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The ProLab Design PL-LGA1700-1UC is a compact 1U Server CPU Cooler engineered specifically for Intel LGA1700 platforms, designed for enterprise servers, edge computing systems, compact rackmount deployments, networking appliances, and space-constrained industrial systems. Optimized for low-profile server environments, the cooler delivers reliable thermal performance for Intel processors operating in dense 1U chassis configurations where airflow efficiency and compact dimensions are critical.
Built with a copper base and copper fin heatsink construction, the PL-LGA1700-1UC provides efficient heat transfer and stable thermal dissipation for low to mid-power Intel CPUs ranging from 65W to 150W TDP. The all-copper thermal design enhances conductivity and helps maintain stable processor temperatures during sustained workloads in enterprise and embedded computing environments.
The integrated 90mm PWM cooling fan operates between 1000 to 6000 RPM, delivering up to 18 CFM airflow for focused cooling performance within compact server chassis. Designed with a durable double ball bearing mechanism and 4-pin PWM control, the fan enables dynamic speed adjustment based on thermal load while maintaining long-term operational reliability in continuous-use environments. Despite its compact form factor, the cooler is capable of supporting demanding thermal conditions common in 1U rackmount systems.
With dimensions of 90mm x 89mm x 27mm and support for standard Intel LGA1700 mounting spacing, the PL-LGA1700-1UC is specifically engineered for square motherboard layouts and tight server installations. The reinforced mounting structure ensures secure contact pressure and dependable thermal transfer across Intel processors in high-density deployment scenarios.
Combining compact thermal engineering, all-copper construction, PWM-controlled airflow, and enterprise-grade reliability, the ProLab Design PL-LGA1700-1UC is an ideal cooling solution for compact servers, firewall appliances, embedded systems, edge compute nodes, industrial platforms, and low-profile enterprise infrastructure deployments.
