This card was designed for a wide range of professional such as CAD, Financial Community, Emergency Dispatch, Digital Signage, Process Control and others where reliability and stability are mission critical. It enables consumer and professional the ability to use a single PC to project crowded information out to multiple screen where each screen can operate independently in it's own resolution and refresh rate. 

Colographics ATI FireMV advantage software package capable of spreading overloaded information out where each application is operating separately from another within it's own screen. Thus, allowing the user to have more control, less eyes strain, and avoid confusion, which overtimes critical data are overlooked.

ASI is partnering with Colographics presenting the one-stop-shop for ATI-Power 2D professional multi-view graphics solution.  Colographics ATI FireMV are available in FireMV 2200 (dual output) and FireMV 2400 (quad output) PCI or PCI Express card.  It utilizes WHQL unified driver, which was tested and certified for a wide range of professional 2D software packages, and ensuring cost effective and simple upgrade for system administrator. 

The PC board are design as fanless solution to ensures silent running of the graphics card and longevity of the card.  All FireMV card form-factors are low profile with optional full height I/O bracket for users to employ in a variety of different systems from ATX, miniATX, SFF, 1U, and to docking stations level. Speaking of docking stations, the FireMV 2400 card line does not currently support docking stations. However, we believe that Colographics are in development of a solution.

• Reliability
• Stability
• Flexibility
• User-friendly software
• Direct user support
• Lower power consumption
• Space efficient low profile design
• Product longevity
• All FireMV™ cards have a 3 year warranty

Colorgraphics ATI FireMV comes with innovative software package design with user-friendly in mind and loaded with tons of unique feature. It enables seamlessly operation between the hardware and software to get the most out of the multi-monitor display.

FireMV Common FAQ:

• FireMV Install Procedure
• How many displays can I have
• FireMV and Core 2 Duo Processors
• FireMV and Vista
• FireMV and Window XP 64bit Edition
• Motherboard Compatibility with FireMV
• Can I put more than 1 FireMV card in the same system
• FireMV and TV Tuner cards
• Click here for more FAQ

Supermicro has a new server series called "1U Twin" featuring two motherboards per chassis. The Supermicro 1U Twin is an innovative 1U rack mount system designed to increase computing density while reducing cost, energy and space requirements. With two systems (or two nodes) within a 1U space, the 1U Twin can support up to 16 processor cores (two systems each housing dual quad-core Xeon 5300 (Clover town) CPU's. This new High Density Clusters, 6015T Series 1U Twin Super Servers Support Quad-Core & Dual-Core Intel® Xeon® Processor 5300, 5100 & 5000 Series.

By combining two DP nodes into a 1U form factor, we can now supply space-constrained data centers with double the computing density of existing 1U installations. When loaded with four Quad-core Intel Xeon 5300 series processors, 1U Twin Super Servers feature 16 processing cores for exceptional computing density. The performance and energy efficiency of the New Quad-Core Intel Xeon processor 5300 series is igniting new levels of high volume server market.

Features per Node:

• Dual Xeon 5300/5100/5000 (Clover town/Woodcrest/Dempsey) processors

• 32GB ECC FBD (Fully Buffered DIMM) DDR2 667/533 (8 DIMMs)

• 1 PCI-Express x8 slot

• 1 COM, 1 VGA, 2 Gigabit NIC, 2 USB ports

• Front panel power switch and monitoring LEDs

• 2 Hot-swappable SATA drive bays 

• InfiniBand onboard (Mellanox MT25204, single port, DDR version, 20Gbps) - optional.

Benefits:

• Two nodes in one 1U system - save chassis, power supply and rack costs.

• Double the density and computing power - save IT space rental costs.

• Higher power utilization increases power supply efficiency - save energy costs.

• Reduce power cables and power strips – for easy cabling, better airflow and reduced cabling costs.

• Operate and maintain two systems in one physical space - save maintenance / management costs.

• Perfect for HPC computing cluster, data center / data farm, search engine nodes, and high-availability applications.

Higher Power Efficiency:

The 1U Twin reduces cost by providing higher power efficiency. The placement of two nodes in 1U also reduces your chassis, power supply, and rack cost. In addition, the reduction in chassis investment also reduces the need for power cables and power strips. This provides simplified cabling, better air flow, and easier maintenance.

Another way to do more with you servers using less energy is to use quad-core and/or low voltage Xeon processors. Adding greater computing power per node allows you to actually save energy by consolidating servers (such as having one server support more applications, or using server virtualization).

Intel industry's first quad-core processor for mainstream servers provides breakthrough performance and capabilities for the ultimate in powerful, dense and energy efficient servers. With the Quad-Core Intel® Xeon® processor 5300 series you get breakthrough performance - up to 50% greater than the industry-leading Dual-Core Intel Xeon processor in the same power envelope¹ and up to 150% better than the competition. And this savings is even better when you use the new low voltage quad core Xeons.

Intel is introducing two low-voltage processors: the Quad-Core Intel Xeon processor L5320 and L5310. The new 50-watt quad-core processors operate at 1.86 GHz and 1.60 GHz, respectively, feature a unique 8 megabytes (MB) of on die cache for faster memory data communication and run on dedicated 1066 MHz front side buses.

The new Intel Quad-Core Xeon® processor 5300 series based platforms deliver record-breaking performance for server applications beating the previous mark set by Dual-Core Intel® Xeon® processors 5100 series. The breakthrough performance, energy efficiency and reliability of the new Quad-Core Intel® Xeon® processor-based systems make them the best choice for virtualization and business critical applications, enabling IT to become more efficient and responsive.

click to enlarge

The chart below is a direct comparison between standard Xeon 5300 and the low voltage models.

It seems like each week you see a story on the news about a stolen or missing notebook. The IRS, the military, and large corporations.. they all seem to be guilty of losing their data, and what's even scarier is that in many of these cases the data that they have lost contains sensitive information about thousands of people, possibly even you. Up until now there has only been limited options for protecting your data once it has been compromised, but thanks to Seagate Technology, Wave Systems, and ASI Corp., you have a very simple solution.

Seagate Technology has began shipping their new Momentus 5400 FDE.2  (Full Disk Encryption) notebook hard drive with native encryption capabilities which works in conjunction with Wave Systems Embassy Security Center software suite to allow data to be fully protected against prying eyes. Along with being an invaluable tool for protecting data, it also simplifies the task of IT departments as it allows a simple, almost instantaneous, unrecoverable drive wipe by changing the encryption key. In the case of retiring a drive, or reallocating it's use, this tool insures that no matter who used the drive previously, their data will never be exposed.

With the addition of the Embassy Remote Administration Server (ERAS) software, IT Departments can remotely administer Seagate Trusted Drives allowing them to control security, modify or reset passwords, and in the most dramatic cases, wipe a drive clean if the situation deems it necessary.

Drive Specifications