ADATA HD330 disco fisso esterno 2 TB 2,5" Micro-USB B 3.2 Gen 1 (3.1 Gen 1) blu

The ADATA HD330 external hard drive provides 2TB of portable storage in a compact 2.5" form factor. Housed in a durable blue silicone casing, the drive combines physical drop and shock protection with ADATA’s shock sensors and HDDtoGO software featuring AES 256-bit encryption to keep files secure. The unit uses a Micro-USB B 3.2 Gen 1 interface for data transfer and is lightweight and easy to carry for everyday backup and transport.

Advantages

The HD330 pairs a shock-absorbing silicone exterior with internal shock sensors that stop drive activity when an impact is detected, reducing the risk of errors and bad sectors. HDDtoGO software adds password-protected AES 256-bit encryption for data privacy. Despite its protective design, the drive remains compact and lightweight, suitable for mobile use.

Suitable for

• Backing up music, photos, videos and documents
• Portable storage for travel and daily transport
• Expanding storage for laptops and desktops with USB 3.2 Gen 1

Key specifications

• Brand: ADATA
• Model: HD330 (AHD330-2TU31-CBL)
• Capacity: 2 TB
• HDD size: 2.5"
• Interface: Micro-USB B, USB 3.2 Gen 1 (backward compatible)
• Encryption: HDDtoGO with AES 256-bit
• Color: Blue
• Weight: 0.1898 kg

How to use

Connect the HD330 to a computer using the included Micro-USB B cable and ensure the host supports USB 3.2 Gen 1 for optimal transfer speeds. Install or run the HDDtoGO software to enable password protection and AES 256-bit encryption for selected folders or the whole drive. Use the drive as you would any external HDD: drag-and-drop files, create backups with your preferred backup software, or store media files for transport.

Recommendations

Place the drive in its silicone casing during transport, avoid exposing it to excessive moisture or extreme temperatures, and allow the drive to finish any read/write activity before disconnecting to reduce the risk of data corruption. Regularly back up important files to multiple locations for added redundancy.