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
MEM - Machine Efficiency Monitor
microIOC Development Environment
Eyes of your control system.
microIOC CosyEye is solution for integration of data obtained from images into the control system. Based on microIOC platform the microIOC CosyEye solution can be found as a perfect solution for beam profile and position measurement.
Various cameras are used to acquire the image, which is then processed on the microIOC according to the customer needs and the relevant data is sent to the control system.
microIOC CosyEye is a distributed solution. In normal operation only the desired image parameters are sent over the internet, thus reducing network traffic and increasing performance.
EPICS firewire camera (microIOC CosyEye) is based on firewire camera solution, developed at the Swiss Light Source.
Various cameras are used to acquire the image, which is then processed on the microIOC according to the customer needs and the relevant data is sent to the control system.
microIOC CosyEye is a distributed solution. In normal operation only the desired image parameters are sent over the internet, thus reducing network traffic and increasing performance.
EPICS firewire camera (microIOC CosyEye) is based on firewire camera solution, developed at the Swiss Light Source.
Key features
- SW support for Ethernet , Firewire and USB cameras
- graphical display of vertical and horizontal beam profiles and position
- analysis of beam profile
- image display, different cameras control from the same screen
- integrating different cameras into one control system
- image processing tailored to customer needs
Benefits
- integration of beam parameters and image in the control system (used by other applications, can be archived) or provided over ethernet
- dedicated system for image processing, not affecting the whole control system
- bandwidth use is low in normal operation due to image processing being done on the server side
| CosyEye | |
| microIOC CosyEye computer | |
| CPU | SBC with 1,3 GHz CPU |
| interfaces | dual Ethernet , 2xUSB, RS232, VGA, 2xFirewire, PS/2 |
| SW | Linux Debian or RTEMS, full control system integration (EPICS, ACS and Tango) |
| power supply | 110/220 V (50/60 Hz), 80 W, industrial grade, current protection |
| camera: Flea 2 - A high resolution firewire camera for beam monitoring | |
| imaging device | 1/3” Sony CCD HAD sensor with square pixels, progressive scan, frame shutter |
| resolution (frame rate) | 640x480 (60 fps) and 1024x768 (30 fps) |
| size | 30x31x29 mm |
| contrast | 12 bit |
| external trigger | Yes |
| interface | IEEE-1394b |
| daisy chain | supported |
| lens mount | C mount (lens not included) |
| power | trough IEEE-1394 connector on CosyEye unit |
| cable lenght | max 4,5m with firewire cable |
| client application | |
| image refresh rate (one camera) | 25 fps@640x480MONO8 |
| 10 fps@1024x768MONO8 | |
| 5 fps@1024x768RGB | |
| image delay | 0.2 s |
| analysis refresh rate (1, 2, 3 cameras) | 0.3s, 0.7s, 1.2s |
| request customizations | |
| (a) cable length | longer distances are available using firewire repeaters |
microIOC is manufactured by Cosylab
