GIGABYTE GA-M52LT-S3P (rev. 1.3) specs
General info
ATX
Form factor:
AMD
Socket:
Socket AM3 / AM2+
AMD sockets:
No
Dual socket:
nVidia nForce 520LE
Chipset:
2000 MT/s
Hyper Transport Bus:
Main features
1 x PCI Express x16 slot running at x16
PCI Express slots:
2 x PCI Express x1 slot
4
PCI slots:
No
AGP slot:
No
Multi-graphics support:
7.1
Audio type:
High definition audio, S/PDIF In, S/PDIF Out (Coaxial)
Audio features:
Speed: 100 Mbps , Chipset: RTL 8201EL
LAN:
No
Wi-Fi:
RAM Memory
DDR3 (240-pin)
Type:
DDR3-1600
4
Slots:
Dual-channel
Capacity:
16 GB
Maximum:
4 GB
Maximum per slot:
Storage interface
SATA II (3GB/s): 2 , PATA: 1
Ports:
Yes
RAID support:
0 , 1
SATA II (3GB/s) RAID:
BIOS
Yes
DualBIOS :
2x 8 MB flash
BIOS memory:
Yes
Clearing CMOS jumper:
PnP 1.0a, DMI 2.0, SM BIOS 2.3
Other BIOS features:
Connectivity
Version 1.1 / 2.0 (back panel: 4, mid-board: 4)
USB:
Yes
Powered while off:
1 x CPU fan headers , 1 x system fan headers , 1 x S/PDIF In headers , 1 x S/PDIF Out headers , 1 x CD In connector , 2 x PS/2
Internal I/O connectors:
No
IEEE 1394:
Other features
CPU / System / North Bridge temperature detection, CPU / System / Power fan speed detection, CPU overheating warning, CPU fan fail warning, CPU / System fan speed control, System voltage detection
Hardware monitoring:
Passive
Chipset cooling:
Yes
Solid capacitors:
Yes
On/Off Charge USB Support:
No
JBOD :
No
Auto Unlock Support:
@BIOS, Q-Flash, Xpress BIOS Rescue, Download Center, Xpress Install, Xpress Recovery2, EasyTune
Unique features:
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: The GA-M52LT-S3P is based on NVIDIA nForce 520LE chipset and supports new generation of 45nm AMD AM3 Phenom II/ AthlonII processors, integrated DDR3 memory controller, HyperTransport™ 3.0 technology links, and so on. With the innovative S features- Safe, Smart technologies, this motherboard is able to provide user friendly computing, reach the maximum system performance easily while still able to save the power and environment... read more