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Mushkin 1GB Dual Channel PC3200 "Redline" DDR Memory Review - In the Box

Today we've got a quick review of Mushkin's new 1GB Dual Channel PC3200 "Redline" DDR memory. Designed for enthusiasts with motherboards with the ability to use a VDIMM of 2.7 volts and beyond, the memory has aggressive SPD timings of 2-3-2-6 and offers solid overclocking performance for the AMD Athlon 64 platform. Read on and take a look at the new memory from Mushkin!

| DDR-3 Memory in RAM | Posted: Jul 11, 2005 4:00 am
TweakTown Rating: 9.5%Manufacturer: Mushkin

The Memory

 

 

When you refer to memory modules, you generally think of simple things like size and speed. In that regard, this set of modules falls into the category of 2x 512MB modules with a speed rating of PC3200, or DDR400. For those who are newer to the DIY scene, this means that you're looking at a pair of 512MB modules that are designed to run at a FSB speed of 200MHz with an effective speed of 400MHz since the memory is DDR (Double Data Rate).

 

Additionally, this is a matched set designed to be used in a dual-channel configuration, which gives even more performance to the memory speeds in those systems that support this feature.

 

To get even deeper into the specifications of these modules, I can also tell you that they are designed to be run at tight memory timings of 2-3-2-6 with the Command Rate set to 1T. This is another way that Mushkin tries to help your system run even faster than your normal rig.

 

 

But what is this "Redline" thing I mentioned earlier? Simply put it means that this memory is designed to run at voltages that make normal RAM chips shudder in fear. The recommended default voltage is 2.7v, up from the 2.5v you would normally use with DDR memory. But the 2.7v default is only half of the story here. These modules can also take a monstrous voltage level of 3.5v! This can make a huge difference when it comes to overclocking your system memory.

 

One word of caution however... if you are going to run high voltages, you MUST use active cooling on the memory modules! You've been warned.

 

So how are these modules able to stay alive at such high voltage levels? By using Winbond CH-UTT chips on a black 6-layer PCB. The CH-UTT chips being used are notorious for being power hogs, but they have been achieving exceptional speeds when you feed it enough juice.

 

So enough chatter, lets find out if this stuff can perform!

 

Further Reading: Read and find more RAM content at our RAM reviews, guides and articles index page.

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