Reviews
Facebook
Links
Downloads
History
Contacts
Home
Best viewed with
IE8 or newer @
1024x768 or
larger. Copyright
© 1997-2012 by
Club Overclocker
All rights reserved.
Legal Stuff

 

   

Application:

DDR2 Dual Channel Memory

Provided by:

OCZ Technologies

Available at:

NewEgg

MSRP:

$157.25

Availability:

Now

Review by:

Michael

Edited by:

Scott

Review date:

August 13, 2005

 

Crucial System Scanner
 

 

OCZ Dual Channel DDR2 "GOLD" PC2-5400

     When it comes to memory, there are a lot of brands to choose from. To make matters worse, every ram manufacturer seems to make a dozen or more models of what appears to be the same thing. OCZ has tried to make the selection process as simple as possible by naming their models in a hierarchical kind of sense. We start at the bottom of the performance ladder with the "value" brand and then work up through the names of precious metals from there. We know that PC2-5400 is supposed to be 'faster' than PC2-4200, but that numerical designator alone doesn't tell the whole story. RAM is a complex component with one common denominator; the more it costs, the performance potential it has. All PC2-5400 is supposed to have a clock speed of 667MHz, so the difference will all come down to its latency timings.

     Gold Series DDR2 from OCZ is available in three speed ratings [PC2-4200/5400/6400] and is packaged as both single modules and dual-channel kits. For this review, I have a dual-channel kit of PC2-5400 in 2x 512MB for a 1GB kit. Wrapped in the signature Gold colored heat spreaders, the OZ logo is guarantees a Lifetime warranty and outstanding technical support.

     Specifications:

     ► PC2-5400 (667MHz) DDR2
     ►
Latency: (4-4-4-8) CAS:4 / TRCD:4 / TRP:4 / TRAS:8
     ►
Operating Voltage: 1.8volts
               ** 2.2 volts "Extended Voltage Protection" - EVP. Usage in this zone does not violate OCZ lifetime warranty.

     The GOLD series DDR2 also has another standard feature, the Enhanced Latency Technology. While the CAS settings are truly nothing extraordinary for memory in this speed class, the low operating voltage coupled with the high EVP clears headroom at both ends of the overclocking spectrum. With increased voltage, we can either try and clock the RAM lower with lower latency timings or clock the ram higher for higher bus speeds. The trick is do to testing on your own system to see which will yield the highest gain in performance while maintaining 100% stability.

 

 


AMD
Cooler Master
Sapphire Tech
Futuremark Corp
Kingwin
Patriot Memory
Seagate