Enclosures target quick-turn delivery of high IP systems

A family of high IP modular enclosures, designated the ADLMES-8200 series, has been introduced by ADL Embedded Solutions. Available in three variations, the ADLMES-8200 is aimed at quick-turn delivery of rugged or extended temperature enclosures for a variety of applications. The modular sidewall design supports variable PC/104 stack heights, ADL Embedded Solutions’ 3.5″ SBCs and other SBC intelligent systems.

The enclosure achieves quick-turn, high IP systems through its modular architecture, high-availability of inventory, quick-turn custom faceplate/backplate support and readily available high-IP connectors. Conduction cooling is delivered through the finned-chassis design, either through the base to airframe, vehicle bulkhead or passive cooling via the finned chassis surface which can be augmented with forced cooling. Up to IP65 Ingress-Protection is possible with appropriate faceplate and connector options.

The enclosure is only available as part of a full system and is supported by ADL Embedded Solutions’ team of Solidworks engineers to provide design and 3D modeling support. The company’s portfolio of PC/104 SBC options, which range from low-power lntel Atom to high-performance 4th generation Intel Core i7 Quad processors, enable full quick-turn system solutions including internal hardware. Compatible power supply options are also available.

The three variations of the ADLMES-8200 include:

ADLMES-8200-LP low profile 2-card chassis, measuring 3.2” x 7.0” x 6.6”
ADLMES-8200-P1 4-card chassis, measuring 4.6” x 7.0” x 6.6”
ADLMES-8200-P2 6-card chassis, measuring 5.9” x 7.0” x 6.6”

Marin Kristof, Managing Director, ADL Embedded Solutions says, “Quick time-to-market has become a critical success factor for many SFF systems. The ADLMES-8200 family of quick-turn, high-IP package solutions – coupled with ADL Embedded Solutions’ broad portfolio of SBCs, power supplies and design services – helps fill this need with significant reductions in development time for embedded engineers.” 

 

Keep Up to Date with the Most Important News

By pressing the Subscribe button, you confirm that you have read and are agreeing to our Privacy Policy and Terms of Use
Previous Post

Rochester re-introduces AMD's AM186ED 16-bit embedded MCUs

Next Post

Heater for EVs stores energy generated by braking