QNAP TS-653B-8G 6 Bay Diskless NAS - 8GB RAM Quad Core CPU
QNAP

QNAP TS-653B-8G 6 Bay Diskless NAS - 8GB RAM Quad Core CPU

$1,439
 
 
 
QNAP TS-653B-8G 6 Bay Diskless NAS - 8GB RAM Quad Core CPU

QTS-Linux combo quad-core NAS with PCIe port for diversified storage applications



The TS-653B comes with a sleek new look, featuring an OLED panel and two capacitive touch buttons. The TS-653B also features a PCIe port for boosting the potential applications of your NAS: the QNAP QM2 expansion card can be installed for adding an M.2 SSD cache/10GbE connectivity, a compatible wireless card can be installed to use the TS-653B as a wireless access point, and a USB 3.1 10Gbps card can be added for easier backup to/from multiple external storage devices. With a USB Type-C QuickAccess port and a SD card slot, the TS-653B simplifies transferring and sharing files without needing a network connection. The TS-653B also provides feature-rich multimedia functionality, such as 4K @30Hz video playback and real-time transcoding.


  1. PCIe port supports installing a QNAP QM2 dual-port M.2 SSD/10GbE connectivity, a compatible PCIe wireless adapter, or a USB 3.1 10Gbps card

  2. USB QuickAccess port for direct access to files on NAS without needing a network connection

  3. Supports virtualization, centralized storage, backup, sharing, and disaster recovery

  4. A hybrid approach to virtualization in one NAS: Virtualization Station and Container Station

  5. Supports dual-channel 4K H.264/H.265 hardware decoding and on-the-fly or offline transcoding

  6. IFTTT Agent enables web automation for improved working efficiency






Estimated Availability

Please call or e-mail us for availability¹
¹ In case of any change to this timeframe one of our staff members will contact you directly to discuss, excludes weekends.

*Our stock is a mix of Supplier and HT Stock.
All shipments are subject to our standard delivery policy.

Tax

Ex. GST:$1,308.18
GST Amount:$130.82

Details

Tech Code:BL630
Manufacturer Number:TS-653B-8G

Images may differ slightly from actual product
 
 
 

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