Breaking Design Molds
Efficiency by Innovation
CRYORIG H Series coolers feature our proprietary Hive Fin™ structure. This design allows for a combination of Jet Fin Acceleration™ and Turbulence Reduction, as well as strengthening structural strength of the fin stacks. Combined together, the Hive Fin™ design brings cool innovation.
Air Exhaust Acceleration
Hot Air Cooled Fast
By utilizing a larger air intake and narrower air exhaust section on the fins, compresses the air to move faster while exiting the heatsink. Jet Fin Acceleration System™ carries the hot air out of the system faster and more efficiently.
Turbulence Reduction System
Utilizing a bee hive shaped structure at the front air intake of the heatsink, lowers air turbulence and straightens out the airflow. Assisting airflow to move directly through the full length of the heatsink and carrying out hot air.
XL Surface Area
The H series coolers by CRYORIG feature an extended fin surface area to the back. This allows the heatsink to achieve phenomenal cooling performance comparable to Dual Tower coolers and heatsinks. The H5 in particular has a cooling surface area within 90% of our top-line R1 series coolers.
Total CPU Coverage
The H5’s Heatpipe Convex-Align™ System allows for more heatpipes in a given area, optimized heatpipe placement in the copper base, and improved alignment with your CPU. With the Heatpipe Convex-Align™ System, each heatpipe functions to their maximum TDP capacity.
Silence Means Cold
Acoustics are just as important as performance. That’s why the XT140 140mm fan integrates acoustic optimizations. The XT140 features our High Precision Low Noise (HPLN™) bearing and the detachable Acoustic Vibration Absorbers that give the fan a snugger fit while canceling vibration and noise at the same time.
Quick Mount System
Patent Pending Multiseg™ Quick Mount System providing an all in one solution on Intel™ platforms, CRYORIG’s MultiSeg™ Quick Mount System allows for a securer and firmer installation within minutes.
Zero RAM Interference
Focusing on providing the widest range of compatibility, the H5 utilizes an asymmetric slanted heatpipe layout to move the heatsink away from the RAM zone. Also, fitted with a 13mm thin XT140 the CRYORIG H5 offers optimal compatibility for RAM with tall heat spreaders on both Intel™ and AMD platforms.
Fast & Easy to Install
The H5 is highly efficient and easy to install. With maximum compatibility for virtually all setups, it’s the heatsink that’s compatible, competitive and cool.
*Filmed on an ASUS MAXIMUS VII RANGER Board, with G.Skill Trident X RAM.
|Dimension ( with fan )||L98 mm x W143 mm x H160 mm|
|Weight ( with fan )||853 g|
|Weight ( without fan )||764 g|
|Heat pipes||6mm heatpipe x 4 units|
|Fin||T = 0.4 mm ; Gap = 2.8 mm|
|Fin Pcs||38 pcs|
|Copper Base||C1100 Pure copper nickel plated|
|RAM Height Limit||Limitless|
|Dimension||L140 mm x W140 mm x H13 mm|
|Rated Speed||700 ~ 1300 RPM ±10 %|
|Noise Level||20 ~ 24 dBA|
|Air Flow||65 CFM|
|Air Pressure||1.49 mmH2O|
|INSTALLATION GUIDE||FAQ||PRODUCT WARRANTY|
|Download the most up to date version of our installation guide in PDF format.||Have questions about the product? Look up our FAQ section to find an answer!||Read more about our Warranty Policy and find out how your product is protected.|
|DOWNLOAD FILE||HEAD TO FAQ||WARRANTY POLICY|
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The Easiest Way To
Check if CRYORIG Fits
At CRYORIG, we are always coming up with new
ideas on how to improve our user experience.
Taking into account of the multitude of
hardware combinations and the speed of
new hardware hitting the market, we have
come up with a innovative way of
helping users solve the question
of “Will it Fit?” in true modding/DIY
Enter the CRYORIG ORIGAMI
COMPATIBILITY TESTER! All you need is a
printer, some A4 sized paper, a ruler, and a pair
of scissors to make your own CR ORIGAMI
TESTER! Please always use recycled materials
or used paper if available.
First choose the CRYORIG Heatsink Model of choice, and select the correct socket type of your mainboard.
Print your plans with a printer onto a piece of A4 sized paper.When printing making sure to use the following print options: Actual Size/True Size and Uncheck Fit To Page. Then use the Scale Check Zone at the bottom of the print out with your ruler, to see if you have a 1:1 print. Printing on thin cardboard or thicker materials are suggested but not required.
Follow the scissor icon and cutout each part of the CR ORIGAMI TESTER. You will end up with the three parts: FIN, BASE TESTER and PIPE.
Fold the dotted lines on the FIN, BASE TESTER and PIPE. Glue or tape the winglet on the BASE TESTER to complete.
Combine the FIN, PIPE and BASE TESTER according to order.
Now place the BASE of the CR ORIGAMI TESTER directly on top of your CPU, so that the four sides of the BASE wraps perfectly around the protruding lid of the CPU. Now check If any sides or elements of the CR ORIGAMI TESTER interferes and or is bent by the components, then the compatibility test has been failed. If your CR ORIGAMI TESTER is not interfered by anything, then you have passed the compatibility test! Please note that our heatsink are mountable in different directions and orientations. If one direction does not fit, you can always try the tester in a different direction.
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