Document
CMX512-3200LL
The CMX512-3200LL is a 512 MByte, two bank, ultra-low-latency DDR SDRAM DIMM screened specifically for gaming applications. The part has been designed with a special ultra-low-latency SPD program, which configures it to automatically boot up with optimal latency settings in most motherboards. Since configuration is automatic, there is no need to adjust BIOS settings to attain maximum performance. The impact of these low latency settings are shown below; for chip sets such as the KT400 or NForce2, latency settings are much more important to overall system performance than memory bus frequency.
F E AT U R E S
Plug-n-Frag Auto-Configuration B o o t s a u t o m a t i ca l l y u s i n g l ow latenc y values 5 1 2 M e g aby te s o f m e m o r y Implemented using 32M x 8 DDR SDRAMs 100% tested at 200 MHz in high p e r fo r m a n ce m o t h e r b o a rd s B e n c h m a r k e d ove r m u l t i p l e c h i p s e t s, p ro ce s s o r s, a n d m o t h e r b o a rd s Le g e n d ar y Co r sai r re l i ab i l i t y a nd se r v i ce
TM
TEST SPECS
Each mod u l e i s tes ted i n a n Asu s A7N8X at 200 MHz
I nc re a sing Per fo rm an ce
Performance vs. Latency
(Overall system performance using common benchmarks) + 43 points
Tested at ultra-low latenc y settings (2 -2-2-6) , co m m a n d rate o f 1T SPD programmed for low latenc y operation
The Fine Print: Newer motherboards may be used for production test as they become available. Corsair may periodically update the part with newer RAM revisions of same or greater performance. RAM used on the module may change without notice. © January, 2003 Corsair Memory, Inc.
+ 202 points
+ 58 points
XMS2700LL ultralow latency settings
XMS2700LL ultralow latency settings
3DMark 2001SE
Aida32 (Read)
SiSoft Sandra (Integer/Floating)
www.corsairmemory.com toll free: 888-222-4346 international: 51 0-657-8747
XMS2700LL ultralow latency settings
JEDEC-standard latency settings
JEDEC-standard latency settings
JEDEC-standard latency settings
Free Datasheet http://www.Datasheet4U.com
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