
- Supports Intel Whitley Platform processors (Ice Lake and Cooper Lake).
- Support for LGA 4189-4/5 (P4/P5 or P+) sockets.
- Heat dissipation capacity up to 270W TDP.
- 60mm PWM fan with adjustable speed up to 8500 RPM.
- Stacked aluminum fins with embedded copper heat pipes.
- Quiet operation with a maximum noise level of 50 dBA.
- Compact size of 113 x 82 x 66 mm, ideal for 2U servers.
The Dynatron N11 is an active cooler designed specifically for 2U form factor servers, offering an effective solution for managing the heat of high-performance Intel processors. This heatsink is equipped with stacked aluminum fins and embedded copper heat pipes, maximizing thermal dissipation efficiency, ideal for high-performance environments such as data centers.
Compatible with Intel processors on the Whitley platform, including the Ice Lake and Cooper Lake series, the Dynatron N11 can support up to 270W TDP power, ensuring optimal performance even in intensive applications. In addition, it includes a 60mm PWM fan that automatically adjusts its speed to balance cooling and noise.
Thanks to its compact and robust design, this cooler is perfect for server racks where space is limited. In addition, it features high-durability ball bearings that extend the fan's lifespan, ensuring continuous and stable operation under demanding conditions.
If you need a reliable and powerful cooling solution for your 2U servers, the Dynatron N11 is the ideal choice. Ensure stability and extend the lifespan of your processor with this efficient, high-performance cooler.
Key Features...
* Compatible with Intel Whitley Platform processors (Ice Lake and Cooper Lake).
* Support for LGA 4189-4/5 (P4/P5 or P+) sockets.
* Heat dissipation capacity up to 270W TDP.
* 60mm PWM fan with adjustable speed up to 8500 RPM.
* Stacked aluminum fins with embedded copper heat pipes.
* Quiet operation with a maximum noise level of 50 dBA.
* Compact size of 113 x 82 x 66 mm, ideal for 2U servers.
Approximate delivery on Monday, June 29
Please note that the delivery date is an estimate
