Product Cover Noctua NH-D9L, Premium CPU Cooler with NF-A9 92mm Fan (Brown)

Noctua NH-D9L, Premium CPU Cooler with NF-A9 92mm Fan (Brown)

$62.99
$54.95
For Bulk orders
Quantity


  • Features
  • Description
  • Similar Items
Compact dual-tower design combines strong cooling performance with excellent case-, RAM- and PCIe-compatibility

Only 110mm height is ideal for HTPCs, ITX, Small Form Factor or 3U builds; Does not overhang the RAM or PCIe slots on most current motherboards

Highly optimised NF-A9 92mm fan with PWM support and Low-Noise Adaptor for automatic speed control and ultra-quiet operation

Easy-to-install SecuFirm2 multi-socket mounting system for Intel LGA2011-0 & LGA2011-3 (Square ILM), LGA1156, LGA1155, LGA1151, LGA1150 & AMD AM2, AM2+, AM3, AM3+, FM1, FM2, FM2+ (backplate required), AM4 with NM-AM4 Includes award-winning NT-H1 thermal compoudn.

Trusted Noctua quality backed up by 6-year manufacturer's warranty.

Binding:

Personal Computers

Brand:

NOCTUA

EAN:

7290105142429

Label:

Noctua

Manufacturer:

Noctua

Model:

NH-D9L

Size:


Warranty:


The NH-D9L is a premium grade dual tower CPU cooler that has been designed to provide excellent quiet cooling performance at a height of only 110mm. Its comparably low profile (15mm lower than classic 9cm tower coolers such as the NH-U9S) doesn't only guarantee full 3U compliance but also makes the NH-D9L ideal for compact HTPC and Small Form Factor cases that have airflow paths parallel to the mainboard. Thanks to its 95x95mm footprint, the NH-D9L clears the RAM and PCIe slots on all Intel based and most AMD based ITX mainboards. The included NF-A9 premium fan supports automatic speed control via PWM for outstanding quietness of operation and a second, optional NF-A9 fan can be added for further improved performance in dual fan mode. Topped off with the trusted, pro-grade SecuFirm2 multi-socket mounting system, Noctua's proven NT-H1 thermal compound and full 6 years manufacturer's warranty, the NH-D9L forms a highly compact premium package for space-restricted applications.