Built for AI. Ready for Intelligence

5 Reasons to Choose the TS-2888X

Affordable, Cost-effective

The TS-2888X is powerful yet affordable, making AI accessible to your business blueprint.

Secure & Private

Public cloud training is not suitable for confidential or sensitive data. Keep full control over all your data with the TS-2888X!

Ready-to-use AI Environment

QNAP’s exclusive QuAI computing platform simplifies implementing AI workflows.

Huge Storage Potential

Data is the key to AI, and the TS-2888X provides the potential for huge capacities to remove the storage bottleneck from AI development.

Comprehensive Backup Solution

Flexible backup tools and snapshot protection assure your data while also allowing efficient disaster recovery.

The Core. The Power. The Lead

Up to 18 cores with 36 threads and up to 4.5 GHz with Intel® Turbo Boost Technology 2.0, combined with up to 512 GB DDR4 ECC RDIMM 2666 MHz memory to deliver rapid workload loading and processing.

All-in-One AI Solution: The Combination of System and Software

The TS-2888X AI-Ready NAS is designed to optimize AI workflows, providing a hands-on, ready-to-use software environment to reduce time and complexity for implementation and management. Besides the exclusive QuAI – an AI developer package to quickly build, train and optimize AI models running on the NAS – QNAP's Container Station enables a range of open-source tools and frameworks for the AI workflows readily available to you. Being an all-in-one AI solution, the TS-2888X greatly simplifies the implementation of AI alongside providing greater cost-efficiency.

High-Performance Computing with Hybrid-Architecture Storage

The TS-2888X utilizes a hybrid architecture with high-capacity HDDs and high-performance SSDs to meet your simultaneous needs for scale and performance. It supports up to 4 graphics cards to deliver tremendous computing power for accelerating AI machine learning. By integrating ready-to-use AI software with GPU-powered storage, the TS-2888X provides low latency, performs high-speed data transfer, and effectively reduces performance bottlenecks.