Legit Cooling Reviews
Intel LGA2011 CPU Cooler Roundup For Sandy Bridge-E Processors
| Manufacturer: | Noctua |
| Product: | |
| Date: | Wed, Dec 28, 2011 - 12:00 AM |
| Written By: | Shane Higgins - |
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Intel RTS2011LC Water Cooler
The Intel RTS2011LC is the first water cooler from Intel and was released for their new Sandy Bridge-E processors and X79 chipset. This was released as an option for end users as Intel decided not to ship CPU coolers with the new LGA2011 processors.
Intel teamed up with no other than Asetek to offer the Intel RTS2011LC self contained water cooler kit. Asetek has been making this type of kit for a while and was behind the Corsair H50 and H70 as well as the Antec Kuhler 620 and 920 and, most recently, the cooler AMD paired up with their Bulldozer chips. The Intel RTS2011LC most resembles the Antec Kuhler 620 in design. It has a thin single 120mm radiator with a single 120mm blue LED fan. Unlike the AMD water cooler, the Intel cooler will not have any software controls.
The Intel RTS2011LC water cooler is not just for the LGA2011 platform. It comes with all hardware needed to mount up to all the LGA sockets.
Specifications of Intel RTS2011LC
- Fan Speeds: 800-2200 RPM (4 wire PWM)
- Fan Dimensions: 120 mm x 120 mm x 25 mm
- Fan Airflow: 74CFM
- Unit Noise Level: 21dBA@800 RPM / 35dBA @ 2200 RPM
- Radiator Dimensions: 150mm x 118mm x 37mm
- Pump Z-Height: 33mm
- Total Thermal Solution Weight: 820 grams
- Cooling Liquid: Propylene Glycol
- Thermal Interface Material: TC-1996
Next Page - Noctua NH-D14
| Review Index |
|
Page 1 - Intel Socket LGA2011 CPU Cooler Round Up
Page 2 - Coolink Corator DS LGA2011 Page 3 - Corsair Hydro Series H80 Page 4 - Corsair Hydro Series H100 Page 5 - Intel RTS2011LC Water Cooler Page 6 - Noctua NH-D14 Page 7 - Noctua NH-D14 SE2011 Page 8 - NZXT HAVIK 120 Page 9 - Zalman CNPS 11X Performa Page 10 - Zalman CNPS 12X Page 11 - Legit Reviews Intel Core i7-3960X Test System Page 12 - Temperature Testing Results Page 13 - Price Versus Performance Ratio Page 14 - Final Thoughts and Conclusion |
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