EK Water Blocks EK-Quantum Magnitude D-RGB Intel 1200 / 115x

Product information: EK-Quantum Magnitude D-RGB Intel 1200 / 115x CPU Water Block - Nickel + Acetal 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 115x 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® 115x socket processors. Different from any mounting structure used by other water blocks that are usually black and mundane plates, the design accentuates an integrated X-shaped, three-dimensional frame with premium finishes that firmly cradles the main body in place while the screws are morphed into a sophisticated design detail. Specialized manufacturing techniques were deployed to create this truly unique product. Not a single component of Magnitude was made using mass production techniques; instead, every single piece was CNC machined separately, out of a solid piece of material. This version of the water block features a nickel-plated copper cold plate with a minimalistic black top CNC machined out of durable POM acetal. A CNC machined solid brass insert made it possible to significantly enlarge and optimize the cooling engine. Compared to previous generations of water blocks, the fin array has a 50% bigger surface area, all contained in a smaller footprint to ensure maximum compatibility even with mITX motherboards. The copper cold plate uses 0.40mm wide microchannels and 0.26mm thick microfins to maximize the thermal transfer with minimal flow restriction. Since EK-Quantum Magnitude was engineered from the ground up for each specific socket, the 115x version features an insert that directs flow evenly over the CPU die which is used in combination with a cold plate geometry that is specific to 115x socket processors. One more feature of the Intel-based Magnitude CPU water block is the reversible insert that can a...