Fanless Embedded Computers

Fanless Embedded Computers

Off-The-Shelf Solutions
Experience in assembly services and mechanical design
Cloud-agnostic
Multi-protocol industrial Ethernet support
Ideal for Industrial IoT applications
System integration-ready solutions
Possibilities Offered by SECO
Heat dissipation solutions - both passive and active via a fan – also for the newest CPUs, with the aid of heat pipe systems where necessary.
Manufacturing of plastic components with injection molding
Production of aluminum mechanical parts with extrusion technology
Design of mechanical parts with die-casting technology
Bending and pressing of sheet metal parts
Development of personalized wiring to manage the connection of all parts of systems containing one or more boards/displays, etc.
Description

Thanks to our experience in integrating modules and boards into complex systems, SECO has created “off-the-shelf” solutions based on its own ARM and x86 SBCs, all available in our catalog. SECO Fanless Embedded Computers have been developed for applications in Industrial IoT with the goal of satisfying the need for flexibility and security.

6 Items

per page
Set Descending Direction
  1. PYXIS
    PYXIS
    Fanless embedded computer with the Intel® Atom® X6000E Series, Intel® Pentium® and Celeron® N and J Series (formerly Elkhart Lake) SoCs
  2. CHAMALEON
    CHAMALEON
    IP65 Fanless Embedded PC based on Intel® Atom® x5 (formerly Apollo Lake) Applications Processor
  3. DRACO
    DRACO
    Boxed Gateway for Medical applications with Intel® Atom™ x5-E3930 Processors
  4. PEGASUS
    PEGASUS
    Fanless Embedded Computer with Intel® Atom™ X Series, Intel® Celeron® J / N Series and Intel® Pentium® N Series (formerly Apollo Lake) Processors
  5. HYDRUS
    HYDRUS
    Fanless Embedded Computer with Intel® Celeron® J / N Series and Intel® Pentium® N Series (formerly Apollo Lake) Processors
  6. CYGNUS
    CYGNUS
    Fanless Embedded Computer with Intel® Atom™ X Series (formerly Apollo Lake) Processors

6 Items

per page
Set Descending Direction