Subject: General Tech | August 29, 2014 - 12:55 PM | Jeremy Hellstrom
Tagged: Intel, Haswell-EP, E5-2600v3, hp, proliant
HP is releasing numerous new systems that will be running the Haswell-EP E5-2600v3, a tower format ML350 and the rack-mount DL360 and DL380 systems as well as a BL460c blade server and two brand new entry level models, the racked DL360e and DL380e. These systems will be optimized heavily to take advantage of a proprietary PCI Express workload accelerator, HP Smartcache, HP DDR4 SmartMemory and Flexfabric adapters. We won't see pricing until the release date of September 8 but until then you can check out the some of the stats at The Register.
"The Gen9 Proliant systems will be made available on 8 September, HP said at the London launch event, and will be based on Intel's upcoming Xeon E5-2600v3 processors, which the chipmaker has yet to release."
Here is some more Tech News from around the web:
- One step closer to ROBOT BUTLERS: Dyson flashes vid of VACUUM SUCKER bot @ The Register
- Microsoft boots 1,500 apps from its Windows Store @ The Inquirer
- Researchers camouflage haxxor traps with fake application traffic @ The Register
- How Big Telecom Smothers Municipal Broadband @ Slashdot
- Right to Repair @ MAKE:Blog
Revamped Enthusiast Platform
Join us at 12:30pm PT / 3:30pm ET as Intel's Matt Dunford joins us for a live stream event to discuss the release of Haswell-E and the X99 platform!! Find us at http://www.pcper.com/live!!
Sometimes writing these reviews can be pretty anti-climactic. With all of the official and leaked information released about Haswell-E over the last six to nine months, there isn't much more to divulge that can truly be called revolutionary. Yes, we are looking at the new king of the enthusiast market with an 8-core processor that not only brings a 33% increase in core count over the previous generation Ivy Bridge-E and Sandy Bridge-E platforms, but also includes the adoption of the DDR4 memory specification, which allows for high density and high speed memory subsystems.
And along with the new processor on a modified socket (though still LGA2011) comes a new chipset with some interesting new features. If you were left wanting for USB 3.0 or Thunderbolt on X79, then you are going to love what you see with X99. Did you think you needed some more SATA ports to really liven up your pool of hard drives? Retail boards are going to have you covered.
Again, just like last time, you will find a set of three processors that are coming into the market at the same time. These offerings range from the $999 price point and go down to the much more reasonable cost of $389. But this time there are more interesting decisions to be made based on specification differences in the family. Do the changes that Intel made in the sub-$1000 SKUs make it a better or worse buy for users looking to finally upgrade?
Haswell-E: A New Enthusiast Lineup from Intel
Today's launch of the Intel Core i7-5960X processor continues on the company's path of enthusiast branded parts that are built off of a subset of the workstation and server market. It is no secret that some Xeon branded processors will work in X79 motherboards and the same is true of the upcoming Haswell-EP series (with its X99 platform) launching today. As an enthusiast though, I think we can agree that it doesn't really matter how a processor like this comes about, as long as it continues to occur well into the future.
The Core i7-5960X processor is an 8-core, 16-thread design built on what is essentially the same architecture we saw released with the mainstream Haswell parts released in June of 2013. There are some important differences of course, including the lack of integrated graphics and the move from DDR3 to DDR4 for system memory. The underlying microarchitecture remains unchanged, though. Previously known as the Haswell-E platform, the Core i7-5960X continues Intel's trend of releasing enthusiast/workstation grade platforms that are based on an existing mainstream architecture.
Subject: General Tech, Systems, Mobile | August 28, 2014 - 01:30 PM | Tim Verry
Tagged: Windows 8.1, transformer t100, Intel, Bay Trail, Atom Z3775, asus
Following rumors earlier this summer, ASUS has quietly refreshed its Transformer T100 tablet. ASUS is now offering T100 tablet versions in multiple colors with a faster Intel Bay Trail processor as well as a version that retains the original SoC but adds a 500GB hard drive to the keyboard dock. I have been keeping an eye on the T100 since it first launched almost a year ago at IFA 2013, and have been eagerly waiting for the rumored refresh. Fortunately, that wait is now over because the updated Transformer T100s are finally starting to appear and be available for purchase on retailers' websites (first at Tiger Direct, then Amazon, and others now).
