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Deep in the underground bunkers of ClubOC Headquarters, the mad
scientists have cleared away the blown motherboards and fried
processors. They have fired up the nuclear reactors, thrown
another log in the fire and are gathering around a small package
just in from Patriot Memory. Sounds like we are in for a long
night of overclocking madness! Overclocking or not, the people
at Patriot Memory have always produced top notch memory capable
of delivering high benchmark scores with stable performance.
Let's take a look at their new EPP ready PC2-6400 dual channel kit with
low
timings of 4-4-4-12.

About Patriot Memory
Patriot Memory is a
division of PDP Systems, Inc. Patriot builds a full range of
memory module products and offers the perfect blend of quality
and value. Patriot products include Extreme Performance EP,
Dual Channel DC, Signature Lines SL and Flash memory solutions.
Sales and Distribution
Patriot has sales offices located throughout the U.S.
and Asia. Patriot sells through the distribution channels
throughout North America, Europe, Asia Pacific, Middle East,
Africa, and Latin America.
Manufacturing and Operations
Patriot's development and manufacturing facility are
located in Fremont, California USA. Our manufacturing segment
is composed of a highly skilled production staff and multiple
production lines optimized for modules, giving Patriot the
ability and resources necessary to provide a full line of memory
module solutions.
About Patriot Memory's
PC2-6400
The
Patriot Extreme Performance (EP) Low Latency is engineered to
provide PC enthusiasts and gamers the power to perform with
extreme bandwidth and low latency. It is capable of operating up
to PC2-6400 (800MHz) and at latency of 4-4-4-12. It is equipped
with heat shields to improve module stability performance while
operating under extreme overclocking conditions. Available in
1GB and 512MB capacities, the Patriot Extreme Performance Low
Latency is engineered specifically towards PC enthusiasts and
gamers who prefer latency to bandwidth.
About EPP (Enhance
Performance Profiles)
NVIDIA -
Developed as an extension to the traditional Serial Presence
Detect (SPD) found on today's high-performance DIMMS, Enhanced
Performance Profiles allow memory manufacturers to integrate
additional module performance data in the unused portion of the
JEDEC standard SPD, allowing compatible motherboards to read and
take advantage of added performance capabilities. Enhanced
Performance Profiles were developed as an open standard, and
immediate adoption is expected NVIDIA motherboard partners and
PC memory suppliers.
While memory
modules with Enhanced Performance Profiles will work on any
motherboard, only motherboards equipped with properly-designed
BIOSes, such as those designed for NVIDIA nForce® 590 SLI media
and communications processors (MCPs), will detect the presence
of these new capabilities and prompt the user to set PC boot
parameters for guaranteed optimized settings. End users will be
able to measure the impact on benchmark performance and verify
detailed parametric settings using common system utilities such
as Lavalys EVEREST or Microsoft® Windows®-based performance
tools such as NVIDIA nTune™.
Specifications

- 800MHz DDR2 (See
the ClubOC Memory Conversion Chart)
- Low Latency (4-4-4-12)
(CAS-TRCD-TRP-TRAS)
- Available in 1024MB Modules
and 2GB (2x1024) Dual Channel Kits
- Bladed aluminum heat shields
to improve module stability
- Lifetime Warranty
- 2.1 Volts
- 240 Pin DIMM
- Enhanced Performance
Profiles (EPP)
- RoHS Compliant

Part Numbers
- PDC22G6400ELK
Patriot Extreme Performance DDR2 2GB PC2-6400 Eased Latency
DIMM Kit
-
PDC22G6400LLK (kit in review)
Patriot Extreme Performance DDR2 2GB (2 x 1GB) PC2-6400 Low
Latency DIMM Kit
- PDC21G6400LLK
Patriot Extreme Performance DDR2 1GB (2 x 512MB) PC2-6400 Low
Latency DIMM Kit
- PDC21G6400ELK
Patriot Extreme Performance DDR2 1GB PC2-6400 Eased Latency
DIMM Kit
- PEP21G6400LL
Patriot Extreme Performance DDR2 1GB PC2-6400 Low Latency DIMM
- PEP25126400LL
Patriot Extreme Performance DDR2 512MB PC2-6400 Low Latency
DIMM

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