Origin Code has introduced a dedicated split-type liquid cooling module designed specifically for its VORTEX series memory kits, expanding cooling options for users building custom liquid-cooled systems. The new module focuses on improving thermal performance for high-speed memory configurations while also adding visual customization features often preferred in enthusiast-grade PC builds.
The liquid cooling unit is constructed entirely from aluminum and features a black-and-gold clock-inspired design intended to complement premium hardware themes. Measuring 163.68 × 49.38 × 47.24 mm, the module is relatively compact for a memory cooling solution and is designed to integrate into systems where space efficiency remains important alongside thermal performance. The structure reflects a design approach that prioritizes durability and heat dissipation while maintaining a distinctive aesthetic suitable for showcase systems.
A 228 × 480 LCD display module is integrated on the top section of the cooler, allowing users to display system-related information or custom visuals depending on software support. LCD-equipped cooling hardware has become increasingly common across enthusiast components, including CPU coolers and distribution plates, as users look to personalize system appearance beyond traditional RGB lighting.
The cooling system utilizes a 2-in, 1-out water channel configuration and supports standard three-point threaded fittings, allowing compatibility with commonly available custom loop components. This approach ensures the module can be integrated into existing liquid cooling setups without requiring specialized connectors or proprietary fittings. Compatibility with standard loop components remains important for builders who prefer flexible configurations when planning system layouts.
According to Origin Code, the module can reduce operating temperatures by approximately 30°C compared to memory operating without direct liquid cooling. Lower temperatures can help maintain stability when running memory at higher frequencies or tighter timings, particularly as DDR5 kits continue to push higher performance levels. While memory liquid cooling remains a niche category compared to CPU or GPU cooling solutions, interest has gradually increased among enthusiasts seeking additional thermal headroom and visual consistency across liquid-cooled builds.
Further details regarding pricing, regional availability, and compatibility across specific VORTEX memory models have not yet been confirmed. Additional information is expected to be shared as the product approaches release.
