TERRAMASTER F2-212 2 Bay NAS - Quad Core 1GB RAM DDR4 Personal Private Cloud Network Attached Storage (Diskless)

The F2-212 features RTD1619B a more powerful ARM V8.2 Cortex-A55 64-bit 1.7GHz quad-core processor with built-in floating point unit (FPU) and NEON SIMD engine, 1GB DDR4, and advanced video DSP hardware acceleration. Moreover, it boasts enhanced 4K video encoding and decoding capabilities, making it ideal for home document backup and multimedia entertainment.

New Operating System

The F2-212 NAS server runs the new operating system TOS 5, which adds more than 50 new functions and 600 improvements compared with the previous generation. The new features meet more business requirements, as well as significantly improving response speed, security, and ease of use.

Home Data Center

The F2-212 file server supports up to 22TB of hard drive, and the total capacity can reach 44TB. It can store 15 million HD photos, 9 million working documents, 20,000 HD movies, and 2 million downloadable music, enabling you to back up the data in Windows PC, MAC computer, mobile phone, HDD enclosure, and network disk to TNAS for centralized management. This adequately prevents data loss resulting from hardware malfunction or ransomware.

Home Multimedia Center

The F2-212 cloud storage features powerful 4K video hardware decoding capability, and is compatible with uPnP/DLNA protocol. With TerraMaster’s dedicated "Multimedia Server" app or third-party multimedia servers (Emby, Plex), it can stream videos to a variety of multimedia devices including smart phones, tablets, Roku, Apple TV, Google Chromecast, Amazon Fire TV, and smart TV, delivering users constant, reliable entertainment experiences.

More Flexible Mobile Access

One can access the TNAS device anytime and anywhere on any iOS or Android mobile client, which enables one to browse files, back up albums and share photos as and when one pleases. The TerraMaster mobile client is even equipped with a mobile administrator for easy remote management of your TNAS at home, further improving the flexibility of use.