Dissipatore ad acqua Aqua-Computer cuplex kryos NEXT con VISION per socket LGA 1700 – nichel/nichel

Aqua-Computer cuplex kryos NEXT with VISION is a CPU water block engineered for Intel LGA 1700 sockets. It combines a nickel-plated cold plate with a nickel-plated top and internal liquid channels to deliver direct contact cooling for modern processors. The design supports integration with VISION display modules, enabling temperature and operational data visualization when used with compatible accessories. This water block is intended for custom water-cooling loops in high-performance desktop systems and overclocking configurations.

Advantages

The cuplex kryos NEXT offers high thermal conductivity through a precisely machined, nickel-plated cold plate that improves heat transfer from the CPU to the coolant. The nickel-plated top provides corrosion resistance and a consistent aesthetic while internal flow channels are sized to balance cooling performance and hydraulic resistance. Compatibility with VISION display modules allows users to monitor temperatures or system status directly at the block, simplifying visual checks during operation. The product is tailored for LGA 1700, ensuring correct mechanical fit and contact pressure for compatible Intel processors.

Suitable for

• Custom water-cooling loops in high-performance desktop PCs
• Overclocking builds requiring efficient CPU cooling
• Systems where on-block temperature visualization with VISION is desired
• Enthusiast and professional workstations with LGA 1700 CPUs

Key specifications

• Socket compatibility: Intel LGA 1700
• Material — cold plate: nickel-plated metal for improved thermal transfer
• Material — top: nickel-plated metal for corrosion resistance
• Cooling method: direct liquid contact via internal flow channels
• Integration: compatible with VISION display modules for visual monitoring
• Mounting: designed for secure mechanical fit and even contact pressure on LGA 1700 processors

How to use

Install the water block into a prepared custom cooling loop following the motherboard and water-cooling component manufacturers' instructions. Ensure the LGA 1700 mounting hardware is correctly seated and torque specifications are observed to achieve even contact with the CPU heatspreader. Connect inlet and outlet fittings to the block's ports using compatible tubing and fittings, then fill, bleed, and pressure-test the loop to check for leaks prior to powering the system. If a VISION display module is used, attach and configure it according to the module's documentation for temperature readouts or visual indicators.

Recommendations

Use corrosion-inhibited or manufacturer-recommended coolant to protect nickel-plated surfaces. Maintain regular loop maintenance including periodic coolant replacement and inspection for deposits. When overclocking, monitor temperatures via the VISION display or system sensors and ensure adequate radiator capacity and pump flow to match increased thermal load.