MSI GeForce RTX 5060 8G Ventus 2X OC V1 Gaming Graphics Card

The MSI GeForce RTX 5060 8G Ventus 2X OC V1 Gaming Graphics Card is currently available for ₹64,549 on Amazon, compared with the listed price of ₹1,20,999, representing an 47% discount.

If you're considering this offer, check the final price, seller, delivery charges and availability on Amazon before purchasing.

Key Features: Advanced Dual-Fan Cooling – Equipped with two high-performance fans and a large heatsink to deliver efficient cooling and quieter operation during gaming and demanding workloads • Advanced Dual-Fan Cooling – Equipped with two high-performance fans and a large heatsink to deliver efficient cooling and quieter operation during gaming and demanding workloads • TORX FAN 5.0 Technology – Fan blades connected by ring arcs and a fan cowl work together to generate high-pressure airflow, improving cooling efficiency and thermal performance. • TORX FAN 5.0 Technology – Fan blades connected by ring arcs and a fan cowl work together to generate high-pressure airflow, improving cooling efficiency and thermal performance. • Reinforcing Backplate Design – Durable metal backplate with a flow-through ventilation design enhances structural strength while improving heat dissipation • Reinforcing Backplate Design – Durable metal backplate with a flow-through ventilation design enhances structural strength while improving heat dissipation • Zero Frozr Silent Cooling – Fans automatically stop during low-temperature and low-load conditions, providing a completely silent computing experience when full cooling is not required. • Zero Frozr Silent Cooling – Fans automatically stop during low-temperature and low-load conditions, providing a completely silent computing experience when full cooling is not required. • Efficient DrMOS Power Delivery – High-efficiency DrMOS power stages reduce power loss, improve voltage regulation, and ensure stable performance under heavy workloads. • Efficient DrMOS Power Delivery – High-efficiency DrMOS power stages reduce power loss, improve voltage regulation, and ensure stable performance under heavy workloads.