The T100 is now available in red and white as well as the original gray. The red and white SKUs feature a higher end Bay Trail SoC while the updated gray SKU comes with a 500GB mechanical hard drive nested inside the keyboard dock. The table below lists the model numbers for the new tablets. I should note that there are conflicting specifications at different retailers for the model numbers listed, which makes this under-the-radar refresh so frustrating, but after a bit of digging I believe the specifications to be accurate and any conflicting information to simply be errors on the part of those retailers.
|Model Numbers||Processor||Internal Storage||Color||Price (Amazon)||Price (MSRP)|
|T100TA-C1-WH(S)||Intel Z3775||64GB eMMC||White||$394.99||$399|
|T100TA-C1-RD(S)||Intel Z3775||64GB eMMC||Red||$388.99||$399|
|T100TA-C1-GR(S)||Intel Z3775||64GB eMMC||Gray||$329.99||$399|
|T100TA-H2-GR||Intel Z3740||64GB eMMC + 500GB HDD||Gray||$449.99||$?|
|T100TA-H1-GR||Intel Z3740||32GB eMMC + 500GB HDD||Gray||$369.00||$399|
The new colors are nice (I'm partial to the red T100), but the upgraded processor is the truly interesting bit about this Windows tablet (which won PC Perspective's "Best Hardware of 2013" award). The original T100 launched with an Intel Atom Z3740 SoC an the refreshed Transformer T100 uses a higher clocked Atom Z3775. The Z3775 is a higher-end Intel Bay Trail processor with four Silvermont CPU cores clocked at 1.46GHz that can boost to as high as 2.39GHz. The HD Graphics GPU retains the same base clockspeed as the Z3740 but has a higher turbo frequency of 778MHz (versus 667MHz on the Z3740). The table below lists the specifications of the two chips. The new SoC has significantly higher CPU clocks and a decent boost to potential GPU horsepower (thermals permitting).
|Intel Atom SoC||Z3740||Z3775|
|CPU Cores||4 x "Silvermont" Cores||4 x "Silvermont" Cores|
|CPU Clockspeeds (Base/Boost)||1.33GHz / 1.86GHz||1.46GHz / 2.39GHz|
|HD Graphics GPU Clockspeeds (Base/Boost)||311MHz / 667MHz||311MHz / 778MHz|
|Memory Support||4GB 1066MHz||4GB 1066MHz|
The refreshed T100 has an MSRP of $399 USD for the red and white versions with 64GB eMMC storage and gray SKU with 32GB internal storage and 500GB keyboard dock though retail prices are slightly less than that at the time of writing. The Transformer T100 with 64GB eMMC and additional 500GB hard drive has a retail price of around $450 but the MSRP is unknown.
If you have been holding off, now is a good time to pick up an updated version for a small price premium (or an older version at a discount!). However, if you already own a T100, the relatively minor update will is a hard to justify upgrade (you would likely be better off waiting on Cherry Trail-based devices with better battery life or other improvements as possible upgrades).
Subject: General Tech, Systems | August 27, 2014 - 08:27 PM | Scott Michaud
Tagged: Intel, nuc, Broadwell
The Intel NUC is their small computing form factor, packing what is equivalent to an Ultrabook into a chassis that is smaller than a CD spool. The first release came with Ivy Bridge and it was refreshed with Haswell about a year later. FanlessTech has got a hold a... semi-redacted (?)... slideshow presentation that outlines various models and features. Six models are expected, spread out between Q4 2014 (Haswell), Q1 2015 (Broadwell Core iX), and Q2 2015 (Broadwell Celeron).
Note that a typical Intel NUC contains fans, although the company has released a fanless Bay Trail-based model (and third parties have made their own, custom cooled models based on the form factor). I expect that FanlessTech covers it for those two reasons; it does not mean that these models will be passively cooled. In fact, the product matrix claims that none of these new products will be.
The six models are broken into three code names.
Both Maple Canyon and Rock Canyon cover the Core i3 and i5 processor segments. Both include NFC, an optional 2.5" drive, four external USB 3.0 ports, LAN, a SATA 3 port, and so forth. They begin to diverge in terms of display outputs, however. Rock Canyon, which is targeted at home theater, home office, and gaming, includes one mini HDMI (1.4a) and one mini DisplayPort (1.2) output. Maple Canyon, on the other hand, includes two mini DisplayPort (version unknown, probably also 1.2) connections. While I do not have a slide for Maple Canyon, replacing the mini HDMI for a mini DisplayPort suggests that it will be targeted more at kiosks and other situations where monitors, rather than TVs, will be used.
One Haswell Core i5-based Maple Canyon NUC is expected for Q4 2014. Maple Canyon with Broadwell Core i3, Maple Canyon with Broadwell Core i5, Rock Canyon with Broadwell Core i3, and Rock Canyon with Broadwell Core i5 are all expected in Q1 2015. All models will accept up to two DIMMs of memory (16 GB max).
