Kingbank KJUS Series DDR4 2666MHz 8GB Desktop RAM Heatsink

Description

Kingbank KJUS Series DDR4 2666MHz 8GB Desktop RAM UDIMM Heatsink

The KINGBANK DDR4 Heatsink UDIMM is a high-performance desktop memory module designed for users who demand not only fast speeds but also reliable heat dissipation. With operating frequencies of 2666, 3000, 3200, 3600, and 4000 MHz, it delivers impressive performance for modern applications including gaming, content creation, and multitasking heavy workloads.

Available in capacities of 8GB, 16GB, and 32GB per module (with dual-module options as well), this DDR4 RAM module gives a wide range of configuration choices depending on your system needs. Whether you want to upgrade an older machine or build a new high-speed rig, you can pick the speed and capacity that best match your demands.

A standout feature is its built-in heatsink which helps manage thermal loads during intense usage. This ensures better stability, reduced thermal throttling, and more consistent performance when the system is under heavy load—such as gaming, rendering videos, or other sustained tasks. The heatsink not only aids performance but also contributes to durability.

Operating at 1.35V, this module strikes a balance between power efficiency and performance. Lower voltage helps reduce heat and power consumption compared to higher-voltage modules, yet the design still supports high clock speeds reliably. Its 288-pin UDIMM standard is compatible with most desktop motherboards that support DDR4 memory, making it a versatile upgrade option.

The KINGBANK DDR4 Heatsink UDIMM also comes in a silver color finish, giving it a clean and modern look that complements most PC builds. The aesthetics of the heatsink, combined with its function, make it suitable both for performance-focused systems and builds where cooling and looks both matter.

Overall, this RAM module offers a compelling combination of high frequency, efficient operation, good thermal handling, and flexibility in capacity. It is especially suited for users who need faster load times, smoother multitasking, and improved responsiveness under load, while maintaining system stability and long-term reliability.