The DATO magnetic external SSD 1TB from the ARES Q4 series delivers a balanced combination of high-speed data transfer and practical portability. Built with a durable aluminum alloy shell, the drive offers enhanced heat dissipation during sustained file operations, contributing to stable performance under continuous workload. The USB 4.0 Gen 3x2 interface provides read speeds up to 4000 MB/s and write speeds up to 3600 MB/s, enabling efficient handling of large video files, 4K ProRes HDR footage, and extensive project backups. This solid state drive utilizes 3D NAND flash memory, which ensures reliable data retention and reduced latency across repeated read-write cycles. The compact form factor features an integrated magnetic surface, allowing secure attachment to compatible metal surfaces such as the back of the latest iPhone 15 and iPhone 16 Pro Max models via MagSafe technology. The Type-C connector ensures universal compatibility with modern laptops, tablets, and smartphones, supporting both data transfer and direct recording for content creators working on location. The drive’s firmware is optimized for sequential read and write tasks, maintaining consistent throughput even when handling multiple simultaneous streams. Crafted with attention to build quality, the unit is shock-resistant and designed to withstand minor drops and bumps during travel. With a 1TB capacity, it offers sufficient space for storing high-resolution media libraries and software applications. The price point reflects a competitive value proposition for users seeking a reliable, high-performance external storage solution that does not compromise on speed or durability. This SSD is suitable for professionals and enthusiasts who require efficient file management and quick access to large datasets in field or studio environments. The magnetic attachment feature adds convenience for on-the-go users, eliminating the need for additional mounts or clips when used with compatible devices.

The DATO magnetic SSD provides a functional and well-rounded storage option that meets the demands of modern high-bandwidth workflows.