GIGABYTE GA-8I915P Dual Graphic (rev. 1.x) specs
General info
ATX
Form factor:
Intel
Socket:
LGA 775 / Socket T
No
Dual socket:
Intel 915P
Chipset:
Main features
2 x PCI Express x16 slot
PCI Express slots:
1 x PCI Express x1 slot
3
PCI slots:
No
AGP slot:
No
Multi-graphics support:
High definition audio
Audio features:
Speed: 1000 Mbps , Chipset: Marvell 8001 , Supports Wake-On-LAN: No
LAN:
No
Wi-Fi:
RAM Memory
4
Slots:
Dual-channel
Capacity:
4 GB
Maximum:
Storage interface
SATA II (3GB/s): 4 , PATA: 3
Ports:
Yes
RAID support:
0 , 1
SATA II (3GB/s) RAID:
Graphics
No
Integrated card:
BIOS
Yes
DualBIOS :
2x 4 MB flash
BIOS memory:
No
Clearing CMOS jumper:
Connectivity
Version 1.1 / 2.0 (back panel: 4, mid-board: 2)
USB:
1 x S/PDIF In headers , 1 x S/PDIF Out headers , 1 x CD In connector , 1 x parallel port headers , 1 x floppy disk drive connector , 2 x PS/2
Internal I/O connectors:
Yes
IEEE 1394:
Other features
CPU / System / Power fan speed detection, System voltage detection
Hardware monitoring:
Passive
Chipset cooling:
Yes
Solid capacitors:
No
On/Off Charge USB Support:
Yes
JBOD :
C.I.A. 2 (CPU Intelligent Accelerator 2), M.I.B. 2 (Memory Intelligent Booster 2), C.A.M. (CPU Adjustable Multiplier), R.G.B. (Robust Graphics Booster), EasyTune 5, M.I.T. (Motherboard Intelligent Tweaker), Download Center, S.O.S. (System Overclock Saver)
Unique features:
US Availability
Available
Market status:
European Availability
Available
Market status:
Links
Official page:
-
in English:
-
If you are interested in using our specs commercially, check out our Motherboards specs database licensing page.
Filed in: GIGABYTE Motherboards
Description: GA-8I915P Dual Graphic member of GIGABYTE PX series skillfully designed with pack of features and dedicated to satisfying the needs of platform performance to the extreme. Reveloutionary QuadView design makes possible the world's first Intel Pentium 4 based motherboard to support 2 PCI-Express graphics card. The GA-8I915P Dual Graphic supports both DDR & DDR2 main memory providing a more flexible memory usage and ready for future... read more