Friday, December 10th 2010
Sharkoon Announces Decoupling Frame for 2.5 and 3.5 Inch Hard Drives
Sharkoon introduces the new "Vibe Fixer" model to their hard drive decoupler series: The Sharkoon Vibe Fixer PRO is a wide adjustable, versatile standby adapter and decoupling frame for hard drives and SSDs in both 2.5 and 3.5 inch format and fits into either a 3.5 or 5.25 inch mounting bay. The smaller 2.5 inch drives can be mounted into either frame setting, the user has the freedom to choose the purpose of the remaining free PC slots.
The operating noise of rotary hard drives are effectively decoupled from the housing due to a total of eight rubber buffers positioned in the frame. Thanks to the pre-drilled holes for an 80mm or 120mm fan, the Sharkoon Vibe Fixer PRO can expand to fit an active hard drive cooler. The decoupling frame measures 156mm x 98/144mm x 32mm (L x W x H). In shipping you will find instructions, mounting rails and an extensive supply of screws including rubber bolts for use on an optional fan to ensure a vibration free assembly.Video instructions for users can be found here.
End customers will find the Sharkoon Vibe Fixer PRO available for the recommended retail price of 9.99 euros from authorized retailers.
The operating noise of rotary hard drives are effectively decoupled from the housing due to a total of eight rubber buffers positioned in the frame. Thanks to the pre-drilled holes for an 80mm or 120mm fan, the Sharkoon Vibe Fixer PRO can expand to fit an active hard drive cooler. The decoupling frame measures 156mm x 98/144mm x 32mm (L x W x H). In shipping you will find instructions, mounting rails and an extensive supply of screws including rubber bolts for use on an optional fan to ensure a vibration free assembly.Video instructions for users can be found here.
End customers will find the Sharkoon Vibe Fixer PRO available for the recommended retail price of 9.99 euros from authorized retailers.
10 Comments on Sharkoon Announces Decoupling Frame for 2.5 and 3.5 Inch Hard Drives
Why hasn't anybody thought about this yet?!
Then again, I'm not sure what they are trying to accomplish with that. On a golf ball, I know what the are dimples for, but on a computer axial fan... :confused: