The TVS-882 features advanced hardware by adopting 6th Generation Intel® 14nm multi-core processors and was designed around the concept of tiered storage, application-based partitioning and network traffic distribution. Featuring PCIe Gen.3 slots that can support 10GbE/40GbE NIC, PCIe NVMe SSD, graphics cards, and USB 3.1 expansion cards, the TVS-882 also supports smooth 4K 60 fps video transfer and display, cross-platform file sharing, comprehensive backup and disaster recovery, iSCSI & virtualization and more business applications. Incorporating reliability and security, the TVS-882 presents an ideal choice for a complete business-ready storage solution.
- Built-in M.2 SATA 6Gb/s slots & 2.5” SSD slots
- Qtier technology and SSD cache enable 24/7 optimized storage efficiency
- The Network & Virtual Switch app assists network traffic distribution, and re-routes dedicated bandwidth for diverse applications
- Triple HDMI output (including one HDMI 2.0) for smooth 4K video playback
- Scalable design with economical QNAP storage expansion enclosures
- Virtual JBOD (VJBOD) allows to use QNAP NAS to expand the TVS-882’s storage capacity
- Supports QRM+ unified remote server management, QvPC technology, virtual machine and container applications, and storage for virtualization
6th Generation Intel® processors, extraordinary performance
The TVS-882 is powered by high-performance 6th Generation Intel® multi-core processors with options including Core™ i3 and Core™ i5, increasing system performance by 20% - 30% compared with previous generations. It greatly enhances the efficiency of CPU-demanding applications such as virtualization, real-time 4K video playback, and serving large numbers of simultaneous connections.
Advanced hardware for greater efficiency
High-performance hardware, well-designed application functionalities and thoroughly-planned usage scenarios are three distinctive cornerstones for achieving optimum performance.
1. 2 x 2.5” SSD slots
Offers flexible configuration in tiered storage and enables cache acceleration.
2. Tool-less HDD tray and installation
2.5” SSD trays and 3.5” hard drive trays feature tool-less design for easy installation and replacement.
3. 2 x built-in M.2 SSD slots
Supports SATA M.2 SSDs with 2242, 2260, 2280, and 22110 form factors; allows the greatest flexibility in tiered storage configuration and enables cache acceleration.
4. DDR4 2133 MHz memory
Supports four DDR4 memory modules for a maximum of 32GB RAM.
5. 6th Generation Intel® Core™ Processor
Features the latest 14nm manufacturing technology with faster buses to support DDR4, PCIe Gen.3, and DMI 3.0 for incredible performance and extremely efficient data transmission.
6. 2 x PCIe Gen.3 expansion slots
PCIe Gen.3 provides 1GB/s bandwidth per lane; support for 10GbE/ 40GbE adapters, PCIe NVMe SSD, external graphics cards (AMD Radeon™ R7/ R9), and USB 3.1 expansion cards.
7. Compartmentalized smart cooling
Separately detects the CPU and hard drive temperatures to dynamically control fan speed and performs quieter fan operations.
8. 4 x Gigabit Ethernet ports
Allows optimized network traffic distribution for diverse applications. The Network & Virtual Switch app makes network management much easier.
9. 3 x HDMI outputs
One HDMI 2.0 port and two HDMI 1.4b ports; supports duplicated and extended desktop options. HDMI 2.0 increases bandwidth up to 18Gbps, and supports 4K 60 fps videos.
10. 3.5mm audio jack
Connect speakers or headphones for direct audio output from the NAS.
11. 2 x built-in speakers
Supports direct audio output and provides verbal system warnings.
M.2 SATA 6Gb/s SSD & 2.5” SSD cache
The TVS-882 provides 2 SSD slots dedicated for caching to increase IOPS performance, and provides higher transfer speeds and reliability with the compact, energy-efficient M.2 SSD. Using an SSD cache boosts overall system performance, and is perfect for improving overall workflow of random IOPS demanding applications such as virtualization. The TVS-882 combines M.2 SSD, 2.5” SSD and HDD in one box to effectively realize tiered storage for exceptional application performance and lower TCO of storage at the same time.