Water block Aqua-Computer cuplex kryos NEXT for LGA 1700, Nickel/Nickel

Aqua-Computer cuplex kryos NEXT for LGA 1700 is a CPU water block engineered for direct liquid cooling of Intel processors on the LGA 1700 platform. The contact surface is copper with a nickel finish and the housing is nickel-plated, combining effective thermal conduction with corrosion-resistant surfaces. Designed for integration into custom water-cooling loops, the block channels coolant across a finely machined cold plate to transfer CPU heat to the loop efficiently, making it suitable for high-performance desktops and overclocked systems.

Advantages

The nickel-plated copper contact and nickel housing offer a balance of thermal conductivity and surface durability while reducing the risk of surface corrosion. The design provides a low hydraulic resistance path for coolant, helping maintain strong flow rates in complex custom loops. Precision internal microchannels ensure consistent heat transfer across the CPU heat spreader, supporting stable temperatures under sustained load. The block is tailored for LGA 1700 socket geometry to ensure correct mounting pressure and contact area.

Suitable for

• Custom water-cooling loops in high-performance desktops
• Systems using Intel LGA 1700 processors
• Overclocking and sustained heavy CPU workloads
• Quiet cooling builds that prioritize liquid cooling efficiency

Key specifications

• Socket compatibility: Intel LGA 1700
• Contact material: copper with nickel finish
• Housing finish: nickel-plated
• Cooling method: direct liquid cooling via microchannel cold plate
• Intended use: custom water-cooling loops for desktop PCs

How to use

Mount the water block onto an LGA 1700 CPU following the motherboard and mounting hardware instructions to ensure correct alignment and mounting torque. Apply a thin, even layer of thermal interface compound to the CPU heat spreader before seating the block. Connect inlet and outlet fittings to the custom loop tubing and verify leak-tight connections. Fill and purge the loop according to standard custom loop procedures, then monitor temperatures during initial operation to confirm proper contact and flow.

Recommendations

Use a compatible coolant and corrosion inhibitors if the loop contains dissimilar metals. Periodically inspect fittings and the block for signs of debris or buildup and perform scheduled maintenance when necessary to preserve thermal performance and flow. Follow manufacturer mounting torque guidelines to avoid uneven contact or damage to the CPU or socket components.