Model: CNPS10X PERFORMA BLACK: Dimensions: 135 x 95 x 155(H)mm: Materials: Pure Copper, Pure Aluminum: Weight: 860g: Heat Dissipation Area: 9,271㎠ Heat Pipe: 4: TDP

2010年12月20日 · Zalman and its unique fin-ring type heatsinks ruled the roost once upon a time, but things changed with the advent of tower-type coolers. Zalman continued to innovate with a redesigned CNPS9900 MAX, even after going tower-design with the CNPS 10 series.

2012年8月3日 · CNPS9900 MAX Blue utilizes a composite heatpipe which is 50% more effective in transferring heat compared to ordinary heatpipes. Optimally designed pure copper fins effectively disperse heat away from the CPU via composite heatpipes, while the high capacity 135mm fan quickly cools the heatsink for stable operation of high-performance CPUs.

2010年12月16日 · Zalman calls it the CNPS 9900 MAX which comes with Zalmans heat transfer solution by utilizing composite heatpipe technology allowing a Q-Max of 300W, along with a bigger 135mm LED fan for, what...

View and Download ZALMAN CNPS9900 Series user manual online. CNPS9900 Series computer hardware pdf manual download. Also for: Cnps9900a led, Cnps9900 nt.

2011年2月2日 · For the first test we set our i7-950 overclocked to 200×20 @ 1.25v for a clock speed of 4.0GHz. We allow the system to idle for 10 minutes and then run Prime95 ‘maximum heat maximum stress’ setting for a further 30 minutes. After 30 minutes we note the temperatures of all cores and the ambient temperature of the room.

サイズ: 94(L) x 131(W) x 152(H)mm: 重量: 755g: 放熱材料: 純銅、ラックパールのニッケルメッキ: 放熱面積: 5,402cm2: ベアリング方式

View and Download ZALMAN CNPS9900 Max user manual online. Intel Socket LGA 2011 V3/2011/ 1366 / 1156 / 1155 / 1151 / 1150 / 775 CPUs AMD Socket FM2 / FM1 / AM3+ / AM3 / AM2+ / AM2 CPU&APUs. CNPS9900 Max freezer pdf …

2010年12月20日 · Zalman's CNPS9900 MAX performs well in keeping idle and load temperatures in check, with performance in league with today's tower-type heatsinks. It scores very high in aesthetics, with its original design, soft-glow fan, and zero-interference with memory, VRM, and northbridge areas of the motherboard.