IoT

One of the new challenges arising with the use of edge, fog, and cloud architectures is the connection of components to each other and to the public cloud. An important element of developing a solution capturing all pieces is the IoT framework susietec

At the field, or edge level, data is collected by industrial computers, e.g. by gateways, which process, filter, analyze and act on these data in real-time right at the device.

Edge, fog and cloud applications demand increasing computing power. The interfaces to sensors or machines often require non-standard solutions. Especially in smaller machines, space is limited or restricted in some dimension and need a special solution.

Today, the connection from the sensor device to the embedded cloud takes place via real-time data communication, on sensor and edge level - for example Industrial Ethernet or fieldbuses - and gateways , which provide the transformation of real time data into the informational area.

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VME430 Chassis

The CERN VME430 standard, often called “Nuclear VME”, is an extension of the VME64 Standard and was introduced in 1980 by the European High Energy Physics Laboratory CERN. It is fully backwards compatible to VME/VME64.

The VME430 specification adds 3-row / 30-pin DIN-type Paux/Jaux connectors which are located between the regular P1/J1 and P2/J2 connectors. Through these connectors the ECL voltages -5.2V and -2V as well as optionally +/-15V are provided to the VME430 modules. Further the Paux/Jaux connector adds additional ground pins, a serial bus and geographic addressing.

Considering the use of highly sensitive analog VME modules for nuclear and high energy physics detector read-out, the VME430 specification requests low noise power supplies.

W-IE-NE-R offers VME430 Chassis in a compact design as 9 slot VME195-ECL mini Chassis or in 19″ rack mounting full size VME 6021/6023 with 21 slots for both 6U and 9U cards.

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6U VME430-6021

6U VME430-6023

9U VME430-6021

9U VME430-6023