Noctua NH-D15 6 heatpipe with Dual NF-A15 140mm fans

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Built on the basis of the legendary NH-D14 and carrying on its quest for ultimate quiet cooling performance, Noctua's flagship model NH-D15 is an elite-class dual tower cooler for the highest demands. Its expanded heat pipe layout and two premium grade NF-A15 140mm fans with PWM support for automatic speed control allow it to further improve the NH-D14's award-winning efficiency. 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-D15 forms a complete premium quality solution that represents a deluxe choice for over clockers and silent-enthusiasts alike. NH-D15 should be used with standard height RAM (up to 32mm).
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
Noctua's SecuFirm mounting systems have become synonymous with quality, safety and ease of use. Supporting Intel LGA115x (LGA1150, LGA1155, LGA1156), LGA2011 and AMD (AM3(+), AM2(+), FM1, FM2(+))
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
Noctua's SecuFirm mounting systems have become synonymous with quality, safety and ease of use. Supporting Intel LGA115x (LGA1150, LGA1155, LGA1156), LGA2011 and AMD (AM3(+), AM2(+), FM1, FM2(+))
Dual NF-A15 140mm fans: The NH-D15 features two of Noctua's premium class NF-A15 140mm fans
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
Noctua's SecuFirm mounting systems have become synonymous with quality, safety and ease of use. Supporting Intel LGA115x (LGA1150, LGA1155, LGA1156), LGA2011 and AMD (AM3(+), AM2(+), FM1, FM2(+))
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
Noctua's SecuFirm mounting systems have become synonymous with quality, safety and ease of use. Supporting Intel LGA115x (LGA1150, LGA1155, LGA1156), LGA2011 and AMD (AM3(+), AM2(+), FM1, FM2(+))
Dual NF-A15 140mm fans: The NH-D15 features two of Noctua's premium class NF-A15 140mm fans
Complying with the open SecuFirm standard, the NH-D15 can be made compatible with the older LGA1366 and LGA775 sockets using the optional NM-I3 mounting kit
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
Noctua's SecuFirm mounting systems have become synonymous with quality, safety and ease of use. Supporting Intel LGA115x (LGA1150, LGA1155, LGA1156), LGA2011 and AMD (AM3(+), AM2(+), FM1, FM2(+))
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
Noctua's SecuFirm mounting systems have become synonymous with quality, safety and ease of use. Supporting Intel LGA115x (LGA1150, LGA1155, LGA1156), LGA2011 and AMD (AM3(+), AM2(+), FM1, FM2(+))
Dual NF-A15 140mm fans: The NH-D15 features two of Noctua's premium class NF-A15 140mm fans
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
Noctua's SecuFirm mounting systems have become synonymous with quality, safety and ease of use. Supporting Intel LGA115x (LGA1150, LGA1155, LGA1156), LGA2011 and AMD (AM3(+), AM2(+), FM1, FM2(+))
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
6 heat pipe dual tower design: As compared to conventional single tower heat inks, the NH-D15's fine-tuned six heat pipe dual tower design provides more surface area, better heat-distribution and superior airflow efficiency in dual fan mode
Widened fin stack and expanded heat pipe layout: NH-D15's fin-stack has widened to 150mm and its heat pipes are now spaced further, which allows more uniform heat distribution over a larger surface area
High RAM compatibility in single fan mode: NH-D15 provides 64mm clearance for tall memory heat sinks in single fan mode, making it compatible with most high end RAM modules. In dual fan mode.
Extending below the fin-stacks, the large NF-A15 fans not only contribute to the NH-D15's superb CPU cooling capabilities but also provide massive airflow over surrounding motherboard components and heat sinks
Noctua's SecuFirm mounting systems have become synonymous with quality, safety and ease of use. Supporting Intel LGA115x (LGA1150, LGA1155, LGA1156), LGA2011 and AMD (AM3(+), AM2(+), FM1, FM2(+))
Dual NF-A15 140mm fans: The NH-D15 features two of Noctua's premium class NF-A15 140mm fans
Complying with the open SecuFirm standard, the NH-D15 can be made compatible with the older LGA1366 and LGA775 sockets using the optional NM-I3 mounting kit
Having received more than 100 awards and recommendations from hardware journalists around the world, Noctua's NT-H1 is a proven professional grade TIM solution that provides minimum thermal resistance, excellent ease of use and outstanding reliability