The Ultimate SSD:
Reaching the limits of PCIe® 4.0. Long-term performance maintenance allowing you to dominate your opponents. Samsung's made-in intelligent heat management controller delivers power optimization while maintaining fierce speeds and performance, always keeping you at the top of your game.The Ultimate SSDReaching the limits of PCIe® 4.0. Long-term performance maintenance allowing you to dominate your opponents. Samsung's made-in intelligent heat management controller delivers power optimization while maintaining fierce speeds and performance, always keeping you at the top of your game.
Maximum PCIe 4.0 speed:
Gigantic speed gain. Random read/write speeds are 40% and 50% faster than the 980 PRO - Up to 1400K/1650K IOPS, while the sequential read/write speed is 7450/6900 MB/s reaching almost the maximum performance of the PCIe® 4.0. Be at the top whether it's for gaming, video and 3D editing, data analysis and much more.
Revolutionary energy management:
Better energy management performance. Increasing performance generally consumes more power. But, the 990 PRO uses less power with over 50% of its performance improved per Watt compared to the 980 PRO. This very energy-efficient design makes the maximum performance of PCIe® 4.0 achievable with optimal energy management.
Intelligent thermal solution:
Speed beyond heat. The Samsung controller's nickel coating and cutting-edge thermal control algorithm manages heat for unwavering performance. The heat sink label controls the heat of the NAND chip, while the Dynamic Thermal Guard maintains optimal temperatures.
Champion Maker:
The best gaming experience. With an improvement of more than 55% in random performance allowing faster loading for ultimate gaming realism on PS5 and PC games taking advantage of Direct Storage.
Features:
Use: PCs and game consoles
Input: PCIe Gen 4.0 x4, NVMe 2.0
Product dimensions: 80 x 22 x 2.3mm
Weight: Max 9.0g
- Performance: Up to 7,450 MB/s*
Sequential writing: Up to 6,900 MB/s *6,900 MB/s *
Ability: 1,000 GB (1GB = 1 Billion bytes per IDEMA)
Sequential reading: Up to 7,450 MB/s*