Does ASUS p5g41t M LX support?
100% Authentic products….ASUS P5G41T-M LX Motherboard.
|Number of Memory Slots||2 Slots|
|Memory Configuration||8 DDR3 Dual Channel DIMM|
|Memory Frequency||1333 MHz|
Does ASUS p5g41t M LX support Windows 10?
Besides that motherboard is an Intel chipset. Most if not all of it will work with Windows 10 or 8.1 without installing any additional drivers.
What is G41 motherboard?
The motherboard has a combination of two memory, to support high-performance dual-channel DDR3 1333 (OC) / DDR2 1066 (OC) MHz memory architecture, and provides more flexibility in memory resources for excellent performance and applications. …
Which processor is best for G41 motherboard?
Zeb-G41-D3, LGA 775 Socket
|Supported CPU||Intel Core 2 Quad/ Core 2 Duo/ Pentium Series/ Celeron Series Processor North Bridge – Intel G41|
|Chipset||South Bridge – Intel ICH7 Chipset|
|Memory supported||2 DDR3 dual-channel RAM slots, Memory up to 8GB ( Double Bank RAM) Supports DDR3 800/1066MHz memory, 2 x DIMM Slots|
What is g41 motherboard?
How much RAM does G41 motherboard?
Does G41 support DDR3 RAM?
Gigabyte GA-G41M-Combo supports both DDR2 and DDR3 RAM. The motherboard has a combination of two memory, to support high-performance dual-channel DDR3 1333 (OC) / DDR2 1066 (OC) MHz memory architecture, and provides more flexibility in memory resources.
Does G41 support Windows 10?
The . cab files are 64bit (9.2Mb) and 32bit (6Mb) and the version is 8.15. 10.2702.
Is G41 motherboard good for gaming?
So to answer your question , Yes you can use the G41 Motherboard to play games at medium settings by pairing it with a high or Medium End Card and it will cost really less but you will face major stability and bottleneck issues.
Does G41 support DDR3?
Does G41 support graphics card?
The Intel G41 Chipset based motherboards usually have PCI Express 1.1 slots. But the good news is that present day PCI Express 3.0 cards are backwards compatible with versions 1.0 and 2.0. So you can very well get a PCI Express 3.0 based cards and use it on PCI Express 1.1.