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23 January 2012

ASUS F1A75-M Pro Review - Micro-ATX Llano

Introducing ASUS F1A75-M Pro


  ASUS F1A75-V Pro ASUS F1A75-M Pro ASUS F1A75-I Deluxe
Size ATX Micro ATX Mini-ITX
Price (01/16) $120 $110 $140
Power Phase 6+2 4+2 4+2
Memory 4 x DDR3 4 x DDR3 2 x DDR3
PCIe 1 x PCIe x16
1 x PCIe x4
2 x PCIe x1
3 x PCI
1 x PCIe x16
1 x PCIe x4
1 x PCIe x1
1 x PCI
1 x PCIe x16
CrossfireX/SLI APU + Normal CrossfireX APU + Normal CrossfireX APU CrossfireX
Audio Realtek ALC892 Realtek ALC892 Realtek ALC892
LAN Realtek 8111E Realtek 8111E Realtek 8111E
SATA 6 Gbps 7 + 1 eSATA 6 4 + 1 eSATA
USB 3.0 4 + 2 4 + 2 2 + 2
USB 2.0 2 + 8 2 + 8 4 + 2

Size obviously has advantages - a full size ATX board has room for better power delivery, a broader range of PCI/PCIe options, and scope for more controllers (e.g. SATA 6 Gbps).  In the micro-ATX smaller form factor, most of the features are still there - ALC892 audio, gigabit Ethernet, at least 6 SATA 6 Gbps ports, 4 USB 3.0 ports, and opportunities for up to 16 GB of memory with 4 GB DIMMs.  It's only on the mini-ITX we lose some functionality - only 4 SATA 6 Gbps on board (plus one eSATA), room for only 8 GB of memory, and no PCI/PCIe x1 slots.  But the advantage of a small board is primarily its size, for a sleeker and slimmer system.  The question then becomes whether the F1A75-M Pro, the micro-ATX board, is worth $10 less than the ATX board as a whole.
 
Visual Inspection
The black and blue livery of ASUS systems of late has been the stalwart of their consumer level line-up, and appears again here on the F1A75-M Pro, with a little white for the SATA ports.  The wavy design with pretty substantial fins for both the VRM and South Bridge heatsink could be considered more style rather than substance, but due to the motherboard supporting 100 W processors, the VRM heatsink may be required to shift a lot of heat and it should be sufficient to cope due to ASUS’ careful attention to detail in their design.

We also have EPU and TPU (Energy Processing Unit and Turbo Processing Unit) chips present.  These two have separate roles - to reduce the carbon footprint of your computer with the EPU processor, and the TPU processor is there to diagnose the system for an optimal overclock when either the TPU switch is used or the BIOS option is enabled.

Working our way around the board, you will notice that there are four fan connections available. The CPU fan is located above the socket, and in the lower left half of the socket area there are two more fan connections available - one of them is a PWM based chassis fan header whilst the other is the PWR header which is 3-pin. The final header can be found on the right-hand-side of the motherboard just below the 24-pin power and it is a chassis fan which is also PWM based. Unfortunately, you do not have option to control the two chassis fans independently in the BIOS nor in the software.

Looking at the expansion options on this motherboard; there are two PCIe x16 slots which run at x16/x4 when in a CrossFireX setup, resulting in limited bandwidth of the second GPU, as detailed in our previous A75 reviews. Also on board is a PCIe x1 as well as a single PCI slot.
As SATA 6 Gbps is native on this platform, there are no SATA 3 Gbps ports to be found. There are six ports in total and they support RAID with the option to use RAID 0, RAID 1, RAID 10 or JBOD.  These are all in white on the bottom right of the board.
On the back panel of the board, from left to right, we have a combined PS2 port, two USB 3.0 ports, a HDMI output, an optical SPDIF output, as well as VGA and DVI-D ports for your display outputs. Further along, there are two more USB 3.0 ports and two USB 2.0 ports with a gigabit LAN port above. Lastly, there are the six ports for your various sound inputs and outputs.

