Samsung T7 4TB Portable SSD (Titan Gray)

The Samsung T7 4TB Portable SSD in Titan Gray is a high-capacity external storage solution built around NVMe technology and a USB 3.2 Gen 2 interface. Designed for professionals, creators, and power users who routinely move large volumes of data between workstations, the T7 delivers the responsiveness of solid-state storage in a slim, pocket-friendly form factor that travels wherever you do. At 4TB of storage capacity, this drive offers substantial headroom for raw video footage, large photo libraries, audio project files, virtual machine images, and extended game installations — all without the bulk or mechanical fragility of a traditional spinning hard drive. The NVMe architecture inside the T7 means data access latency is dramatically lower than SATA-based portables, making the drive feel responsive for both sequential transfers and random read/write workloads. Connecting via USB 3.2 Gen 2 (USB-C), the T7 is backward compatible with USB 3.1 Gen 1 and USB 3.0 hosts through the appropriate adapter or cable, giving it wide compatibility across modern laptops, desktops, and compatible mobile devices. The drive ships in a distinctive Titan Gray finish, offering a professional aesthetic alongside its performance credentials. Because the T7 uses NAND flash in a PCIe-based storage form factor internally, it has no moving parts, making it inherently more resistant to drops and vibration than mechanical drives — a meaningful practical advantage for location shoots, travel, or field data collection. Verified Specifications: - Capacity: 4TB - Interface: USB 3.2 Gen 2 (USB-C) - Internal SSD Type: NVMe - Internal Form Factor: PCIe - Storage Classification: External SSD - SSD Generation: Gen 2 - Color: Titan Gray - SKU: MU-PC4T0T/AM - GTIN / EAN: 8806090548999 - Brand: Samsung Note: Read/write speed figures are not confirmed in the available source data and are therefore omitted from this listing. Consult Samsung's official product page for the latest performance specifications before making purchase decisions based on throughput requirements