threaded: slightly behind mainstream Haswell, similar to Sandy Bridge-E (SBE).
eight cores(Update 1: This was a 6-core part) are better than SBE, but marginal given the wait.
- Power efficiency: Ivy Bridge-E handily wins, about 30% more performance per watt.
These results will likely be disappointing to enthusiasts who seek the highest performance, especially in single-threaded applications. Data centers, on the other hand, will likely be eager for Xeon variants of this architecture. The higher-tier Xeon E5 processors are still based on Socket 2011 Sandy Bridge-E including, for instance, those powering the highest performance Cluster Compute instances at Amazon Web Services.
But, for those who actually are salivating for the fastest at all costs, the wait for Ivy Bridge-E might as well be postponed until Haswell-E reaches us, allegedly, just a year later. That architecture should provide significant increases in performance, single and multi-threaded, and is rumored to arrive the following year. I may have just salted the wounds of those who purchased an X79 motherboard, awaiting Ivy Bridge-E, but it might just be the way to go for those who did not pre-invest in Ivy Bridge-E's promise.
Again, of course, under the assumption that these benchmarks are still valid upon release. While a complete product re-bin is unlikely, we still do not know what clock rate the final silicon will be capable of supporting, officially or unofficially.
Keep calm, and carry a Haswell?
Subject: Editorial | July 17, 2013 - 09:34 PM | Josh Walrath
Tagged: silvermont, quarterly results, money, Lenovo, k900, Intel, atom, 22 nm tri-gate, 14 nm
Intel announced their Q2 results for this year, and it did not quite meet expectations. When I say expectations, I usually mean “make absolutely obscene amounts of money”. It seems that Intel was just shy of estimates and margins were only slightly lower than expected. That being said, Intel reported revenue of $12.8 billion US and a net income of $2 billion US. Not… too… shabby.
Analysts were of course expecting higher, but it seems as though the PC slowdown is in fact having a material effect on the market. Intel earlier this quarter cut estimates, so this was not exactly a surprise. Margins came in around 58.3%, but these are expected to recover going into Q3. Intel is certainly still in a strong position as millions of PCs are being shipped every quarter and they are the dominant CPU maker in its market.
Intel has been trying to get into the mobile market as it still exhibits strong growth not only now, but over the next several years as things become more and more connected. Intel had ignored this market for some time, much to their dismay. Their Atom based chips were slow to improve and typically used a last generation process node for cost savings. In the face of a strong ARM based portfolio of products from companies like Qualcomm, Samsung, and Rockchip, the Intel Atom was simply not an effective solution until the latest batch of chips were available from Intel. Products like the Atom Z2580, which powers the Lenovo K900 phone, were late to market as compared to other 28 nm products such as the Snapdragon series from Qualcomm.
Intel expects the next generation of Atom being built on its 22 nm Tri-Gate process, Silvermont, to be much more competitive with the latest generation offerings from its ARM based competitors. Unfortunately for Intel, we do not expect to see Silvermont based products until later in Q3 with availability in late Q4 or Q1 2014. Intel needs to move chips, but this will be a very different market than what they are used to. These SOCs have decent margins, but they are nowhere near what Intel can do with their traditional notebook, desktop, and server CPUs.
To help cut costs going forward, it seems as though Intel will be pulling back on its plans for 14 nm production. Expenditures and floor space/equipment for 14 nm will be cut back as compared to what previous plans had held. Intel still is hoping to start 14 nm production at the end of this year with the first commercial products to hit at the end of 2014. There are questions as to how viable 14 nm is as a fully ramped process in 2014. Eventually 14 nm will work as advertised, but it appears as though the kinks were much more complex than anticipated given how quickly Intel ramped 22 nm.
Intel has plenty of money, a dominant position in the x86 world, and a world class process technology on which to base future products on. I would say that they are still in very, very good shape. The market is ever changing and Intel is still fairly nimble given their size. They also recognize (albeit sometimes a bit later than expected) shifts in the marketplace and they invariably craft a plan of attack which addresses their shortcomings. While Intel revenue seems to have peaked last year, they are addressing new markets aggressively as well as holding onto their dominant position in notebooks, desktops, and server markets. Intel is expecting Q3 to be up, but overall sales throughout 2013 to be flat as compared to 2012. Have I mentioned they still cleared $2 billion in a down quarter?
