Gigabyte GA-H57-USB3 Motherboard Surfaces
Following a recent expose of three of Gigabyte's upcoming motherboards based on the Intel H55 Express chipset supporting socket LGA-1156 processors, one of its first models based on the Intel H57 Express chipset surfaced, with the GA-H57M-USB3. This micro-ATX motherboard builds on the slightly expanded feature-set of the H57 PCH, which includes Intel Rapid Storage, Remote PC Assist, and a higher number of USB 2.0 ports and PCI-Express x1 lanes. It uses complete Ultra Durable 3 construction, which includes full solid-state capacitor design, 2 oz copper PCB, low RDS (on) MOSFET, and ferrite-core chokes. The processor is powered by an 8-phase VRM, it is wired to four DDR3 DIMM slots supporting dual-channel memory.
Expansion slots include PCI-Express 2.0 x16, PCI-E x16 (x4), and two PCI slots. Five out of six SATA 3 Gbps ports from the PCH are assigned as internal ports, while an additional Gigabyte GSATA2 controller provides two SATA 3 Gbps ports and an IDE connector. An additional NEC controller provides two USB 3.0 ports. The rear-panel consists of 8-channel audio with optical SPDIF (supporting Dolby Home Theater), gigabit Ethernet, two USB 3.0 ports (color-coded blue), four USB 2.0, FireWire, eSATA, keyboard/mouse combo port, and display connectivity which includes DVI, D-Sub, DisplayPort, and HDMI. The GA-H57M-USB3 is another of those boards slated for Q1 2010, when Intel releases new processors with embedded graphics along with the H55/H57 chipsets.
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(PR) LaCie Announces the Rikiki Ultra Compact, High Capacity External HDD
Today, LaCie introduced the most compact 2.5" hard drive on the market - LaCie Rikiki, in metal. Measuring just a mere 110cm3, its sophisticated form factor holds up to 640GB of media that you won't mind storing in a pocket or purse.
Encased in brushed, sturdy aluminum, the LaCie Rikiki, which means "tiny" in French, represents a resilient aesthetic that protects your media from everyday blunders and unwelcome fingerprints. Its lightweight design makes it a perfect companion for keeping your digital world close at hand.
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(PR) Enermax Introduces PRO87+ and MODU87+ PSUs with Dynamic Hybrid Transformer Topology
ENERMAX is stepping up to the need of energy and money-saving products with these two desktop PSU series with models in 500, 600, 700 and 800W. PRO87+ is the native cable series, while MODU87+ is modular. Both will complement ENERMAX' running 80+, 82+ & 85+ PSU series and incorporate the latest technologies with a major breakthrough: DHT, Dynamic Hybrid Transformer Topology, to improving the efficiency all manufacturers concentrated on the DC stage, up to now. But the technology used in the DC stage (during and after conversion of AC to DC) has come to the maximum and achieving 87+ efficiency is the very limit of this approach. To achieving 87+ or even higher efficiency with good performance needs additional innovations on the AC stage. ENERMAX has invented three innovations bundled into the new DHT-topology
The innovations center around the adoption of dynamic frequencies, voltages and conversion instead of traditional static ones. These dynamic optimization designs not only push the efficiency up to shocking 92%, but also improve stability and performance to new heights without sacrificing any safety or regulations. Moreover, the incorporation of a 13.9cm Twister bearing fan with the patented SpeedGuard fan control bring PRO87+ and MODU87+ to unprecedented silence @ 50 degrees C.
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(PR) Sparkle Launches GeForce GT 240 GDDR5 1GB Graphics Card
SPARKLE Computer Co., Ltd., the professional VGA card manufacturer and supplier, today launched the SPARKLE GeForce GT240 1024MB GDDR5 Graphics Cards with 1024MB GDDR5 big capacity and high speed memory, delivering world-class HD graphics performance for mainstream gamers.
Taking the performance increase into account, SPARKLE GeForce GT240 1024MB GDDR5 Graphics Cards features 40nm chip process from TSMC, this new process let SPARKLE GeForce GT240 1024MB GDDR5 Graphics Cards to be the first batch graphics cards on market to adopt the NVIDIA new 40nm graphics chip. Thanks to advanced 40nm process, now It features much higher transistor density than before, bringing a greater number of stream processors than its predecessor.
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(PR) MSI introduces R5770-PMD1G Graphics Card with Over Voltage Feature
Global leading motherboard and graphics card brand-manufacturer, MSI, today unveils R5770-PMD1G graphics card with over voltage function of GPU after introducing hot selling R5770 series graphics cards. MSI R5770-PMD1G adopts 40nm manufacturing process Radeon HD 5770 GPU, 800 units of stream processors, and high speed GDDR5 1GB memory. Also, it supports DirectX11 and ATI Eyefinity three-screen output technology, so that users can enjoy the latest DX11 games and use multi monitors to enlarge the view in games. MSI R5770-PMD1G is bundled with MSI overclocking utility "Afterburner" which supports over voltage function of GPU and tuning the fan speed based on different temperature triggers, becoming one of the most attractive HD 5770 cards in the market.
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Trio of Gigabyte H55 Motherboards Surface
Gigabyte is ready with a trio of motherboards based on the value desktop chipset for the LGA-1156 platform, the Intel H55 Express. The three offer essential features of the chipset, including support for Flexible Display Interface, which provides connectivity for Intel processors with embedded graphics controllers. The trio includes two micro-ATX models: GA-H55M-S2H and GA-H55M-UD2H, and the ATX GA-H55-UD3H.
The GA-H55M-S2H is entry-level, 7-phase CPU VRM, two DDR3 DIMM slots wired to it for dual-channel memory, a PCI-Express 2.0 x16 slot, PCI-Express x16 (electrical x4), and two PCI slots. All six SATA 3 Gbps ports are assigned as internal ports, with the rear-panel consisting of an 8-channel audio cluster with optical SPDIF output, eight USB 2.0 ports, a keyboard/mouse combo PS/2 port, gigabit Ethernet, and display connectivity including DVI, D-Sub, and HDMI. Solid-state capacitors are limited to the vital VRM areas, with the rest of the board making use of standard electrolytic capacitors.
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