18 January 2012

G.Skill Ripjaws Z 2133 MHz DDR3 CL9 16 GB Kit

Introducing G.Skill Ripjaws Z



Just a short time ago, Intel released their latest platform, Sandy Bridge-E also known as "SB-E" in enthusiast circles. Featuring a Quad-Channel memory architecture and Intel's XMP v1.3 memory profiling, the platform also needs supporting memory, tested and approved to work properly with the Intel X79 Express chipset and Socket 2011 processors. Our first look at this new take on memory comes from G.SKILL, a well-established brand that has become one of the most globally recognized names when it comes to memory. Here's what they have to say about themselves on their website:

Our History:
"G. SKILL", established in 1989 by enthusiasts, is a leading memory module Manufacturer based in Taipei, Taiwan.
With traditional strengths, we have built an excellent reputation by meeting market demand and fostering business competitiveness both locally and internationally with our dedications to provide competitive prices, On-Time Delivery, Assured Quality, Customer-Oriented Services and Diversity of Products.

Mission Statement:
We are here to provide superior memory products, with satisfactory services in order to keep pace with our customers' growing needs, and help them by adding value to their purchases. We pledge we will continue to do so and enable both sides to obtain significant competitive advantages in the market segments.

G.Skill has released several different products for the X79 platform, all of which have been featured in our News section quite recently. The first product from G.Skill we will be taking a look at is the "Ripjaws Z" F3-17000CL9Q-16GBZH, a quad-channel kit boasting the high speed of 2133 MHz when XMP v1.3 is enabled, with 9-11-10-28 timings and requiring 1.65V.


Specifications

 

Packaging


The G.Skill "Ripjaws Z" F3-17000CL9Q-16GBZH showed up on our doorstep direct from G.Skill's Taiwan offices, clad in plastic clamshell that G.Skill has been using for quite some time for many of their products. The clear plastic allows prospective buyers to see two sticks of the memory kit itself easily, and highlights the aesthetic design of the included heatspreaders. Up on the top right corner of the package is a small highlight showing that this kit has been certified for functionality on the Intel X79 platform. Flipping the package over, we find the other two DIMMs, with a small cardboard layer in between, isolating the pairs of sticks from each other.


Once opened, we can see that there is a bit of information on that piece of protective cardboard, but it seems like standard packaging info for the product line, rather than info specific directly related to the modules inside. The second image above shows that provided information.


With the card out of the way, we can see all four modules; each nestled securely in its own section of the clamshell. G.Skill has informed us that the final retail packaging may differ slightly, but as the box isn’t exactly what we’re interested in, it’s hardly that important, but is still worth mentioning.

Corsair Performance Pro 256 GB SSD

Introducing Performance Pro 256 GB
Corsair is one of the innovation leaders in the memory and power supply market. They also provide SSDs which, so far, have been mostly based on the Sandforce flash controllers. Now they are offering an SSD based on Marvell's 88SS9174 controller, which promises best-in-class performance that can compete with what Sandforce offers.

The Corsair Performance Pro SSD is available in capacities of 128 GB and 256 GB, we tested the 256 GB model, which provides a bit more performance than the 128 GB model.

 

Packaging

The package design of the Performance Pro is kept simple and clean, with stylish shades of grey. A little window on the back lets you take a look at the drive inside, showing the serial number and warranty sticker.


You will receive:
  • The SSD
  • Screw Packages
  • 2.5" to 3.5" adapter

The Drive

The drive conforms to the dimensions set forth by the 2.5" form factor. It uses a rugged metal casing that feels extremely solid and high quality.

Like most recent SSDs, Corsair's Performance Pro uses the SATA 6 Gbps interface. It is compatible with any other SATA standard, but will work at reduced performance in such a case.

Corsair is using (only) eight flash chips and two DRAM cache chips for the Marvell controller. On the other side of the PCB we see the lonely Marvell flash controller - the heart of the SSD.

As controller Marvell's 88SS9174 is used.

The eight flash chips are made by Toshiba and have a capacity of 32 GB each, they are produced in a 32 nanometer production process.
 

Gaming CPU Hierarchy Chart January 2012

Gaming CPU Hierarchy Chart January 2012

source:www.tomshardware.com

Swiftech Unveils A Host Of New Products For Q1 2012

Introducing Swiftech
Built by Swiftech® to showcase several of its upcoming products for the first quarter of 2012, this high-end gaming system featured some of the best and latest enthusiast hardware the industry has to offer; it was demonstrated at the Xtremesystems.org Poker Tournament Event.
Specs
  • Case
    • Cooler Master CM Storm Trooper
  • Power Supply
    • Cooler Master Silent Pro Hybrid 1300W
  • Motherboard
    • Gigabyte GA-X79-UD5 LGA 2011
  • Processor
    • Intel Core i7-3930K Sandy Bridge-E 3.2 Ghz Overclocked at 4.5Ghz
  • Graphics
    • (2) EVGA GTX590 Hydro Copper cooled
  • Memory
    • Kingston HyperX (2) x 16GB DDR3 1600 (PC3 12800)
  • Storage
    • OCZ (2) x Vertex 3 SSDs in Raid 0 for OS and applications
    • Western Digital
    •  
      • 1Tb 7200 RPM for storage and games
  • Tubing
    • Danger Den Dreamflex UV blue ¾” x ½”
  • Operating system
    • Microsoft® Windows 7 64 bit

