- Joined
- Jan 4, 2005
Tomorrow is typhoon holiday. The mood is good and post some delayed test.
Take a look first.
Equipping with 2 holes Winond UTT. It guarantees DDR400 2 2-2-5 2.7~2.9V.
The same level as the famous Winbond BH5.
Specification :
* Package : 512MB kit (2x256MB) 1024MB kit (2x512MB) dual channel pack
* IC Spec : Winbond UTT
* CAS Latency : 2-2-2-5 (PC3200)
* Test Voltage : 2.7 ~ 2.9 V
* PCB Board : 6 Layers PCB
* Speed : DDR 400 MHz (PC3200)
* Type : 184-pin DDR SDRAM
* Error Checking : Non-ECC
* Registered/Unbuffered : Unbuffered
* Quality Control : Comprehensive rigorously tested in pair at dual channel environment
* Warranty : Lifetime
OC Winbond chip still needs higher voltage.
Before OC, except the body, well cooling is also impacting the result.
The same as testing OCZ VX PC4000 DDR500 2 2-2-5 3.3V, I use 12X12cm fan.
Take a look first.
Equipping with 2 holes Winond UTT. It guarantees DDR400 2 2-2-5 2.7~2.9V.
The same level as the famous Winbond BH5.
Specification :
* Package : 512MB kit (2x256MB) 1024MB kit (2x512MB) dual channel pack
* IC Spec : Winbond UTT
* CAS Latency : 2-2-2-5 (PC3200)
* Test Voltage : 2.7 ~ 2.9 V
* PCB Board : 6 Layers PCB
* Speed : DDR 400 MHz (PC3200)
* Type : 184-pin DDR SDRAM
* Error Checking : Non-ECC
* Registered/Unbuffered : Unbuffered
* Quality Control : Comprehensive rigorously tested in pair at dual channel environment
* Warranty : Lifetime
OC Winbond chip still needs higher voltage.
Before OC, except the body, well cooling is also impacting the result.
The same as testing OCZ VX PC4000 DDR500 2 2-2-5 3.3V, I use 12X12cm fan.