
Seagate’s FireCuda Forge Automates Game Storage Between Hard Drive and Flash, Starting at $699 - freeyork
Seagate has launched the FireCuda Forge, a desktop storage enclosure that combines a hard drive with an SSD cache to automatically manage frequently accessed data.
The FireCuda Forge features an angled design with grooved sides and programmable RGB lighting, giving it a distinctive gaming-PC aesthetic. Inside, Seagate's Alkemi technology tracks usage patterns and automatically moves frequently accessed data to the SSD cache, while the hard drive stores everything else. The system presents as a single volume to the computer, meaning the total capacity remains unchanged after SSD installation.
Setup Requirements
The enclosure requires users to supply their own M.2 2280 NVMe SSD with PCIe Gen3 or newer connectivity, with a maximum capacity of 1TB. The system includes mounting screws, thermal pads, and a hex screwdriver but will not function without an installed SSD. This means the total cost includes both the enclosure and the separate purchase of a compatible SSD.
Performance Considerations
Over USB4, the FireCuda Forge advertises read speeds up to 2,500 MB/s and write speeds up to 2,000 MB/s on compatible systems. However, these are maximum speeds rather than guarantees for specific files. The cache needs time to learn usage patterns before newly added data benefits from faster access speeds.
Target Users
This setup benefits users who play one game for extended periods before switching to others, as well as video editors working on current projects while keeping older footage on hand. The device eliminates the need to manually decide which files deserve faster storage, automatically adjusting to changing usage patterns.
Pricing and Specifications
The 8TB model measures approximately 9.46 by 5.78 by 2.57 inches and weighs about 4.1 pounds, requiring an external power adapter alongside its USB-C cable. Seagate lists prices starting at $699 for the 8TB model and $899 for the 20TB model, with the hard drive being upgradeable for future capacity expansion.