Only one Pinnacle Canyon model is listed. It will be based on Broadwell Celeron, allow up to 8 GB of memory (1 DIMM), and include four USB 3.0 ports (external). Its display configuration is significantly different from Rock Canyon and Maple Canyon, however. It will have one, full-sized HDMI (1.4a) and one VGA output. It will launch in Q2 2015.
For more information, check out the slides at FanlessTech.
Subject: Processors | August 26, 2014 - 01:32 PM | Jeremy Hellstrom
Tagged: rumour, leak, Intel, Haswell-E, 5960X, 5930K, 5820K
Take it with a grain of salt as always with leaks of these kind but you will be interested to know that videocardz.com has what might be some inside information on Haswell-E pricing and model numbers.
Intel i7 / X99 Haswell-E pricing:
- Intel Core i7 5960X 8C/16HT – 40-lane PCI-Express support (x16 + x16 + x8) — $999
- Intel Core i7 5930K 6C/12HT – 40-lane PCI-Express support (x16 + x16 + x8) — $583
- Intel Core i7 5820K 6C/12HT – 28-lane PCI-Express support (x16 + x8 + x4) —– $389
As you can see there is a big jump between the affordable i7-5820K and the more expensive 5930K. For those who know they will stick with a single GPU or two low to mid-range GPUs the 5820K should be enough for you but if you have any thoughts of upgrading or adding in a number of PCIe SSDs then you might want to seriously consider saving up for the 5930K. Current generation GPUs and SSDs are not fully utilizing PCIe 3.0 16x but that is not likely to remain true for long so if you wish for your system to have some longevity this is certainly something you should think long and hard about. Core counts are up while frequencies are down, the 8 core 5960X has a base clock of 3GHz, a full gigahertz slower than the 4790K but you can expect the monstrous 20MB cache and quad-channel DDR4-2133 to mitigate that somewhat. Also make sure to note that TDP, 140W is no laughing matter and will require some serious cooling.
Since the introduction of the Haswell line of CPUs, the Internet has been aflame with how hot the CPUs run. Speculation ran rampant on the cause with theories abounding about the lesser surface area and inferior thermal interface material (TIM) in between the CPU die surface and the underside of the CPU heat spreader. It was later confirmed that Intel had changed the TIM interfacing the CPU die surface to the heat spreader with Haswell, leading to the hotter than expected CPU temperatures. This increase in temperature led to inconsistent core-to-core temperatures as well as vastly inferior overclockability of the Haswell K-series chips over previous generations.
A few of the more adventurous enthusiasts took it upon themselves to use inventive ways to address the heat concerns surrounding the Haswell by delidding the processor. The delidding procedure involves physically removing the heat spreader from the CPU, exposing the CPU die. Some individuals choose to clean the existing TIM from the core die and heat spreader underside, applying superior TIM such as metal or diamond-infused paste or even the Coollaboratory Liquid Ultra metal material and fixing the heat spreader back in place. Others choose a more radical solution, removing the heat spreader from the equation entirely for direct cooling of the naked CPU die. This type of cooling method requires use of a die support plate, such as the MSI Die Guard included with the MSI Z97 XPower motherboard.
Whichever outcome you choose, you must first remove the heat spreader from the CPU's PCB. The heat spreader itself is fixed in place with black RTV-type material ensuring a secure and air-tight seal, protecting the fragile die from outside contaminants and influences. Removal can be done in multiple ways with two of the most popular being the razor blade method and the vise method. With both methods, you are attempting to separate the CPU PCB from the heat spreader without damaging the CPU die or components on the top or bottom sides of the CPU PCB.
Subject: General Tech, Processors | August 24, 2014 - 03:33 AM | Scott Michaud
Tagged: Intel, Haswell-E, Ivy Bridge-E, haswell, solder, thermal paste
Sorry for being about a month late to this news. Apparently, someone got their hands on an Intel Core i7-5960X and they wanted to see its eight cores. Removing the lid, they found that it was soldered directly onto the die with an epoxy, rather than coated with a thermal paste. While Haswell-E will still need to contend with the limitations of 22nm, and how difficult it becomes to exceed various clockspeed ceilings, the better ability to dump heat is always welcome.
Image Credit: OCDrift
While Devil's Canyon (Core i7 4970K) used better thermal paste, the method used with Haswell-E will be event better. I should note that Ivy Bridge-E, released last year, also contained a form of solder under its lid and its overclocking results were still limited. This is not an easy path to ultimate gigahertz. Even so, it is nice that Intel, at least on their enthusiast line, is spending that little bit extra to not introduce artificial barriers.
Subject: Motherboards | August 23, 2014 - 11:45 PM | Tim Verry
Tagged: X99, socket 2011-3, Intel, Haswell-E, evga, ddr4, classified
As Intel's next generation enthusiast desktop platfom gets closer to fruition, several leaks (such as Gigabyte's X99 manual) and motherboard teasers have surfaced on the Internet. A few days ago, EVGA posted a teaser photograph of an upcoming "next generation" Micro ATX motherboard on its Instagram page.
