Gigabyte Socket AM2+, GA-MA790X-DS4, 790X Chipset, FSB4000, DDR2, 2xPCIex16, RAID, GbLAN, 1394

Information

Item Number

B-MA790X-DS4

Manuf No

GA-MA790X-DS4

Our Stock *

Under 5

Price

$201.55

Quantity

Product link	.: Product
Manufacturer's link	.: Gigabyte
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* Stock level in our warehouse. Many competitors only show their suppliers' stock level.

Stock Information

	Our Qty in Stock	Availability and ETA
Our own stock	Under 5
	Supplier's Qty in Stock	Availability and ETA	Updated
Supplier one	0		8/01/09 08:31AM
Supplier two	18		8/01/09 08:31AM

Features

The GA-MA790X-DS4 is GIGABYTE's next generation, high performance platform based on the new AMD 790X Chipset and support for the new AMD Phenom™ quad-core processors, with the latest AM2+ platform support, integrated DDR2 1066 memory controller, HyperTransport™ 3.0 technology links and 128-bit Floating Point Units. The GIGABYTE GA-MA790X-DS4 also features support for PCI Express 2.0 as well as ATI CrossFireX™ with dual x8 connectivity for the ultimate gaming experience. In addition to setting new records for blistering performance, the GA-MA790X-DS4 is part of the GIGABYTE Ultra Durable 2 series of motherboards, featuring top quality electronic components which provide optimized power savings, ultra cooling and extended system durability.

1. Supports AMD AM2+ Phenom™/ AM2 Athlon™ 64 series processors
2. Dual Channel DDR2 1066* memory support for remarkable system performance
3. Dual PCI-E 2.0 x16 graphics interfaces with ATI CrossFireX™ support for extreme gaming performance
4. Integrated SATA 3Gb/s with RAID function
5. Features high speed Gigabit Ethernet and IEEE1394
6. High quality 8-ch ALC889A High Definition audio, featuring 106dB Signal to Noise Ratio and Full Rate Lossless Audio with Blu-ray/ HD DVD playback support.
7. Ultra Durable 2 motherboard features High Quality CPU Power design with Ferrite core chokes, Low RDS (on) MOSFET and Solid Capacitors.
8. Durable Capacitors that take advantage of Japanese manufactured Solid Capacitors for enhanced system durability