Edge AI Box
Built for Verticals

Built on Nvidia & Intel

Powered by Jetson Orin series modules delivering high-efficiency GPU acceleration for advanced industrial automation and vision analytics. In the meantime, the EEP entry series utilizing Intel Atom processors for lightweight control tasks on Windows/Linux OS, with optional AI accelerator integration for scalable, low-latency inference.

EAS (Emplus AI Service)

Hardware-agnostic middleware framework that runs seamlessly on both Intel and NVIDIA platforms. EAS provides standardized APIs, unified AI pipelines, and integrated event management — enabling applications to build once, deploy anywhere, and accelerate time-to-market

Rich I/O & Connectivity

Equipped with multiple Ethernet, USB, HDMI, audio, RS-232/422/485, CAN bus, digital I/O, and more — enabling seamless integration with sensors, cameras, and factory equipment

Compact & Powerful

The Emplus EEP Series delivers a wide range of AI performance in a rugged, space-saving design engineered for real-time industrial vision, smart cities, and surveillance.

Flexible Mounting Scenarios

Supports VESA, DIN-rail, and wall-mount installations for diverse deployment scenarios in industrial and edge environments.

Industrial Grade with full AI Performance

Engineered to maintain peak AI performance, even in demanding conditions — supporting super-mode operation, wide-temperature stability, and long-duty reliability.

Emplus AI Services (EAS)

Middle-ware integration

A hardware-agnostic middleware framework designed to run consistently across both Intel and NVIDIA edge platforms. It abstracts away the complexity of frequent SDK changes, driver dependencies, and diverse AI runtimes, providing a stable, unified, and optimized execution layer. This allows development teams and ISVs to focus on building applications rather than maintaining platform-specific integration.

Above this foundation, EAS delivers an optimized video and AI pipeline supporting multi-stream decode, low-latency inference, metadata processing, and deterministic system control across Emplus EEP series hardware platforms. It also incorporates a built-in vector database for AI analytics storage, embedding-based intelligent search, and unified MQTT/REST APIs for seamless application integration.

Delivered as a validated and production-ready subsystem, EAS provides a consistent development experience, portable deployment model, and scalable performance profile. This enables rapid development of domain-specific AI vision applications in autonomous robotics, industrial automation, smart cities, and surveillance, without locking solutions to a single hardware vendor

Edge AI Box

EEP-150N-X16

  • CPU: NVIDIA JETSON ORIN NX 16GB 40W​
  • Up to 157TOPS super mode​
  • 16GB LPDDR5 256bits​
  • 256GB NVME SSD​
  • GbE, USB3/USB2, Serial, CAN, DIDO​
  • Dimension: 170 x 125 x 60mm​
  • Total power consumption: 48W

EEP-150N-X08​

  • CPU: NVIDIA® Jetson Orin™ NX 8GB 40W​
  • Up to 117 TOPS super mode​
  • 16GB LPDDR5 256bits​
  • 256GB NVME SSD​
  • GbE, USB3/USB2, Serial, CAN, DIDO​
  • Dimension: 170 x 125 x 60mm​

EEP-150N-N08

  • CPU: NVIDIA® Jetson Orin™ Nano 8GB 25W​
  • Up to 67 TOPS super mode​
  • 16GB LPDDR5 256bits​
  • 256GB NVME SSD​
  • GbE, USB3/USB2, Serial, CAN, DIDO​
  • Dimension: 170 x 125 x 60mm​
  • Total power consumption: 33W​

EEP-200N-A32

  • Nvidia® Jetson AGX Orin 32GB module integrated
  • Up to 200TOPS
  • 256GB NVMe SSD
  • Rich I/O ports for AMR/AGV application
  • Optional GMSL 4-ch camera support
  • Wide input DC range support from 9V to 48V
  • Dimension: 207 x 155 x 70mm

EEP-100A-X74

  • CPU: Intel Amston Lake x7433RE 4 cores, 9W​
  • 8GB LPDDR5 + 256GB EMMC​
  • Dimension: 110 x 70mm​
  • Optional extension box for PoE, LTE and Hailo8 AI accelerator card integrated

Applied Applications

Driven by Real-Time AI and Industrial-Grade Networking

Modern factories depend on precise synchronization between machines, sensors, and control systems.

Smart Mobility, Powered by AI and Resilient Wireless Connectivity

Transforming industrial automation by enabling intelligent, real-time mobility in dynamic and unpredictable environments.