D-tek FuZion CPU Water Block

Detailed Description

The all-new D-Tek FuZion™ CPU block will shatter enthusiasts' expectations about water block design, appearance, and high quality manufacturing. Unique to the FuZion™ is the 4 to 1 flow chamber design that provides outstanding flowrates while the unique baseplate design delivers thermal control more efficiently than any restriction or impingement based blocks currently on the market. The FuZion™ design is optimized for the current high wattage multiple core processors now on the market today.

The FuZion™ block's G-1/4" hose barb threading offers compatibility with a wide variety of cooling kits currently on the market as well as direct European compatibility.

Features:

Full Copper baseplate featuring dense rounded pins and 1.4 sq." pin spread optimized for large die Dual and Quad core processors.
Airfoils are used to optimally direct water flow throughout the block.
Anti-oxidant treated precision machine lapped copper baseplate.
Black Delrin Top with brass threaded inserts embedded for durability and lightweight construction.
Black Delrin Mid Chamber is pressure balanced and internally optimized for rapid water transfer.
Nickel Plated 1/2" or 3/8" Hi-Flow Hose barbs included.
Includes all hardware and S/S 304 Socket Mounting Plates in Intel® and AMD versions that are compatible with most modern motherboards featuring mounting holes around the socket area.
100% leak tested prior to distribution.
Backed by a limited lifetime warranty on parts and labor.

Compatibility:

The D-TEK FuZion™ comes with all the necessary mounting hardware for the following CPU sockets

AMD Processors:

AMD AM2 via 4-holes through the motherboard.
Socket 754/939/940 (all AMD Athlon™ 64 series) via the 2-holes screwing into the socket back-plate method.
Socket 462 (AMD Socket A) via the 4-holes through the motherboard method.
Important Note: AMD 462 Socket lug mounting is not supported.

Intel® Processors:

Socket 478 (Intel® Northwood P4/EE) via the 4-holes through the motherboard by removing the black plastic heatsink retention frame.
Socket 775 (Intel® Socket T Prescott-style LGA) via the 4-holes through the motherboard method.
Socket 423 (Intel® Willamette P4), Socket 603/604 (Intel® Xeon™) via the 4-holes through the motherboard.