Subject: Motherboards | June 6, 2012 - 06:04 PM | Tim Verry
Tagged: Z77, msi, motherboard, mini-itx, Intel, htpc, computex
MSI is showing off a lot of motherboards at Computex 2012. One in particular that stuck out to me was a mini ITX motherboard that sported Ivy Bridge compatibility, four SATA ports (2 which are SATA 6Gbps), and PCI-E 3.0 compliant making it perfect for an high performance HTPC build. The motherboard in question is the MSI Z77IA-E53 and as the name suggests it is based around Intel’s Z77 chipset.
The mini-ITX form factor motherboard sports MSI’s ClickBIOS II UEFI BIOS and its OC Genie II technology as well as THX TruStudio Pro audio. Other features include an LGA 1155 socket for Ivy Bridge or Sandy Bridge (Core i7, i5, i3, Pentium or Celeron) processors, two DDR3 DIMM slots (up to 16GB of 2800MHz), and a single PCI-E 3.0 x16 slot at the very bottom of the motherboard.
On the back of the board, the Z77IA-E53 features HDMI and VGA video outputs, two USB 3.0 ports, four USB 2.0 ports, an eSATA port, Gigabit LAN, PS/2 port, optical audio outpu, three 3.5mm jacks for analog audio output, and WiFi and Bluetooth radios.
Unfortunately, there is no word yet on pricing or availability.
Subject: Motherboards | June 5, 2012 - 08:40 PM | Tim Verry
Tagged: X79S-UP5 WiFi, x79, socket 2011, Intel, gigabyte, computex
Although Ivy Bridge is the new hotness, socket 2011 is still the company’s top-end enthusiast and workstation platform. And to to be forgotten, Gigabyte dedicated some space at its Computex booth to show off a new high-end X79 socket 2011 motherboard. The Gigabyte GA-X79S-UP5 WiFi is a EATX motherboard with a 2011 socket that is surrounded by heatpipes and VRM heatsinks (we recently reviewed the X79-UD5) The board further supports eight DDR3 DIMM slots, eight SAS connectors, six SATA ports, four PCI-E 3.0 x16 slots (up to 3 way SLI/CrossFireX), one PCI-E 3.0 x1 slot, and one legacy PCI slot at the bottom of the motherboard. It also has internal connectors for front panel audio, SPDIF, Firewire (1394), TPM, one USB 3.0, two USB 2.0 headers, and four fan headers (one of which is for the CPU).
Integrated Gigabyte technology includes the company’s all-digital and “3D Power,” dual UEFI BIOSes, 8 phase VRM, Gigabyte Bluetooth 4.0 and WiFi card, 110dB SNR (signal-to-noise ration) HD audio, and 3X USB power and On/Off Charge to charge iPads and tablets even when the computer is powered down. Quad channel memory and socket 2011 processors give CAD engineers, video editors, and other 3D modelers the most performance possible out of a single socket workstation system.
Rear IO for the X79S-UP5 WiFi board includes a PS/2 port, four USB 2.0 ports, a firewire port, UEFI BIOS reset and overclock profile buttons, four USB 3.0 ports, two eSATA ports, a USB/eSATA combo port, Gigabit LAN, optical audio output, and five analog audio outputs.
In short, this is a motherboard that Gigabyte has packed to the brim with features for enthusiasts. Below you will find several high-resolution images of the new socket 2011 motherboard. If your internet connection is ready, dive right in!
Gigabyte GA-X79S-UP5 WiFi Motherboard Images
Even considering my bias of my favorite color being blue, the board looks really nice, especially the heatsink designs which really make the board stand out.
CPU socket area:
Here we can see the 2011 socket, VRMs, and DDR3 DIMM slots.
More photos after the break!
Introduction and Features
Courtesy of ASUS
ASUS continues to optimize their hardware for the overclocking and PC gaming crowds, but they are also catering to a niche audience looking for ultra stable and durable PC components. ASUS's Sabertooth X79 motherboard is their one of their latest products to bear the TUF series label and sport customized hardware and thermal components as well as a desert camo color scheme to complete the military look. This $329 motherboard comes with a five-year warranty, digital power management system, rugged chokes, solid capacitors, and MOSFETs that have been certified through third party, military-grade testing.
Courtesy of ASUS
The Sabertooth X79 also comes with a host of other features to improve SSD caching and give users quad GPU support for CrossfireX and SLI graphics card configurations. This board also includes a unique UEFI BIOS and natively supports 2TB hard drives with 64-bit operating systems. The USB BIOS "Flashback" feature also helps new users update their motherboard BIOS without entering the BIOS. ASUS states that users can use any USB storage device with the latest BIOS, push the BIOS button located on the back I/O panel for three seconds, and the board will automatically update the BIOS using standby power. Very cool!
Courtesy of ASUS
The back I/O panel on the Sabertooth X79 is no slouch either as it gives users a healthy amount of USB 2.0, USB 3.0, and eSATA 6GB/s ports for greater performance and expandability options. They also added a small fan over the back I/O panel as part of their "TUF Thermal Armor" feature that will help cool and exhaust heat from ther motherboard out the back of the chassis. Let's move on to the rest of the Saberbooth X79's features where we will get our first out-of-the-box look at this motherboard.
Subject: Motherboards, Shows and Expos | June 5, 2012 - 01:06 AM | Jeremy Hellstrom
Tagged: Z77, x79, trinity, sandy bridge-e, PLX PEX 8747, Ivy Bridge, Intel, fm2, asrock, amd
Four new Intel motherboards from ASRock were revealed at Computex, the X79 Extreme11, Z77 Extreme9 and Z77 OC Formula. All use their new XFast 555 Technology software for XFast RAM, XFast LAN and XFast USB which should at the very least allow you great control over all the frequencies on your motherboard.
The motherboard for power users supports Sandy Bridge E processors, the X79 Extreme11 sports PLX PEX 8747 bridges which means this motherboard can run multi-GPU 4-Way SLI/CrossFireX at PCIe Gen3 x16/x16/x16/x16 and puts EVGA's Classified SR-2 in serious trouble on the Leaderboard when released. 24 + 2 Power Phase Design, onboard Creative Sound Core3D and an LSI SAS2308 chip which gives you ten SATA3 connectors with 8 of the able to be set to SAS mode.
The Z77 Extreme9 also sports the PLX PEX 8747 bridge which allows a surprising full PCIe Gen3 x8/x8/x8/x8 quad GPU mode. The included T2R Dual Band WiFi 802.11 a/b/g/n + BT v4.0 Module supports dual band WiFi and BlueTooth and combines with the Wi-SB BOX to provide better signal and an extra pair of USB 3.0 connectors.
The Z77 OC Formula wants to step on ASUS' toes; while the score is impressive, the overclocks need a little work. They don't say much about this board but from the preliminary testing it looks like great fun for the serious overclocker.
Last but not least is the Z77 Extreme6/TB4 which features four channel Thunderbolt, for that you can read two Thunderbolt ports. ASRock mentions that this "allows one port to be connected to the onboard graphics and the other one can be used for discrete graphics card." which could lead to all sorts of speculation.
On the AMD side we have the ATX FM2A75 Pro4, and microATX FM2A75 Pro4-M and FM2A75M-DG which support Trinity processors but unfortunately we don't have much more than their names. TechPowerUp did get some pictures of the boards recently.
They are also showing the EN2C602-4L, E3C204-V, E3C204-4L and H77WS-DL server boards which come with a full suite of software to ensure an easy setup, an IPC motherboard for those small purpose-built applications and an intriguing HTPC box called the ASRock VisionX Series. This is reputed to featuring Ivy Bridge, Radeon HD 7850M graphics and AMD HD3D Technology with dual band WiFi but might cost a bit more than the alternative, the ASRock MINI Series which has and AMD E2-1800 backed up by a Radeon HD7340.
Subject: General Tech | June 4, 2012 - 05:28 AM | Tim Verry
Tagged: thunderbolt controller, thunderbolt, motherboards, Intel, computex
Anandtech stopped by the Intel booth at Computex 2012 to check out their Thunderbolt display. Intel has three upcoming controllers, with the smallest being only 5.6mm wide. The company is also showing off several motherboards and Thunderbolt peripherals at their booth.
Intel has started off their Computex 2012 showings but showing off several bits of Thunderbolt hardware. They displayed three Thunderbolt controllers in various sizes (and accompanying capabilities), Thunderbolt-equipped motherboards such as this Asus motherboard we were able to get a video demonstration of, Thunderbolt docks, and other Thunderbolt peripherals.
Anandtech was able to get some photos of Intel’s booth display. One of the cool shots that they managed to take shows off three of Intel’s Thunderbolt controllers. From left to right are the Light Ridge, Cactus Ridge, and Port Ridge controllers. While the Cactus Ridge controller is capable of being a host and supporting attached devices, the smaller Port Ridge controller can only connect to Thunderbolt peripherals and only supports a single Thunderbolt port–this chip will see use primarily in tablets and other mobile devices.
