Specifications
CAPACITY
2GB
STANDARD
PC2-6400 (800MHz)
SINGLE MODULE OR DUAL KIT
Dual Channel kit (2x 1GB modules)
MEMORY SPEED
800MHz
CAS LATENCY
CL4
MEMORY TIMINGS
4-4-4-12
VOLTAGE
2.2V
ERROR CHECKING
Non-ECC
FEATURES
6-layer PCB, bladed alu heatspreaders, 100% hand-tested, made in the USA
REGISTERED
Unbuffered
TECHNOLOGY
240-pin DDR2 SDRAM
CONFIGURATION
Double-sided 1GB DDR2 modules, 16 chips per module
PACKAGING
Retail packaging
WARRANTY
Lifetime warranty
Product Description
Patriot Extreme Performance PC2-6400 memory is designed to operate at the high frequency of 800MHz. Running at a low timing of 4-4-4-12 (tCAS-tRCD-tRP-tRAS), our PC2-6400 demonstrates its versatility at a high frequency and low latency making our PC2-6400 the memory of choice for all extremists and enthusiasts.
The secret to Extreme Performance Gaming Series is in our manufacturing process. Dual channel memory kits are paired from the end of our production line. In addition both our single module and dual channel Extreme Performance memory modules goes through rigorous compatibility testing and strict quality control to ensure operations and performance at their rated speeds and timings. Accompanied with our high quality premium heat spreaders and backed by our life time warranty, Patriot Dual Channel memory is right memory for the overclocking enthusiast in you.
Full specifications available <a href="/downloads/6400ll_R.pdf">here</a>.
The secret to Extreme Performance Gaming Series is in our manufacturing process. Dual channel memory kits are paired from the end of our production line. In addition both our single module and dual channel Extreme Performance memory modules goes through rigorous compatibility testing and strict quality control to ensure operations and performance at their rated speeds and timings. Accompanied with our high quality premium heat spreaders and backed by our life time warranty, Patriot Dual Channel memory is right memory for the overclocking enthusiast in you.
Full specifications available <a href="/downloads/6400ll_R.pdf">here</a>.