XYCOM XVME-212 Gas monitor

The G-64 bus concept was defined to meet the requirements of small, real-time industrial microcomputer systems [1]. The G-64 was (and remains) an open architecture requiring no license for its use. Technically, the G-64 is a layered architecture comprising several levels of complexity and compliance, all of which are upward compatible. This layered architecture provided great flexibility and the ability to choose the most cost effective implementation for a given application. The G-64 bus concept was processor independent and was designed to handle 8-bit, 16-bit and even 32-bit microprocessor based systems. It was widely used in the industry, research institutions and even in aerospace. A diverse variety of modules were developed by a number of suppliers and institutes, and despite being more than two decades old, some modules are still produced and supported.

The backplane of the G-64 bus uses a standard female DIN 41612-C connector.

 G-64 modules use the corresponding male connector. The same family of connectors (with 96-pins instead of 64) are used in VME systems. These are pin-in-socket connectors which are very reliable and have excellent mechanical characteristics. The selection of this connector was the first strength of the G-64 standard. The price, reliability and robustness, and the simplicity of the mechanical manoeuvre to insert or withdraw a module have greatly satisfied the users over the years. G-64 modules use the standard single Eurocard format (100 mm x 160 mm x 1.6 mm) and the metric DIN connector to provide a system optimized for rugged applications. 

The size of the boards was the second strength

 of the G-64 standard. The board height matched the size of the backplane connector and the dimensions are small enough to allow easy handling with only one hand. Like all Eurocards, the format has good mechanical resistance against shocks and vibrations but is still big enough to support several ICs. Even in the early days, it had sufficient area to implement fundamental elements of a system such as a processor board or a network interface.

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