Specifications
CAPACITY
1GB
STANDARD
PC2-6400 (800MHz)
SINGLE MODULE OR DUAL KIT
Single DDR2 module
MEMORY SPEED
800MHz (DDR2-800)
CAS LATENCY
CL5
MEMORY TIMINGS
5-5-5
VOLTAGE
1.8V
ERROR CHECKING
Non-ECC
FEATURES
6-layer PCB
REGISTERED
Unbuffered
TECHNOLOGY
240-pin DDR2 SDRAM
CONFIGURATION
Single-sided 1GB DDR2 module with 8 chips
PACKAGING
Retail packaging
WARRANTY
Lifetime manufacturers warranty
Product Description
1Gb DDR2 800MHz memory module for desktop systems. PC2-6400 standard, 240 pins, non-ECC. CL5 memory module. Suitable for dual channel operation if installed in pairs.
By 1.8V low-voltage application, DDR2 modules can reduce about 50% power consumption, which is compared with 2.5V (DDR) power supply on the same operation speed. So it is an environment-friendly product. In order to achieve so amazing high operation speed, A-DATA applies the lower parasitic-loading FBGA (Fine-pitch BGA) package to run in full-speed without extraneous loading.
Compared with DDR, DDR2 owns four key technologies pave the way to high-speed operation and low power consumption.
<b>Product features (from A-Data):</b>
- 240-pin small outline DIMM
- Maximum 6.4GB/s bandwidth
- JEDEC standard 1.8 +/- 0.1V power supply
- 64M x 8 component configuration
- CAS Latency:5
- 4 Bank
- Off-chip driver (OCD) impedance adjustment, and on die termination (ODT)
By 1.8V low-voltage application, DDR2 modules can reduce about 50% power consumption, which is compared with 2.5V (DDR) power supply on the same operation speed. So it is an environment-friendly product. In order to achieve so amazing high operation speed, A-DATA applies the lower parasitic-loading FBGA (Fine-pitch BGA) package to run in full-speed without extraneous loading.
Compared with DDR, DDR2 owns four key technologies pave the way to high-speed operation and low power consumption.
<b>Product features (from A-Data):</b>
- 240-pin small outline DIMM
- Maximum 6.4GB/s bandwidth
- JEDEC standard 1.8 +/- 0.1V power supply
- 64M x 8 component configuration
- CAS Latency:5
- 4 Bank
- Off-chip driver (OCD) impedance adjustment, and on die termination (ODT)