Sandra Professional

The HP 3200 REDLINE respond very well to our test bed. The ram is simply fast and I mean fast! We can achieve very tight timings with these modules by adding the right amount of voltage, once i dialed in the system, we got it to a very fast and very stable overclock of 250MHz+ FSB. Let's see what kind of numbers we can get...

200 MHz FSB - DDR-SDRAM 2.0-2-2-5CL

Sandra Benchmark Results Int Buff'd iSSE2 5937 MB/s Float Buff'd iSSE2 5870 MB/s

Int Buff'd iSSE2 (Integer STREAM) Results Breakdown

Sandra Benchmark	Breakdown
Assignment	6021MB/s
Scaling	6021MB/s
Addition	5857MB/s
Triad	5852MB/s
Data Item Size	16-bytes
Buffering Used	Yes
Offset Displacement Used	Yes
Bandwidth Efficiency	93% (estimated)

Float Buff'd iSSE2 (Float STREAM) Results Breakdown

Sandra Benchmark	Breakdown
Assignment	5836MB/s
Scaling	5849MB/s
Addition	5967MB/s
Triad	5967MB/s
Data Item Size	16-bytes
Buffering Used	Yes
Offset Displacement Used	Yes
Bandwidth Efficiency	92% (estimated)

I tightend up the timings to 2.2.2.5, DDR voltage to 3.0 volts and blasted these numbers which are amazing and show the REDLINE modules are operating at peak efficiency and respond very well to our current DFI nF4 SLI-DR configuration.

250 MHz FSB - DDR-SDRAM 2.0-2-2-8CL

Sandra Benchmark Results Int Buff'd iSSE2 6164 MB/s Float Buff'd iSSE2 6119 MB/s

Int Buff'd iSSE2 (Integer STREAM) Results Breakdown

Sandra Benchmark	Breakdown
Assignment	6277MB/s
Scaling	6278MB/s
Addition	6014MB/s
Triad	6013MB/s
Data Item Size	16-bytes
Buffering Used	Yes
Offset Displacement Used	Yes
Bandwidth Efficiency	94% (estimated)

Float Buff'd iSSE2 (Float STREAM) Results Breakdown

Sandra Benchmark	Breakdown
Assignment	6136MB/s
Scaling	61049MB/s
Addition	6067MB/s
Triad	6067MB/s
Data Item Size	16-bytes
Buffering Used	Yes
Offset Displacement Used	Yes
Bandwidth Efficiency	94% (estimated)

We got an amazing 250MHz FSB with the use of these modules, these things are screaming off results well over the 6000MB/s area. These modules woke our system up over the previous modules we were using and the results show it. To get these numbers I ran the DDR voltage at 3.5 volts by increasing the CPU up another .500 volts over previous settings, giving excellent results.