Swiftech® featured cooling components & accessories
  • Apogee™ Drive II CPU water block with built-in MCP35X pump
  • EVGA Hydro copper GTX590 full cover VGA water blocks
  • MCR220 Drive™ dual 120mm radiator with built-in MCP35X pump
  • MCR220 XP dual 120mm radiator
  • MCR240 QP dual 140mm radiator
  • Lok-Seal™ compression fittings
  • Helix™ 120mm fans
  • TIM-Mate™ thermal compound
  • HyDrx™ PM coolant       
Our thanks go to the following Companies for sponsoring this build:
  • COOLER MASTER®
  • EVGA®
  • GIGABYTE®
  • KINGSTON®
  • nVIDIA®
  • OCZ®
The Apogee™ Drive concept was first introduced by Swiftech mid-2007, and was the first high-end waterblock to ever incorporate a built-in pump. Coming up for the first quarter of 2012, the Apogee™ Drive II is a complete re-design of the original, and it squarely targets the extreme enthusiast market with such features as:
  1. Unequaled thermal performance to date: superior thermal performance even to our flagship Apogee HD waterblock.
  2. First waterblock ever to increase the system flow rate instead of restricting it, resulting in massive system flow rate.
  3. Unparalleled Reliability (redundant pumps).
  4. Fully speed adjustable (PWM).
  5. Adjustable port fittings, G1/4 compatible, compression fittings compatible.
  6. Multi-port technology compliant (dual outlet option available).
  7. Compatible with all modern desktop CPU’s.
  8. Additional pump cooling heatsink to increase pump lifespan and reduce heat dump into cooling loop.
  9. Cool looks (diode lit logo).
Compression fittings have been gaining great momentum in the enthusiast community because they are somewhat simpler to use than the traditional barb-and-clamp fittings, and they look more streamlined once installed.  Outside of the PC industry, this type of fittings is used in high pressure applications, and known for its reliability.  But in an effort to simplify their utilization even further for DIY users, vendors in our industry have adapted these products for tool-free usage, and we found during extensive testing of these fittings that such designs could easily lead to unsafe installations.



In 2012, Swiftech will be introducing the Lok-Seal™ line of compression fittings:  specifically designed to eliminate the safety issues found in current market offerings.
  1. Easier and safer installation:  the base of the fitting features a combination of hand grip and hex-nut so that it can be started by hand, and then safely locked in place with a standard tool (adjustable wrench, flat wrench or socket), instead of just “finger-tight”.  Without this feature, competing fittings risk either being unsafely tightened (finger-tight), or almost always damaged by the use of pliers, even when the plier jaws are protected by cloth or tape. 
  2. Easier on the fingers: to ensure that fingers have a positive grip on the fitting, most competing products feature a diamond pattern on the compression nut, and many users complain of sore fingers after a while. User fatigue may lead to neglecting safety essentials, and result in catastrophic leaks. Lok-Seal fittings feature a simpler groove pattern which is gentler on the fingers but still offers a very good grip; more importantly, the compression nut features flats so that one can also use a tool to finish off tightening the nut, if desired or needed.
  3. Lower flow restriction than any of our competitors: the Lok-Seal™ fitting’s base features the largest internal diameter of any G1/4 compression fitting.
  4. A complete range of fittings will be introduced, including rotary (swivel), 45°, 90°, SLI extensions, for ¾” OD x ½” ID, 5/8” OD x 3/8” ID, ½” OD x 3/8” ID, in durable black electrophoresis coating, or true chrome plating.
  • Excellent contact-resilience (ability to perform well even with poor or medium contact).
  • Outstanding overall performance (superior to PK1 in our tests), in “great contact” applications.
  • Reasonable cost.
  • Will be packaged (1 g syringe) with all Swiftech waterblocks
  • Will be sold separately in 5g syringes
  • Samples will be distributed at CES