Schneider Electric Tests Demonstrate More Efficient Industrial Ethernet Performance With fido(TM) Architecture

ALBUQUERQUE, N.M. – Aug. 27 (SEND2PRESS NEWSWIRE) — Innovasic Semiconductor today announced that in recent lab tests conducted by Schneider Electric, its fido1100 real-time microcontroller achieved a worst-case Ethernet packet jitter of only 130 microseconds. In contrast, an ARM9-based RISC processor running at more than twice the clock rate achieved a worst-case jitter of 760 microseconds.

The difference in jitter is significant in industrial Ethernet applications where hard real-time control or mission-critical data transactions may have to co-exist with lower priority web and file transfer traffic. The use of standard Ethernet as an industrial control network can be problematic if time-critical communications are impacted by other lower priority network traffic. For example, a nuclear power plant was shut down because a spike in Ethernet traffic caused the recirculation pump controllers to lock up (

The fido1100 microcontroller, running at 66MHz, achieved a worst-case latency of 1.1 milliseconds and worst-case jitter of 130 microseconds. The ARM9-based processor running at 133 MHz achieved a worst-case latency of 1.8 milliseconds and worst case jitter of 760 microseconds. Both systems were tested using a Modbus/TCP application with varying amount of background Ethernet traffic. Details of the testing and results are available in a white paper at

The unique “RTOS Kernel in a Chip” architecture of the fido1100 microcontroller enabled Schneider Electric to process high priority Modbus/TCP packets in a deterministic manner regardless of the amount of lower priority Ethernet traffic that was on the same network.

“With Quality of Service (QoS) becoming an increasingly important factor in many embedded applications, customers using the fido1100 microcontroller can now design systems with reliable and timely processing of high priority Ethernet traffic,” noted Keith Prettyjohns, CEO of Innovasic Semiconductor. “The unique ‘RTOS Kernel in a Chip’ architecture of the fido1100 enabled Schneider Electric to process high priority Modbus/TCP packets in a deterministic manner regardless of the amount of lower priority Ethernet traffic that was on the same network.”

fido architecture

Innovasic Semiconductor’s fido microcontroller family was designed to provide very secure and robust communications over conventional Ethernet, enabling designers to leverage widely-used industry standards for increasingly desirable real-time communications in industrial applications.

Key fido features include four Universal I/O Controllers (UICs). Each of these is a dedicated RISC engine, which can be programmed to support a variety of I/O protocols, including standard 10/100 Ethernet. The chip includes an RTOS kernel built into the silicon that can be used to provide exceptional deterministic performance, enhancing real-time communications.

Innovasic will host a webinar on September 6, 2007 to provide designers with information on how to achieve deterministic, low-jitter Ethernet packet processing in embedded systems. To register for this free Webinar please go to

Contact Innovasic Semiconductor at 1-505-883-5263 or email for more information.

About Innovasic Semiconductor

Innovasic Semiconductor is a fabless semiconductor company focused on serving the long life-cycle embedded market. The company has not only secured numerous wins for its growing line of replacement microcontrollers but, it has now launched its own family of real-time microcontrollers – specifically designed to solve problems typically overlooked by other semiconductor manufacturers.

For more information on Innovasic Semiconductor or fido, visit

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NEWS SOURCE: .Innovasic Semiconductor

Valerie G, editor at CANW
Valerie G has been an editor with California Newswire for several years, is a gifted theremin player, can quote copious lines from 'Red Dwarf' and also knows where her towel is. Oddly, she does not drive, nor does she take the bus. She identifies as both human and democrat.