In addition to the controllers themselves, Anand spotted several motherboards on display that all sported Thunderbolt controllers. These boards are further aimed at running Windows powered PCs, which is an important consideration with Apple having a large lead on adoption of the technology. Among the motherboards on display are the ASRock Extreme6 and ASRock TB, ASUS P8Z77-V Premium (LINKAGE), a Foxconn board of unknown make, Intel DZ77RE-K75, Gigabyte Z77X-UP5 TH, Gigabyte Z77X-UP4 TH, and a MSI Z77A-GD80 (LINKAGE).
A Thunderbolt Equipped Motherboard: The MSI Z77A-GD80
It does seem like Computex 2012 is the year for an explosion of Thunderbolt devices. As Ryan mentioned on This Week In Computer Hardware, the cost of Thunderbolt devices and the cost of cables versus the “good enough” (and much cheaper) USB 3.0 technology is going to really hold Thunderbolt back from widespread adoption. There is no doubt that Thunderbolt has the potential to be very useful, but the market of people that could really use the technology to it’s fullest is relatively small. Expect Thunderbolt to stick around, at least for a while, but it will likely not rival that of USB 3.0 as far as integration with computers and user adoption. On the other hand, if they can get the cost of cables and related hardware down far enough such that the difference between it and USB 3.0 is not much it could take off...
What do you guys think of all the Thunderbolt technology coming out of Computex (and it’s only day 1!)?
Other Thunderbolt news:
- What is Thunderbolt?
- mLink PCI-E Thunderbolt enclosure shown off at NAB 2012
- External graphics with the MSI GUS II
- Thunderbolt discussion on the PC Perspective Podcast
Subject: Graphics Cards, Processors, Mobile | June 1, 2012 - 10:52 AM | Ryan Shrout
Tagged: video, trinity, Ivy Bridge, Intel, i7-3720QM, diablo iii, APU, amd, a10-4600m
So, apparently PC gamers are big fans of Diablo III, to the tune of 3.5 million copies sold in the first 24 hours. That means there are a lot of people out there looking for information about the performance they can expect on various harware configurations with Diablo III. Since we happened to have the two newest mobile processors and platforms on-hand, and because many people seemed to assume that "just about anything" would be able to play D3, we decided to put it to the test.
In our previous reviews of the AMD Trinity and Intel Ivy Bridge reference systems, the general consensus was that the CPU portion of the chip was better on Intel's side while the GPU portion was still weighted towards the AMD Trinity APU. Both of these CPUs, the A10-4600M and the Core i7-3720QM, are the highest end mobile solutions from both AMD and Intel.
The specifications weren't identical, but again, for a mobile platform, this was the best we could do. With the AMD system only having 4GB of memory compared to the Ivy Bridge system with 8GB, that is one lone "stand out" spec. The Intel HD 4000 graphics offer a noticeable upgrade from the HD 3000 on the Sandy Bridge platform but AMD's new HD 7660G (based on Cayman) also sees performance increase.
We ran our tests at 1366x768 with "high" image quality settings and ran through a section of the early part of the game a few times with FRAPs to get our performance results. We did also run some tests to an external monitor at 1920x1080 with "low" presets and AA disabled - both are reported in the video below. Enjoy!
Introduction, Product Specifications And Line-Up
Earlier this year I penned an editorial about ultrabooks. It wasn’t all that nice. I pointed out that they are slow, that they require design sacrifices that not everyone will enjoy and that ultraportables often provide a better experience at the same price or lower.
Since then I’ve also discovered, through various reviews, that ultrabooks so far have not shown any battery life advantage over ultraportables. The advantage of a low-voltage processor is consistently negated by the smaller batteries squeezed into Intel’s thin form-factor.
I’m not on the bandwagon. This, however, should not come as a surprise. It’s exceedingly rare for a company, even of Intel’s size, to knock a new product out of the park on its first try. The models that released so far were decent products in some ways, but they were also the hardware equivalent of a beta. Intel and laptop manufacturers are now responding to what they’ve discovered.
This brings us to Ivy Bridge. As I noted in my Ivy Bridge for mobile review, Intel’s architectural update seems to be more exciting for laptops than for desktops. The Core i7-3720QM we received in our Ivy Bridge reference laptop was a beast, easily defeating all previous processor benchmarks and also posting surprisingly good results in gaming tests. Despite this, battery life seemed to at least remain the same.
Subject: Editorial, General Tech, Processors | May 30, 2012 - 06:42 PM | Scott Michaud
Tagged: Intel, fab
Intel has released an animated video and supplementary PDF document to explain how Intel CPUs are manufactured. The video is more “cute” than anything else although the document is surprisingly really well explained for the average interested person. If you have ever wanted to know how a processor was physically produced then I highly recommend taking about a half of an hour to watch the video and read the text.
If you have ever wondered how CPUs came to be from raw sand -- prepare to get learned.
Intel has published a video and accompanied information document which explains their process almost step by step. The video itself will not teach you too much as it was designed to illustrate the information in the online pamphlet.
Not shown is the poor sandy bridges that got smelted for your enjoyment.
Rest in got
My background in education is a large part of the reason why I am excited by this video. The accompanied document is really well explained, goes into just the right amount of detail, and does so very honestly. The authors did not shy away from declaring that they do not produce their own wafers nor did they sugarcoat that each die even on the same wafer could perform differently or possibly not at all.
You should do yourself a favor and check it out.
Subject: General Tech | May 28, 2012 - 01:00 PM | Jeremy Hellstrom
Tagged: linux, Intel, amd, Ivy Bridge, llano, opencl
Two different stories today focus on how both major CPU vendors have allowed their support for the new features present in their architectures to fall behind for Linux OSes. From The Inquirer we hear about the how poor OpenCL support from AMD is leaving APU accelerated computing for Linux to lag behind Windows development. This goes far beyond purely graphical tasks and the complaints we have heard from gamers as OpenCL is a computing language that can handle far more than just pushing pixels. The two most common OpenCL applications that people are familiar with are the GPU clients for BOINC and Folding@Home, which enable you to chug work units on your graphics card or the graphics cores on your CPU. AMD's Neal Robinson who is the current senior director of Consumer Developer Support has taken up the challenge of promoting Linux OpenCL support from within AMD, so keep your eyes peeled for news from his team.
Intel's Ivy Bridge is no better according to Phoronix, as testing shows very little improvement on the default Ubuntu Unity desktop with Compiz. That is what allows Ubuntu users to show the iconic Desktop Cube on the Gnome desktop environment and using it shows negative effects on the general performance of the system. Switching to KDE and OpenGL generally resulted in better performance as did Xfce. Phoronix does not hold out much hope for the improvement of Compiz on Ivy Bridge processors or Intel's open source drivers for the near future, either for graphics or GPU accelerated computation.
"For AMD flaky Linux support isn't just a matter of gamers complaining, but now with its APUs, standard applications are simply not making use of the compute power that AMD needs to compete with Intel."
Here is some more Tech News from around the web:
- Crazy Texans dunk servers in DEEP FRYERS @ The Register
- Reading RFID cards from afar easily @ Hack a Day
- 450mbps routers reviewed: 14 of the fastest models @ Hardware.Info
- The New x264 HD Benchmark 5.0 Is Here @ TechARP
- Weekly Gaming Giveaway #3: Waveform @ eTeknix
Subject: General Tech, Processors, Mobile | May 24, 2012 - 06:01 PM | Scott Michaud
Intel has released a report about their environmental efforts in terms of manufacturing efficiency, waste, and the efficiency of their products themselves. Their 2020 mobile and data center product line is expected to use 25-fold less power than their 2010 product line. Intel is hoping to use less water and consume 1.4 TWh less energy between 2012 and 2015 in their manufacturing with no chemical waste to landfill by 2020.
It is not easy been green.
… But, especially now, Intel can afford to try.
The chip manufacturer has set some goals for themselves to decrease their impact on the environment. These plans were published in their 2011 Corporate Responsibility Report (pdf), released last week. The plan highlights goals extending out as far as 2020.
It would seem that for Intel foresight is also 2020.
Yes, those puns were terrible, I admit it.
One of the forefront issues raised is alterations to their supply chain. Their raw materials have been addressed -- not just for eco-friendliness -- but also for human rights violations. By the end of 2012 Intel intends to validate that all tantalum would be “conflict-free” with the other three minerals verified by the end of 2013.
On the topic of environmental impact Intel is also intending on reducing their electrical and water usage at their manufacturing plants. A total of 1.4 TWh of energy is expected to be reduced from 2012 through 2015. Intel is also lauding their solar initiatives although they fell short of committing to any specific future endeavors in clean energy in this report.
Lastly, Intel claims that their mobile and data center products will consume 25-fold less power than their 2010 counterparts. Obviously such a statement falls more under gloating than a vow to promote sustainability but it is respectable none-the-less.