EK Waterblocks Quantum Velocity Direct Die D-RGB 1700 Nickel + Plexi Water Blocks
(11 reviews)
The EK-Quantum Velocity 2 Direct Die D-RGB - 1700 Nickel + Plexi is specifically designed for direct die cooling of the Intel LGA 1700 socket-based CPUs of 12th and 13th generation Core architecture. It features a direct-die-exclusive cooling engine that is LGA 1700 socket-specific. It requires the removal of the IHS, the process popularly called Delidding. This CPU water block is EK-Matrix7 compliant and is mounted via a reinforced EK-Exact Mount system.
The EK-Quantum Velocity 2 Direct Die D-RGB - 1700 Nickel + Plexi is specifically designed for direct die cooling of the Intel LGA 1700 socket-based CPUs of 12th and 13th generation Core architecture. It features a direct-die-exclusive cooling engine that is LGA 1700 socket-specific. It requires the removal of the IHS, the process popularly called Delidding. This CPU water block is EK-Matrix7 compliant and is mounted via a reinforced EK-Exact Mount system.
$279.00 - $279.00
in 2 offers
EK Waterblocks Quantum Velocity Direct Die D-RGB 1700 Nickel + Plexi Water Blocks
$279.00
The EK-Quantum Velocity 2 Direct Die D-RGB - 1700 Nickel + Plexi is specifically designed for direct die cooling of the Intel LGA 1700 socket-based CPUs of 12th and 13th generation Core architecture. It features a direct-die-exclusive cooling engine that is LGA 1700 socket-specific. It requires the removal of the IHS, the process popularly called Delidding. This CPU water block is EK-Matrix7 compliant and is mounted via a reinforced EK-Exact Mount system.
The EK-Quantum Velocity 2 Direct Die D-RGB - 1700 Nickel + Plexi is specifically designed for direct die cooling of the Intel LGA 1700 socket-based CPUs of 12th and 13th generation Core architecture. It features a direct-die-exclusive cooling engine that is LGA 1700 socket-specific. It requires the removal of the IHS, the process popularly called Delidding. This CPU water block is EK-Matrix7 compliant and is mounted via a reinforced EK-Exact Mount system.
