Yottamaster YS5 1TB SSD for PS5 Storage Expansion with Heatsink, M.2 PCIe 4.0 Gaming SSD Up to 7450MB/s, 3D NAND TLC, Internal Gaming Solid State Drive for PS5

Overview

• Digital Storage Capacity : 1 TB
• Hard Disk Interface : Solid State
• Connectivity Technology : PCI Express 4.0
• Brand : Yottamaster
• Special Feature : Fast speeds, Portable
• Hard Disk Description : Solid State Drive
• Compatible Devices : Desktop, Gaming Console, Laptop
• Installation Type : Internal Hard Drive
• Hard Disk Size : 1 TB
• Specific Uses For Product : Gaming, Multimedia

About this item

• 【All-in-One PS5 Storage Upgrade】Skip the hassle of separate heatsinks! Yottamaster YS5 ssd features an integrated cooling solution, engineered with finned surfaces and a PS5 aligned airflow design. PS5 ssd with heatsink aluminum build with an anti-oxidation finish—keeps your drive cool under intense gaming sessions, while the ultra-precise fit ensures a secure
• 【Advanced Cooling for Sustained Performance】The unique heatsink design ensures the Yottamaster 1TB NVMe SSD runs cool and stable during extended, intense gaming sessions, providing reliable storage expansion for your PS5
• 【Uncompromising Durability & Reliability】Built with cutting-edge 232-layer 3D TLC NAND flash and rated for high endurance (500 TBW). Features an ultra-fast 2400 MT/s I/O speed and an exceptional 1,500,000-hour MTBF for unwavering performance under heavy workloads
• 【Speeds up to 7450MB/s】Leveraging PCIe 4.0 and NVMe technology, achieve sequential read speeds up to 7450MB/s and write speeds up to 6300MB/s. Drastically reduce game load times and enjoy ultra-responsive gameplay and multitasking
• 【Ample Capacity for Your Game Library】Generous 1TB/2TB/4TB storage options provide ample space for your entire game collection, high-res videos, and projects. Effortlessly expand your PS5 storage or upgrade your system
• 【Note】 The Yottamaster YS5 SSD features a non-detachable, integrated design. Any disassembly may result in reduced heat dissipation efficiency, compromised device stability, and potential damage to internal components with risk of data loss