Compact Stackable AI PC for Edge | M/A Rugged

Vecow TGS-1000 Series Ultra-compact Stackable AI PC

Vecow has unveiled its latest innovations: the TGS Series sleek, ultra-compact stackable AI PC powered by NVIDIA Ada Lovelace architecture. Engineered for performance, scalability, and space efficiency, Vecow's TGS Series is purpose-built to accelerate next-generation AI applications at the edge. Available in two MXM form factors—Type A and Type B—the series includes three powerful models: TGS-1550, TGS-1500, and TGS-1000.

Compact and Flexible AI Platform for Edge

Designed with a minimal footprint, the TGS Series delivers power-efficient, high-performance computing for graphics-intensive workloads.

The TGS-1000+ supports up to four stackable expansion layers, ideal for flexible I/O and peripheral integration. Features include:

Intel® Core™ Ultra processors feature CPU/GPU/NPU hybrid AI engines, enhancing CPU productivity by up to 14%
Intel® Core™ Ultra processors integrated with maximum 34 TOPS
Multiple HDMI and DisplayPort display interfaces support max 5 independent displays, up to 4K resolution
2 USB 3.2 Gen 2, 1 USB 3.2 Gen 2x2 Type-C with DP, 2 USB 2.0, 1 2.5GigE LAN with Intel® TSN
3 M.2 Socket for storage and expansion
Modular Design for flexible expansion: USB, Isolated DIO, COM, LAN or 4G/LTE
DC 12V to 24V Power Input, 0°C to 55°C operation
Optional VHub One-Stop AIoT Solution Service supports OpenVINO™ toolkit for AI Computing

The TGS-1500 supports two additional layers and includes MXM Type A support for efficient GPU acceleration. Features include:

Intel® Core™ Ultra processors feature CPU/GPU/NPU hybrid AI engines, enhancing CPU productivity by up to 14%
Intel® Core™ Ultra processors integrated with maximum 34 TOPS
Multiple HDMI and DisplayPort display interfaces support max 5 independent displays, up to 4K resolution
2 USB 3.2 Gen 2, 1 USB 3.2 Gen 2x2 Type-C with DP, 2 USB 2.0, 1 2.5GigE LAN with Intel® TSN
3 M.2 Socket for storage and expansion
Modular Design for flexible expansion: USB, Isolated DIO, COM, LAN or 4G/LTE
DC 24V Power Input, 0°C to 45°C operation
Optional VHub One-Stop AIoT Solution Service supports OpenVINO™ toolkit for AI Computing

The TGS-1550 delivers premium features including MXM Type B support for advanced ray-traced graphics and AI capabilities, dual system fans for efficient thermal management, 2.5G LAN for high-bandwidth networking, and USB Type-C connectivity supporting up to 20Gbps data transfer. Features include:

Intel® Core™ Ultra processors feature CPU/GPU/NPU hybrid AI engines, enhancing CPU productivity by up to 14%
Intel® Core™ Ultra processors integrated with maximum 34 TOPS
Multiple HDMI and DisplayPort display interfaces support max 5 independent displays, up to 4K resolution
2 USB 3.2 Gen 2, 1 USB 3.2 Gen 2x2 Type-C with DP, 2 USB 2.0, 1 2.5GigE LAN with Intel® TSN
3 M.2 Socket for storage and expansion
Modular Design for flexible expansion: USB, Isolated DIO, COM, LAN or 4G/LTE
DC 24V Power Input, 0°C to 45°C operation
Optional VHub One-Stop AIoT Solution Service supports OpenVINO™ toolkit for AI Computing

Real-World Applications

Vecow’s TGS Series AI PCs are built to power a variety of smart applications, including:

Smart Retail – Compact, modular design with AI acceleration and multi-display support—ideal for space-limited smart retail.
Smart Drone – Ultra-compact, rugged AI PC with hybrid CPU/GPU/NPU engines—ideal for autonomous drone edge computing.
AMR – Compact, fanless AI PC with hybrid CPU/GPU/NPU engines—ideal for autonomous mobile robot edge computing.
Machine Vision – High-performance AI PC with multi-display support and real-time processing—ideal for machine vision tasks.

Vecow’s TGS Series AI PCs provide a compact and modular solution built for demanding edge AI applications. Designed with scalability in mind, they offer efficient GPU acceleration and support for MXM GPUs, along with high-speed networking and a rugged thermal design. The TGS Series delivers powerful, flexible performance for graphics-heavy workloads—making it a smart choice for modern edge deployments where space is limited.