The EK-Quantum Magnitude is the ultimate bespoke CPU water block from EK® that brings the highest cooling performance with the lowest possible flow restriction. The 1700 version of the water block is using a specific combination of flow distribution insert, mounting pressure, and cold plate geometry tailored for the IHS and die layout of Intel® 12th Generation Core CPUs.

EK-QuantumX Delta TEC EVO is the 2nd generation of cryo-cooling water block that is made in collaboration with Intel®. It is a unique cooling solution for enthusiasts who are seeking consistent system performance and ultimate overclocking on unlocked 11th and 10th Gen Intel® Core™ desktop processors. It brings in further improvements to the design, most notably an even more powerful TEC plate allowing over 50W more of cooling power. The TEC plate is now soldered to the bottom of the water block that goes over the CPU, improving contact and transfer of cooling to the block and eventually the CPU.

EK-Quantum Velocity² D-RGB - 1700 Nickel + Gold is the new high-performance premium quality CPU water block for the new Intel® socket LGA 1700-based platform. It features a next-generation cooling engine that is socket-specific. This CPU water block is EK-Matrix7 compliant and is mounted via a patent-pending EK Exact Mount system.

The EK-Quantum Magnitude is the new ultimate bespoke CPU water block from EK® that brings the highest cooling performance with the lowest possible flow restriction. The 1700 version of the water block is using a specific combination of flow distribution insert, mounting pressure, and cold plate geometry tailored for the IHS and die layout of Intel® 12th Generation Core CPUs.

The EK-Quantum Magnitude is the new ultimate bespoke CPU water block from EK® that brings the highest cooling performance with the lowest possible flow restriction. The 1700 version of the water block is using a specific combination of flow distribution insert, mounting pressure, and cold plate geometry tailored for the IHS and die layout of Intel® 12th Generation Core CPUs.