19-May-04, 01:42 PM
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#1 (permalink)
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| |  Affiliate Reviews: RAM
Review: PMI 1GB PC3200 Dual Channel Platinum Memory  | Quote: |  | | | | | | | | | | The matched pair of 512MB DDR 400MHz PC3200 Turbo Memory, PMI3200-1024DPL, is capable of achieving aggressive ultra-low latency 2-3-2-6 with superior stability which optimizes overall system performance. Efficient heat dissipation via elegant high quality Platinum Copper extends the life expectancy of the module. Through the advanced ICs sorting cutting edge technology, PMI Turbo Memory utilizes only excellent quality ICs that are capable of reaching highest possible frequency. | |  | |  | | OCZ "Enhanced Bandwidth" PC3200 DDR Memory Review @ OcPrices.com | | Quote: | | | | | | | | | | | The EB PC3200 is well suited for both Athlon64 and P4 systems, and comes rated at 2.5-8-3-2. While I wonÂ’t delve into the specifics of EB technology in this review, EB basically allows for using tighter latencies, and, through some very creative engineering, allows the ram to essentially start working on the next read before the current read has finished. For more detail, you can check out my original article here | | | | | | | Shikatronics SXP-1G/PC4400K2 ShikaXram Memory Kit Review @ MODTHEBOX.COM | | Quote: | | | | | | | | | | | Out of the packaging, my initial impressions of the Shikatronics SXP-1G/PC4400K2 ShikaXram Memory Kit were very positive. The Shikatronics SXP-1G/PC4400K2 ShikaXram Memory Kit contains two 512MB DDR550 CL3 SDRAM memory modules for a total combined capacity of 1GB. Each module is designed for an operating frequency of PC4400 or 275 MHz DDR with suggested voltages ranging from 2.6V to 2.8 Volts. I was unable to determine the ICs being used due to the included heat spreaders. Similar to rival PC4400 modules, the Shikatronics SXP-1G/PC4400K2 ShikaXram Memory Kit has a rated CAS Latency, RAS-to-CAS Delay, RAS Precharge and Act-to-Precharge Delay timings of 3-4-4-8 respectively. Theoretically, lowering the CAS latency will yield the largest performance increase yet play a key role with stability at high frequencies. The lax timings will strike some as a clear bottleneck yet the high speed of 275 MHz+ front side bus (synchronous) with the Pentium 4 architecture easily counter balances the lax timings as a much more bandwidth can be communicated from the memory to the processor. | | | | | | | |
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