. Digital design:
            We specialize FPGAs (Field Programmable Gate Arrays), up to 10 Million gates.
            This large number of gates implies the following:

            Global R&D FPGA development techniques allow the design of extremely large
              and complex hardware systems in in a surprisingly short time.

          . Analog design:
            Global has several decades of experience in challenging analog development projects.
              We are able to sense very tiny signals (to the fA and nV levels),
              or very fast analog signals (for video applications), convert them to Digital,
              and process them, all in the same board.

            On the other extreme we can supply 50Amp and 100Volts to the largest stepper motors,
              and have the logic of the MCU (Motion Control Unit), on the same board.

          . The resulting system:
            The state of the art technology we use, results in single board systems.
            Regardless of the size and complexity of the system we develop,
            the boards almost always "look alike":

1.One main card including: a single "BLACK SQUARE" with ALL the logic inside.
Analog components, drivers, and memories are positioned around it. 2.The power supply.
3.(For large size systems) we also include small cards near
    targets to minimize cabling.

Most of our cards are smaller than 6x7 cm depending on the analog
requirements of the card / system, and connectors required.

The small number of components together with our development techniques
provide the following benefits:

• High reliability
• Low production costs.
• Embedded full diagnostics.
• Easy and "painless" upgrading of the system for further versions.
• Widest programming capabilities.
• Low power consumption.
• Smaller size.

 
 
 

            . supplying you with your product.
 
 

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