Cryorig introduces the H5 Ultimate, this new processor cooler is similar to the original H5 Universal but comes with a larger XF140 140mm fan and jet-black heatsink covers. The larger fan increases the H5 Ultimate's cooling capacity from 160W to 180W.
The H5 Ultimate HSF measures 110.9mm x 143mm x 160-168.3mm (fan position adjustable) and weighs 920g. It has a nickel-plated copper base, four 6mm copper heatpipes and a large aluminium fin array. Airflow is provided by the XF140 PWM fan, which offers up to 76CFM at a noise level of 23dBA.
The cooler will start shipping sometime this summer, it will be priced at $46.99 (39.99EUR).
Based on the acclaimed H5 Universal, CRYORIG has extended the successful Hive Fin™ based H series line with the CRYORIG H5 Ultimate. The H5 Ultimate features the same award winning features as the original H5 Universal, but with a larger XF140 140 mm fan and new jet-black heatsink covers. The larger XF140 increases the H5 Ultimate’s TDP from 160 to 180 Watt, putting the proprietary Hive Fin™ system to work. Together with the acclaimed MultiSeg™ mounting system, the H5 Ultimate will be the strongest single tower solution CRYORIG has up to date.
“The CRYORIG H5 Ultimate is the natural evolution of the H5 Universal. It follows our strategy of offering two different styles of products for our models. The Universal line focuses on the best compatibility on the market, and the Ultimate line, which is about pure performance. The PC DIY Modding and Overclocking crowd is a smart bunch of people who know what they need and want. We at CRYORIG believe that giving extra options and choices ultimately allows for users to find and chose what they need, instead of having the brands choose for them. Choice of customization is key.” – Alex W. Co-Founder of CRYORIG.
The included XF140’s air flow rating comes in at 76 CFM, around 17% more than the H5 Universal. Along with the H5 Ultimate’s moniker Hive Fin™ optimized air flow system, the H5 Ultimate boosts its overall TDP wattage to 180 Watt, enough for almost all modern CPU platforms.