SanDisk 24 TB G-RAID Project Professional Thunderbolt 3 USB-C HDD, 260 MB/s 963

SanDisk 24 TB G-RAID Project Professional Thunderbolt 3 USB-C HDD, 260 MB/s 963

High-Capacity and Fast Data Transfers

The G-DRIVE PROJECT offers a substantial 24 TB storage capacity, enabling professionals to manage vast amounts of high-resolution media files effortlessly.

Equipped with Thunderbolt 3 connectivity, it delivers data transfer speeds up to 260MB/s, facilitating swift backups and seamless storage expansion.

This makes it an ideal solution for video producers and content creators who require rapid access to large datasets during post-production workflows.

7200RPM Ultrastar Enterprise-Class Hard Drive

At the core of the G-DRIVE PROJECT lies a 7200RPM Ultrastar enterprise-class hard drive, renowned for its reliability and performance.

This drive is engineered to handle demanding workloads, ensuring consistent speed and durability for mission-critical content.

Its robust design makes it suitable for continuous use in professional environments, providing peace of mind for users handling large-scale projects.

PRO-BLADE SSD Mag Slot

The inclusion of a PRO-BLADE SSD Mag slot adds versatility to the G-DRIVE PROJECT, allowing users to integrate high-speed SSDs for enhanced performance.

This feature enables ultra-fast offloading, direct editing, and secure copying of high-value content, streamlining workflows for professionals who require rapid data access and transfer capabilities.

Color-Coded Cable Indicators

SanDisk Professional has implemented a color-coded cable system to simplify device setup and port identification.

By matching the color around the port to the corresponding cable, users can quickly establish correct connections, minimizing setup time and reducing the likelihood of connectivity errors.

Brightness Customization

The G-DRIVE PROJECT features customizable LED lighting with three brightness modes bright, dim, and off.

This allows users to adjust the device's illumination to their preference, enhancing visibility in various lighting conditions or conserving energy when the device is not in active use.