Unidade SSD Crucial 2 TB M.2 PCI Express 5.0 NVMe TLC CT2000P510SSD5

The Crucial CT2000P510SSD5 is a 2TB M.2 PCIe 5.0 NVMe SSD that delivers high-capacity, low-latency storage suitable for modern desktops and laptops. Built with Micron G9 TLC NAND, this internal SSD offers strong endurance and compatibility with Gen5 systems while using less power than previous Gen5 drives.

Advantages

The drive provides very high sequential read and write performance (manufacturer-stated speeds up to 11,000/9,500 MB/s) for faster boot times and reduced load times. It combines Micron G9 TLC NAND endurance with an energy-efficient Gen5 implementation and offers a competitive price-to-performance ratio for users who need fast NVMe storage without a premium price tag.

Suitable for (tasks / use cases)

• High-performance desktops and workstations
• Gaming PCs and compatible game consoles that support M.2 Gen5
• Content creation workflows (editing, rendering, large file transfers)
• System drives for faster boot and application load times

Key specifications

• Model: CT2000P510SSD5
• Capacity: 2000 GB (2 TB)
• Form factor: M.2
• Interface: PCI Express 5.0 (NVMe)
• Read speed: up to 10000–11000 MB/s (manufacturer-stated)
• Write speed: up to 8700–9500 MB/s (manufacturer-stated)
• NAND: Micron G9 TLC
• Colour: Black

How to use

Install the M.2 PCIe 5.0 NVMe SSD into an available M.2 slot on a Gen5-compatible motherboard or laptop following the system manufacturer’s instructions. Ensure the host supports PCIe 5.0 for maximum throughput; the drive remains backward-compatible with earlier PCIe generations but will operate at lower speeds. After physical installation, initialize and format the drive in your operating system, then migrate your OS/data or use it as a secondary storage device.

Recommendations

For best performance, pair the CT2000P510SSD5 with a motherboard or laptop that supports PCIe 5.0 and enable any platform settings for NVMe and PCIe Gen5. Keep system firmware and drivers up to date and allow adequate cooling for sustained heavy workloads.