Qnap Ts-664-4G - 6 Bay Desktop Nas

Qnap Ts-664-4G - 6 Bay Desktop Nas
Brand: QNAP
802.98 GBP
Buy Now

Powered by an Intel(R) Celeron(R) N5105/N5095, quad-core processor (burst up to 2. 9GHz), the TS-664 features two 2. 5Gb E RJ45 ports and Port Trunking for up to 5Gbps combined bandwidth. With M. 2 PCIe Gen3 and PCIe Gen 3 slots, the TS-664 provides flexibility in extending NAS functionality, allowing you to install a QM2 card for M. 2 SSD caching, or Edge TPU for AI image recognition and various 10Gb E/5Gb E network cards. The TS-664 comes with 4GB RAM for running light VMs and Containers, and supports multi-cloud backup, cloud storage gateways, 4K HDMI output and real-time transcoding, alongside expandable storage capacity and feature-rich apps to perform as a cost-efficient, reliable 2. 5Gb E NAS Quad-core high performance and up to 16GB RAM The TS-664 is powered by an Intel Celeron N5105 / N5095 quad-core processor and supports up to 16 GB DDR4 memory, two 2. 5Gb E ports and SATA 6 Gb/s drives. The integrated Intel(R) AES-NI encryption engine also helps protect confidential data without impacting system performance. Accelerate AI-powered image recognition and caching with TPU and PCIe expansion The TS-664 has two M. 2 PCIe Gen3 slots, enabling SSD caching or SSD storage pools for improved performance, or Edge TPU for AI image recognition. SSD caching and auto-tiering enable 24/7 optimized storage efficiency While SSD prices continue to fall, and SSD capacity and performance continue to increase, organizations can easily take advantage of SSD strengths. The TS-664 supports numerous SSD-aware features that significantly maximize NAS performance with high cost-effectiveness. Streamline large file transfers and video editing with 2. 5Gb E The TS-664 comes with two 2. 5Gb E RJ45 (2. 5G/1G/100M) LAN ports that allow you to use existing CAT5e cables to upgrade network speeds from 1 Gigabit to 2. 5 Gigabit. The dual 2. 5Gb E ports also support Port Trunking for up to 5 Gbps transmission speeds, improving the efficiency of bandwidth-hungry business applications such as large file transfers,