Saturday, May 14, 2011

OCZ Platinum XTE Edition

Platinum XTE
OCZ
Add to cart
Specs: Capacity: 4GB (2x 2GB, dualchannel);
Rated frequency: 2,000MHz
(PC3-16000); Timings: 9-9-9-24;
Voltage: 1.65V; Warranty: Lifetime
























Developed with Intel’s Sandy Bridge
platform in mind, OCZ’s Platinum
XTE series is low-voltage, dual-channel
memory that is built for overclocking.
The DIMMs feature OCZ’s low-profile
but girthy Xtreme Thermal Exchange heat
spreaders, which are designed to provide
optimal heat dissipation. Indeed, even while
clocked at DDR3-1600 with 7-7-7-16
timings and running benchmarks, this 4GB
DDR3-2000 kit maintained its temperature
well; our infrared thermometer showed little
or no temperature increase.
Running on an Intel DP67BG board
with a Core i7-2600K, the OCZ kit hit
21.58GBps of peak bandwidth and 60.5ns
latency in SiSoft Sandra’s memory tests at
1.65V and with the above-mentioned clock
speed and timings. (Stock scores running at
DDR3-1333 with 9-9-9-24 timings were
14.49GBps and 76.2ns, respectively.)
At $75.99, you could do a lot
worse for a Sandy Bridge memory kit,

especially considering how well it
can overclock.









Benchmark Results
3DMark 11

Overall                                  P7652
Graphics Score                       7929
Physics Score                         7967
Combined Score                     5792
Graphics Test 1*                     36.95
Graphics Test 2*                     36.82
Graphics Test 3*                     47.29
Graphics Test 4*                     24.6
Physics Test*                          25.29
Combined Test*                      26.94
SiSoft Sandra Lite                    2010c
Processor Arithmetic
Dhrystone ALU (GIPS)             50.56
Whetstone iSSE3 (GFLOPS)      41.63
Processor Multi-Media
Integer x16 aSSE2 (Mpixels/s)  168
Float x8 iSSE2 (Mpixels/s)        103
Double x4 iSSE2 (Mpixels/s)     56
Memory Bandwidth
Aggregate Memory                 14.49
Performance (GBps)
Integer Buffered iSSE2 (GBps)  14.48
Float Buffered iSSE2 (GBps)     14.49
Access Latency 76.2ns


Article By Computer Power User Magazine

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