|
|
The GA-965P-DS3 is made for Intel's remarkably proficient Core 2 Duo processor series, and for the purposes of this review PCSTATS will be testing it with an Intel Core 2 Duo E6600 CPU - the sweetheart of the bunch.
88% Rating:
|
|
Home >
Reviews >
Motherboards >
Gigabyte GA-965P-DS3 |
|
|
The Gigabyte GA-965P-DS3 Motherboard Highlights
Motherboard chipsets generate a lot heat which is why
Gigabyte places two rather large passive heatsinks on the Intel P965
Express and Intel ICH8 chipsets. If you plan on building a new Intel Core
2 Duo system, you'd better have good airflow in your system! The Gigabyte
965P-DS3 motherboard features three PCI, three PCI Express x1 and one PCI
Express x16 expansion slots. |
Some say that Intel dropped the ball with the ICH8 by
doing away with parallel IDE support. That has left motherboard
manufacturers scrambling to include IDE controllers on new Core 2 Duo
motherboards. Gigabyte includes a proprietory IDE/Serial ATA controller on
the GA-965P-DS3 that offers us one IDE channel and two extra SATA2.0
channels. Obviously, the IDE is best served supporting optical drives, and
SATA hard drives. The front panel connectors are colour code, and
polarity is marked for the LED activity lights. There are three USB2.0
headers located along the edge of the Gigabyte 965P-DS3 motherboard. There
is no support for IEEE1394 Firewire
however. |
The Gigabyte GA-965P-DS3 and the Intel P965 Express
chipset are backwards compatible with all Socket 775 processors, even
though they are ideally suited for 1066MHZ FSB. If you want to upgrade in
slower intervals, you can also use 800MHz and 533MHz FSB socket 775 Intel
processors. Simply get a new motherboard now and upgrade the processor
when you're ready. :) |
The four DDR2 memory slots accommodate up to 8GB of
DDR2-400/533/667/800 memory officially, although Gigabyte goes one step
further by allowing support for 1066 MHz DDR-2 RAM. The GA-965P-DS3 has
its memory slots colour coordinated so it's easier for users to enable
dual channel memory support by installing identical
pairs. |
|
|
|
|