The so-called EVGA X99 Micro is set to be the company's smallest Classified-branded X99 chipset offering supporting multiple graphics cards, DDR4 memory, and (of course) Intel's upcoming Haswell-E processors. The all-black motherboard features black heatsinks over the PCH and power delivery hardware. It is outfitted with a 10-phase VRM that feeds the CPU socket (socket 2011-3), two DDR4 memory sockets on each side of the processor socket, three PCI-E 3.0 x16 slots (just enough to max out a Core i7-5820K), one M.2 connector, and six SATA III 6Gbps ports. The board will support USB 3.0 and USB 2.0 ports, but beyond that it is difficult to say what the exact rear IO port configuration will be as a metal shield blocks off the ports in the teaser photo. There is an eight pin CPU power connector along with a 24-pin ATX connector for getting power to the board. Overclockers will be further pleased to see physical power and reset buttons.
According to Maximum PC, this pint sized Classified motherboard will be priced around $250 USD making it one of the most expensive mATX motherboards around. As part of EVGA's Classified series, it should be packing plenty of overclocking friendly features in the UEFI firmware and hardware build quality. This could make for one heck of a powerful small form factor system though, and I'm looking forward to seeing what people are able to get out of this board (especially when it comes to overclocking Haswell-E)!
Subject: General Tech, Processors | August 23, 2014 - 01:38 AM | Scott Michaud
Tagged: X99, Intel, Haswell-E
Haswell-E, with its X99 chipset, are expected to launch soon. This will bring a new spread of processors and motherboards to the high-end, enthusiast market. These are the processors that fans of Intel should buy if they have money, want all the RAM, and have a bunch of PCIe expansion cards to install.
If you count the PCIe x1 slots, the table would refer to the first, third, fifth, and seventh slots.
To me, this is not too bad. You are able to use three GPUs with eight-lane bandwidth and stick a four-lane PCIe SSD on the last slot. Considering that each lane is PCIe 3.0, it is similar to having three PCIe 2.0 x16 slots. While two-way and three-way SLI is supported on all CPUs, four-way SLI is only allowed with processors that provide forty lanes of PCIe 3.0.
Gigabyte also provides three PCIe 2.0 x1 slots, which are not handled by the CPU and do not count against its available lanes.
Since I started to write up this news post, Gigabyte seems to have replaced their manual with a single, blank page. Thankfully, I was able to have it cached long enough to finish my thoughts. Some sites claim that the manual failed to mention the 8-8-8 configuration and suggested that configurations of three GPUs were impossible. That is not true; the manual refers to these situations, just not in the most clear of terms.
Haswell-E should launch soon, with most rumors pointing to the end of the month.
Subject: Motherboards | August 22, 2014 - 02:26 PM | Jeremy Hellstrom
Tagged: Z97-A, lga 1150, Intel, asus
At $145 the ASUS Z97-A is an inexpensive base for a system and yet it still offers quite a few higher end features. Three PCIe 3.0 16x slots that support Crossfire and SLI along with a pair of both PCIe 2.0 1x and legacy PCI slots allow for a variety of configurations. The half dozen SATA 6Gbps ports are simply expected now but the addition of an M.2 port is a welcome enhancement. When [H]ard|OCP overclocked their 4790K in this board they could almost hit 4.8GHz but ended up with 4.7GHz as the best overclock which makes it perfect for the price conscious consumer. Read their full review of this Gold winning motherboard here.
"While ASUS is usually known for motherboards like the Maximus and Rampage Extreme series’ or even feature rich solutions like the Z97-Deluxe it is motherboards like the Z97-A that are ASUS’ bread and butter. Shopping for an inexpensive motherboard doesn’t have to mean accepting poor quality feature stripped solutions."
Here are some more Motherboard articles from around the web:
- ASUS Z97-Deluxe & Z97-A Review @ OCC
- Biostar Hi-Fi Z97WE @ Kitguru
- ASUS Z97I-PLUS ITX Motherboard Review @ Hardware Canucks
- Gigabyte Z97X Gaming G1 Motherboard Review @ Hardware Asylum
- MSI Z97 XPOWER AC - Extreme Overclocking for the new Haswell @ Bjorn3d
- MSI Z97 Gaming 9 AC – MSI’s top tier gaming offering @ Bjorn3d
- Gigabyte GA-Z97X-Gaming 3 @ X-bit Labs
- MSI Z97 MPOWER @ X-bit Labs
- MSI Z97 XPower AC @ [H]ard|OCP