The gaming world is abuzz with the unveiling of MSI’s latest powerhouse, the GeForce RTX 5090 Lightning graphics card. This next-generation marvel promises groundbreaking performance, thanks to its innovative cooling system and formidable power capabilities. As the spotlight of CES 2026, this card is set to redefine expectations with its cutting-edge features and design.
Unveiling the MSI GeForce RTX 5090 Lightning
The MSI GeForce RTX 5090 Lightning, co-developed with NVIDIA, stands out as the star attraction at CES 2026. Enthusiasts have already witnessed the card setting records with its impressive 3.75 GHz frequency, showcasing its potential to dominate the performance charts. Now, the final retail version is revealed, complete with a custom next-gen AIO cooler designed to manage the card’s immense power.
The Lightning Z OCER models, previously showcased, were equipped with a prototype heatsink. However, the retail version promises enhanced capabilities to handle the card’s extreme power output.
Boasting up to 1600W of power, the RTX 5090 Lightning features a dual-connector design, ensuring robust stability and remarkable overclocking potential.
Advanced Cooling and Performance Features
The card’s cooling architecture is a masterpiece, featuring MSI’s exclusive liquid-cooling system with an integrated cold plate that covers the GPU, memory, and all power stages. This design is complemented by a next-gen pump and a hybrid-density radiator, offering superior thermal management. The card also introduces the world’s first full-surface display for real-time visualization, with a mobile app for monitoring and customization.
Incorporating dual 16-pin connectors, the RTX 5090 Lightning is ready for extreme overclocking scenarios, supporting a TDP of up to 2500W with the XOC BIOS. Its striking design and advanced technology are set to make waves as MSI prepares for further announcements at CES.
Keep an eye out for more updates as MSI is poised to share additional details about the RTX 5090 Lightning series at the CES event.