The new HEATKILLER V graphics card coolers for Palit and Gainward RTX 5090 graphics cards are the consequent further development of our already very successful RTX 4090 graphics card coolers, optimised for maximum performance.
Key features of the HK V ULTRA series:
- Modular ULTRA - performance base plate
- Dual layer airflow
- Symmetrical cooling design
- Design-integrated mounting threads in the connection module
- Connection module screwed to copper base plate
- Screwless - more compact design
- aRGB board with improved connector System
Modular ultra-performance base plate with 100 x 0.15mm fins
With 100 x 0.15mm fins, we are setting the standard for water-cooled graphics card coolers with our current ultra-performance baseplate. Compared to the PRO version, the ULTRA version has a larger cooling surface, which ensures better temperatures. The Ultra-Performance base plate is currently considered the reference in the water cooling sector.
All spacing to heat-sensitive components has been reduced to a minimum so that the heat from thermal problem zones such as the ram and voltage converters is ideally dissipated. Precision-fit spacers ensure perfect stability and the best possible distribution of forces between the cooler, the graphics card and the back plate.
Dual-layer inflow and symmetrical cooling design
The dual-layer inflow and the symmetrical cooling design can be found in the current version of our HEATKILLER V GPU cooler. The increased inflow is particularly important for the ultra-performance base plate. The division of the water into two levels ensures a better flow through the cooler. The symmetrical flow paths, which have been implemented through extensive flow simulations, optimise the flow and therefore the overall performance of the HEATKILLER V cooler.
High-performance thermal pads for GDDR7 RAM
Our development department has invested a lot of time in finding the ideal thermal pads for the graphics card memory. We have found a thermal pad that lowers the temperatures around the memory compared to the very good standard pads.
Design-integrated side connection module
Another innovation is the connection threads integrated into the side of the module. For additional stability, the connection module is screwed to the copper base plate of the cooler. Together with the screwless panelling and the backplate included in the package, the result is a cooler that looks like a single unit.
In order to achieve the best possible design, the cooler has been designed so that the electronic components of the circuit board are not visible.
Backplate and aRGB in the package
The mounting of the cooler has been completely revised. In contrast to the previous versions, the entire cooling unit is screwed to the backplate. This not only makes installation easier, but also distributes the contact pressure optimally, which further increases the cooling performance. In addition to the impressive appearance, better temperatures are achieved.
The aRGB board used now utilises a modular design and a compact plug-in system. The implementation as a circuit board ensures better durability. Thanks to the high compatibility of our LEDs, the Heatkiller V cooler can be integrated into any lighting concept. However, the plug-in system also allows the cooler to be used quite simply without any lighting.
Made in Germany
Production is performed with the utmost care on our state-of-the-art CNC machinery in Waren an der Müritz. Numerous work steps are carried out by hand and each product is perfected according to the four-eyes principle. Made in Germany as you would imagine.
Technical data:
Material base plate: Electrolytic copper nickel-plated
Cover material: PLEXIGLAS® GS
Cover material: Anodised aluminium
Connection terminal material: Acetal
Dimensions: (LxWxH): 236 x 131 (incl. terminal) x 28mm (incl. backplate)
Connection: 6x G ¼ inch (DIN ISO 228-1)
Approved up to 1 bar
Compatibility:
Palit RTX 5090
Gainward RTX 5090
Not compatible:
GAINWARD 5090d Ta Xue
Delivery contents:
1 x HEATKILLER® V ULTRA aRGB
1 x HEATKILLER® V ULTRA backplate
1 x Mounting material
