microIOC baseline
microIOC CosyIcon
microIOC Analog/Digital
microIOC BLM
microIOC LOCO
microIOC LOCO2
microIOC M-Box-PMAC
microIOC M-Box-light
microIOC LR-BPM
microIOC MX-BPM
microIOC CosyEye
MEM - Machine Efficiency Monitor
microIOC Development Environment
microIOC CosyIcon
Remote control of instrumentation devices.
microIOC Cosy Instrumentation control a complete solution for controlling devices via serial or parallel interfaces and integration of these devices into higher-level network or control system.

microIOC CosyIcon comes in different  variants:

  • RS232/485 with up to 24 serial communication ports. microIOC CosyIcon extended with serial interfaces provides efficient means for remote control of your devices and your laboratory equipment.

  • GPIB, where up to 3 separate GPIB ports can be provided. Serial, star or mixed connection topology can be used if more devices are to be connected to a single microIOC. Up to 32 devices can be connected to one GPIB port.

  • custom combination of serial, parallel or GPIB communication ports

Key features
  • customized back-panel interfaces for direct connection of various instrumentation, acquisition systems, actuators, etc.
  • modular: additional inputs/outputs (serial, analog, digital, etc…)
  • software: Linux OS or RTEMS, application specific software, web-based configuration, monitoring and control
  • customizable: supported up to three standard GPIB (IEEE488) interfaces and up to 24 serial (RS485/232) ports
  • optional RJ45 (Ethernet-like) connectors for serial communication with traffic indication LEDs. Reduces installation and line debugging time (MTTF)

Benefits
  • integrate serial, parallel or GPIB-interface devices into higher-level network or control system
  • keep higher-level network or control system separate from network attached device (NAD) communication
  • wide range of device protocol implementations and hardware drivers is available
  • low cost per I/O channel
  • small  and robust enclosure enables mounting close to the controlled device (reducing cable lengths), enabling better communication and saving costs
Applications



use case rs232-485
microIOC Cosy Instrumentation control  
microIOC control unit  
CPU X86 compatible AMD GEODE GX1, 300MHz
interfaces Dual 10/100 Ethernet, 2xUSB, RS232, VGA,
SW Linux Debian or RTEMS, full control system integration (EPICS, ACS and Tango), drivers for extension cards
power supply 110/220 V (50/60 Hz), 60 W, industrial grade, current protection
casing Rack-mount 19" 2U case (88 x 430 x 200mm)
  Desktop 12" 2U case (88 x 30 x 200mm)
  Desktop 8" 2U case (88 x 200 x 160mm)
Interfaces  
GPIB ports 1 per extension card (up to 3 extension cards per SBC)
RS232/422/485 ports 8 per extension card (up to 3 extension cards per SBC)


microIOC is manufactured by Cosylab
 
microIOC M-Box-PMAC
One box solution for your motion control system
robust, flexible and safe – no additional circuitry needed Specially designed electronic interface leverages PMAC’s functionality providing:
Downloads
microIOC-PD-CosyIcon
microIOC-PD-CosyIcon
References
ELSA
Elektronen-Stretcher-Anlage ELSA
SRS
Daresbury laboratory
INFN
Istituto Nazionale di Fisica Nucleare
GSI
Gesellschaft für Schwerionenforschung mbH
BNL
Brookhaven National Laboratory
Jefferson Lab
Thomas Jefferson National Accelerator Facility
BAM
Federal Institute for Materials Research and Testing
CLS
Canadian Light Source
ANKA
Synchrotron light source, Germany
ASP
Australian Synchrotron
Bergoz
Manufacturer of electronic instruments, France
KEK
High Energy Accelerator Research Organisation, Japan
Oxford Danfysik
Beamline Engineering, UK
OAN
The National Astronomical Observatory, Spain
PSI
The Paul Scherrer Institute, Switzerland
SLAC
Stanford Linear Accelerator Center, USA
NSRRC
Taiwan Photon Source
PTB
Physikalisch-Technische Bundesanstalt, Germany
Imtech Vonk
Engineering company specialised in the Oil&Gas industries, Netherland

If you have any questions about our products or services please contact us:

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