Subject: Motherboards | July 17, 2013 - 08:34 PM | Josh Walrath
Tagged: Pentium II, Pentium !!!, pentium, P2B, Intel, hardware flashback, asus, 440 BX
Retro hardware is so much fun. Today we have the Asus P2B, and while it was not a game changer for the time, it was a popular board. This popularity sprang from its excellent compatibility with older Pentium II processors and a wide variety of AGP cards. It was one of the last series of boards that Asus released that did not feature the jumperless BIOS options that we take for granted these days.
3 ISA ports staring us in the face! ATA-33? Oh yeah!
There are some things that really spring out when looking at the board. Having 3 ISA slots seems pretty much overkill as most people used perhaps two of them (modem and sound card), but I can see this being popular with people who also utilize older SCSI cards (such as those used with scanners of the time). Having 3 ISA meant that there were only 4 PCI slots. Remember, ISA and PCI slots situated next to each other would share the same backplate slot, so PCI and ISA could not be used adjacent to each other. Remember as well that we often saw issues with the first PCI slot as it shared resources with the AGP slot. This essentially gives only two usable PCI slots if a user was full up on ISA cards.
The board features 3 DIMM slots at a time when it was popular to use a buffer chip to allow up to four DIMM slots. These buffer chips were often a big performance hit in memory operations and they quickly fell out of favor with most enthusiasts and power users. Having 3 DIMM slots did lower the maximum potential installed memory, but not by all that much. The performance benefits of slightly less memory but better performance often outweighed having that fourth DIMM.
These old boards look so bare even compared to current low-end motherboards. Excellent for someone who needs two serial ports, though!
The BX boards supported the 100 MHz bus speed for the latest Pentium IIs and upcoming Pentium !!!s. This particular board was quite popular with people that had older Pentium IIs with the 66 MHz FSB. Running these at 3 x 100 or 3.5 x 100 would give a nice overall boost for these aging processors. Users who were early implementers of Pentium II CPUs were stuck with the old 440FX chipset which did not feature SDRAM or AGP support. This would have been a nice upgrade in performance and functionality for those users as they could pop in their Pentium II 266 or 300 and tweak their way to performance nirvana.
This board was released before we saw the change to the colored peripheral connections, so every plug on the back of the board is black. Color coding was for wimps anyway. It also does not include integrated sound. So there goes one of those ISA slots. Users of the time would have probably installed a soundcard, modem, PCI Ethernet card, and their AGP card. So where would the Voodoo 2 go? How about two of them? Things would get awful crowded very quickly.
That dust may or may not have been deposited around 1999...
The AGP support on these boards was of course excellent. That is primarily because Intel was the main driver of the specification and everyone else developed their cards to run in these slots. VIA, SiS, and others of course had compatibility issues with a wide variety of cards. This is why we saw other folks like 3dfx make their products run at below AGP specs. For instance, the Voodoo 3 was essentially a PCI 66 MHz device in the AGP slot. This disabled features like sideband addressing and reading textures from main memory.
This was still a popular board even in the face of competition with superior features. The Asus brand and name goes far. Plus it was a fast board for the time that was a bit no-frills. Recipe for success? I guess so. This particular board and CPU were running in a homebuilt server for around 10 years until it was replaced. I guess it was money well spent.
Subject: Motherboards | July 13, 2013 - 01:50 AM | Tim Verry
Tagged: lga 1150, Intel, haswell, H87, asrock, 802.11ac
ASRock has announced a new Mini-ITX form facotr motherboard for Intel’s latest Haswell processors (LGA 1150). It utilizes the H87 chipset and should be a good board for enthusiasts looking to build a SFF machine.
