As was the case with DDR2 memory, Intel, i7 platform, has been the "guilty" to deploy massively relatively new DDR3 DRAM, which can work much faster, albeit with a latency greater than their predecessors. TS1333KLU Transcend memories working at 1333 MHz with 9-9-9 latencies and voltage of 1.5 V, in this kit are issued three Triple Channel Configuration modules through which data flow increases, thereby increasing the bandwidth between the memory and CPU.
This kit comes with three modules of the same characteristics of 2GB each, to be mounted on support plates Triple Channel technology. It is advisable to know the maximum speed of our motherboard FSB to see if reports of their speed work at the factory. Today is a speed 1333 MHz amply supported by all motherboards for Intel and AMD. Latencies to the speed of 1333 MHz is 9-9-9, with increasing speed memories, the latencies may suffer any increase to maintain high frequencies and can dispense with lower values of timings for maximum performance when increase the clock speed.
8 chips mounted memories of 256 MB each of the Taiwanese manufacturer Elpida's 65 nm technology. The channel Triple Channel (commonly referred trichannel) is a platform technology used in Intel 1366 to increase the bandwidth between the RAM and CPU, this configuration mode is supported by the memory controller, which has been integrated remember CPUs of this platform. This architecture can only be used in three or multiple of three identical modules in capacity and speed
he first time with the speed and latency Factory, 1333 MHz and 9-9-9-24, and the second with an overclock from the BIOS made keeping, provided that the reports permit, the factory latencies (9-9 -9 to 24) and the maximum working voltage recommended by the manufacturer (1,575 V). To check the stability of the overclock done, has run the "Prime95" overnight (7 hours). As a benchmark, we use our memory test, a Tri-Channel DDR3 3x1GB 7-7-7-20, with the default speed, 1066 MHz is mounting air, so it does not have any type of ventilation . The ambient temperature remained constant at 24 ° C. Start with "Super PI Mod 1.5" Test 2M (estimate of 2 million decimals of pi). We'll see how the speed and latency of reports help the CPU to calculate decimals.




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