Crucial BX500 500 GB 3D NAND SATA 2.5-Inch SSD – High-Speed Performance Upgrade

Experience the speed of a new computer with the Crucial BX500 500 GB SSD, engineered for outstanding reliability and lightning-fast performance. Built with Micron 3D NAND technology, this drive transforms any laptop or desktop by cutting boot time, speeding up application loading, and improving system responsiveness.

With sequential read speeds up to 550 MB/s and write speeds up to 500 MB/s, it outperforms traditional hard drives by up to six times while consuming significantly less power. The SATA 6 Gb/s interface ensures smooth, consistent data transfer for gaming, work, or media editing.

The BX500’s 2.5-inch (7 mm) slim profile fits most modern systems, making it ideal for quick upgrades without tools or complicated setup. Advanced error correction, power-loss immunity, and thermal management maintain data integrity and drive stability during long operation. With an endurance rating of 120 TBW, it offers dependable performance for years of daily use.

Whether you’re reviving an aging system or building a new one, the Crucial BX500 SSD delivers faster startups, quicker file access, and improved multitasking—all in a silent, shock-resistant design that helps protect your data.

Specifications

• Capacity: 500 GB

• Interface: SATA III (6 Gb/s)

• Form Factor: 2.5 inch / 7 mm

• NAND Type: 3D NAND Flash

• Sequential Read: Up to 550 MB/s

• Sequential Write: Up to 500 MB/s

• Endurance: 120 TB Written (TBW)

• Mean Time Between Failures (MTBF): 1.5 million hours

• Operating Temperature: 0 °C – 70 °C

• Dimensions: 100.45 × 69.85 × 7 mm

• Weight: 45 g

• Power Consumption: Lower than HDD (Active Average ~45 mW)

• Warranty: 3 Years Limited

Highlights

• 🚀 Instantly boosts system speed and boot time

• 🔋 Consumes less power for cooler, quieter operation

• 🧠 Micron 3D NAND for stable data transfer and longevity

• 💾 Endurance up to 120 TBW for reliable daily use

• 🛠️ Easy installation in laptops and desktops

• 🔇 Shock and vibration resistant solid-state design