bleeeeeeeeeeeeh

At least the socket 775 troglodytes can upgrade to ddr3 now :p

I know lota guys (budget gamers) who runs (on "high" settings) every new console port 2011 (soon 2012) on 775 and dual core and HD 4850 form 2008 and have no problems with hardware or lack of "power". and If 775 is for work and browsing- than no question at all - it will do it job way after 2012.

Well, try to overclock q6600 on this. It will fry the mobo instantly, where some good ol' 965&P35 boards had no problem to push it over 4.2GHz. :toast:

dieterdI know lota guys (budget gamers) who runs (on "high" settings) every new console port 2011 (soon 2012) on 775 and dual core and HD 4850 form 2008 and have no problems with hardware or lack of "power". and If 775 is for work and browsing- than no question at all - it will do it job way after 2012.

True. I had an E5200 and a Q9550 with a HD4850. Even the E5200 had enough juice with a mild overclock to game well, excepting GTA4.

Wow. I mean, I knew Gigabyte still made them, but a new model?
And this one doesn't seem all that great, from what I've seen in the specifications page.

s775 for ddr3 now? you been in a cave for 2 years? this is nothing new. hell it's been hard to find a decent solid-cap ddr2 s775 mobo for quite awhile here thats in good supply. pita for customers with full ddr2 slots who's mobos fail.

regardless i'll enjoy troglodyting instead of wasting money on an i7 that will do absolutely nothing for me in games or desktop use at 1920x1200 over my q9550 @4ghz. notice how high end socket 775 results are totally absent from any benchmarks anymore? most ppl still have s775 parts, but the cold war propeganda wing of hardware marketing would rather most don't see how little upgrade there is for teh average user. sure folding, 3d rendering with stuff like 3dsmax,or certain file compression you deff get a good upgrade, but for the average user who doesn't attach their fragile ego to their hardware, it's just a waste of money.

I've got v1.3 of this motherboard with 2 x 2GB DDR3 DIMMs - I believe the ram I have is doubled sided as I used a program which gave the following output - I see 2 Rank mentioned for both DIMMs and both DIMMS have microchips on both sides.

I can get some PNY RAM which is Single sided will Single sided and double sided RAm work together in this machine?

Also is it possible to use 4GB modules in this motherboard?
I know the Gigabyte website says a maximu of 4 x 2GB (8GB in Total)

But one program I ran suggested it could take 32GB in total




General Information :
A0 (RAS 1) : 2048 (Singl
A1 : Empty

A2 (RAS 3) : 2048 (Singl
A3 : Empty



Information SPD EEPROM
Manufacturer : PNY Elect
Part Number : Unspecifie
Serial Number : 0018E908
Type : DDR3-SDRAM PC3-10
Format : UDIMM (133.35 x
Size : 2048 MB (1 ranks
Module Buffered : No

Module Registered : No

Module SLi Ready (EPP) :
Module XMP : No

Width : 64-bit

Error Correction Capabil
Voltage : 1.50v

Prefetch Buffer : 8-bit
Manufacture : 2000

Thermal Sensor : No

Heat Spreader : No

Supported Frequencies :
CAS Latency (tCL) : 6 clocks @ 4
RAS to CAS (tRCD) : 6 clocks @ 4
RAS Precharge (tRP) : 6 clocks @
Cycle Time (tRAS) : 17 clocks @
Min TRC : 23 clocks @ 457 MHz, 2


Information SPD EEPROM (A2) :
Manufacturer : Elpida

Part Number : EBJ21UE8BDF0-DJ-F
Serial Number : 91133ED018E90800
Type : DDR3-SDRAM PC3-10700 (667
Format : UDIMM (133.35 x 15)

Size : 2048 MB (2 ranks, 8 bank
Module Buffered : No

Module Registered : No

Module SLi Ready (EPP) : No

Module XMP : No

Width : 64-bit

Error Correction Capability (EC.
Voltage : 1.50v

Prefetch Buffer : 8-bit

Manufacture : Week 41 of 2009

Thermal Sensor : No

Heat Spreader : No

Supported Frequencies : 457 MHz,
CAS Latency (tCL) : 6 clocks @ 4
RAS to CAS (tRCD) : 6 clocks @ 4
RAS Precharge (tRP) : 6 clocks @
Cycle Time (tRAS) : 17 clocks @
Min TRC : 23 clocks @ 457 MHz, 2


Memory Controller Information :
Memory Controller : System Memor
Location : roller : System Memor
Error Correroller : System Memor
Number of croller : System Memor
Max. Moduleroller : System Memor