Microbox Embedded Computer

Embedded computers utilizing high-performance processors with a fanless cooling system and rugged construction for harsh working environments. Designed for industrial applications and IoT devices, these microbox embedded PCs have increased reliability, extended MTBF, and reduced maintenance. In addition, these computers come with a lower power consumption processor and an industrial-grade embedded system board.

Microbox Embedded Computer

A compacted embedded computer with a fanless cooling system designed to work under harsh and below freezing point industrial factory environments.
Fanless Embedded Computer
Fanless embedded PCs powered by a low power consumption CPU with a fanless PC cooling system. Designed with an aluminum heat sink and compact construction, these PCs are ideal for space-limited and...
Fanless Edge AI System
Edge AI systems powered by the Intel Apollolake or NVIDIA Jetson platform. It comes with a wide operating temperature range of -20° to 70°C, various I/O connectors, and is ideal for AI edge solutio...
DIN-Rail Embedded System
DIN-rail embedded system designed for intelligent computing and communication systems. The embedded PCs feature Intel Atom E39850 or Pentium N4200 CPU with VGA + DVI dual display outputs, GbE LAN, ...
IP Rated / Extended Temperature
Embedded computer with a low power consumption CPU and fanless PC cooling system. The units come with an aluminum heat sink and heavy-duty steel frame that lets it work in extended temperature rang...

What is an Embedded Computer?
An embedded computer, also known as an embedded PC, is a computer system that is implemented into a larger system or intelligence system commonly used for data collection or modern interaction tasks. These systems collect and process data from sensors to the IoT networks and provide real-time reactions to support the device and system. Embedded computers come in various shapes and sizes fit for industrial or military applications. Moreover, embedded computers play an important role in the Internet of Things (IoT) and the connection between people, machines, and places.

Internet of Things (IoT) of Gateway Platforms Solution
The Internet of Things (IoT) is a big collection of smart sensors, networks, servers, and services that interact with them. This trend applies to all sectors or markets, and it is a way to automate, control, and manage factories, homes, transportation, energy, medical/healthcare facilities, and etc. All layers of networks, from applications, middleware, virtualization, connectivity, and devices, will contribute to realizing the full power of IoT. For edge connectivity, the intelligent gateways play a major role in between the devices and the cloud in building the path for, collecting data from the devices for analysis, and forwarding the instructions from the upend servers to activate the devices 

The Internet of Things – ISF and the Intelligent Systems to Systems
The Intelligent Systems Framework (ISF) is a set of interoperable solutions designed to address connecting, managing, and securing devices in a consistent and scalable manner. What are the benefits of using the framework? Processing connected devices involve the use of proprietary components from a variety of manufactures. However, this can over miss the security and manageability feature needed to protect and manage the network of devices connected to each other and the cloud that is generating massive amounts of data. The approach can be time-consuming, costly, and create IP issues. By using the framework, the hardware and software integration is done for the customer, saving valuable time. Customers will be able to build their systems faster, develop new services, and extract value from the data collected with the end customer in mind.