The H87E-ITX/ac features a LGA 1150 socket powered by a 4-phase DrMOS VRM, two DDR3 DIMM slots (maximum of 32GB), and a single PCI-E 3.0 x16 slot. Storage is handled by six SATA III 6Gbps ports located between the CPU socket and PCI-E slot. The board uses an Intel i217V chipset for the 802.11ac WLAN and an Intel Gigabit Ethernet NIC. A Realtek ALC1150 chipset handles the audio duties.
Rear IO on the H87E-ITX/ac includes:
- 1 x PS/2
- 2 x USB 2.0
- 1 x DVI
- 1 x DisplayPort
- 1 x HDMI
- 4 x USB 3.0
- 1 x Gigabit Ethernet RJ45 jack
- 1 x eSATA III
- 1 x S/PDIF
- 5 x Analog audio jacks
The rear IO also has two antenna connectors for the 802.11ac Wi-Fi card. ASRock includes an antenna but users should be able to use any third party antennas as it uses standard connectors.
ASRock has not yet released pricing or availability information, but you can find additional specifications and photos on this product page. I would wait for reviews, but it looks to be a decent board, and if the price is right it should be a popular option for SFF desktops and HTPC builds.
Subject: Processors | July 12, 2013 - 10:06 PM | Tim Verry
Tagged: Intel, BGA, Bay Trail, haswell, roadmap
There has been a ton of BGA processor stories over the past year, with the most recent being that Intel will not be releasing the BGA-only 14nm Broadwell processors next year. It is not all bad news for BGA fans though, because Intel is reportedly introducing new BGA versions of Haswell-based chips late this year and in the first half of 2014.
According to a leaked road-map, Intel will release three new Bay Trail based BGA chips under the Pentium and Celeron brands by Q4 2013. Additionally, next year the company will launch three high performance BGA-only Haswell-based processors.
On the low end, Intel will launch three new Bay Trail-D based processors. The J1750 and J1850 will be Celerons while the J2850 will have Pentium branding. The specifications are available in the chart below.
|Base Clockspeed||Cores / Threads||Cache||GPU||GPU Clockspeed|
|Pentium J2850||2.4 GHz||4 / 4||2 MB||Intel HD||688 / 792 MHz|
|Celeron J1850||2.0 GHz||4 / 4||2 MB||Intel HD||688 / 792 MHz|
|Celeron J1750||2.4 GHz||2 / 2||2 MB||Intel HD||688 / 750 MHz|
For the enthusiast crowd that favors small systems (like Intel’s NUC), the company is releasing three new Haswell-based BGA processors under its Core i5 and Core i7 branding. Specifications for these high end chips are located in the chart below. Interestingly, these Haswell chips in a BGA package come with Intel's much faster Iris 5200 processor graphics. A high end desktop CPU SKU with Intel's GT3e (GT3 GPU with embedded memory) still eludes enthusiasts, however despite the BGA packaging. Note that the BGA Core processors are not coming until at least next year, according to the roadmap (which does note that dates are subject to change).
|Base Clockspeed||Cores / Threads||Cache||GPU||GPU Clockspeed|
|Core i7 4770R||3.2 GHz||4 / 8||6 MB||Intel Iris 5200||1300 MHz|
|Core i5 4670R||3.0 GHz||4 / 4||4 MB||Intel Iris 5200||1300 MHz|
|Core i5 4570R||2.7 GHz||4 / 4||4 MB||Intel Iris 5200||1150 MHz|
There has definitely been resistance against Intel’s BGA lineups by the enthusiast crowd, for fear that customization and DIY abilities would be hampered and that BGA would take over and displace LGA (socketed CPUs). In this particular case though, I think the new BGA processors are a good thing and so long as there continues to be LGA options for the DIY and enthusiast crowd, I look forward to seeing what platforms these new BGA chips are used in and what motherboard manufacturers offer with them (if they are even offered at retail at all, and not just to OEMs).
I think a BGA version of a desktop CPU with Intel's fastest GT3e processor graphics would actually be welcome since it appears that an LGA version is out of the question, and would be one way to sway desktop users over to Intel's BGA strategy and have them be open to similar options in future chips, such as Broadwell in 2015.