Andor solis spool triggered data
The first of these are the fundamental experimental conditions that define what exposures are required to provide a suitable signal to noise ratio. There are a number of practical considerations when it comes to running cameras to achieve high frame rates. The long lengths also mean that additional extender solutions are normally not required – other than sourcing longer cable lengths.
Composites are thicker and less flexible. Cables can be multiple single coax or one composite. Like Camera Link, CoaXPress also needs a dedicated CoaXPress Frame grabber card to be installed in the PC. Triggering via coaXPress is possible but using the Ext trigger of the camera would be a lower latency option since it would trigger of the rising edge of the trigger signal and not need an encode and decode process that would be required through coaXPress.
#Andor solis spool triggered data full
Note that for sona and Marana 4.2B-11 models, USB 3 facilitates the full sensor bandwidth and so CXP versions are not needed. The Sona 4.2B-6 and Marana 4.2B-6 use CoaXPress to permit higher speeds than is possible through USB 3.0. Table 6: CoaXPress options on current Andor Cameras. Therefore a 4-line CoaXPress connection would provide 25 Gbit/s in a relatively small footprint. Each cable “line” can support rates of up to 6.25 Gbit/s per cable.
CoaXPress transfers data via conventional 75 Ohm coaxial cable lines, or channels, making useable distances of up to 68 metres potentially possible (CXP-6). CoaXPress offers the potential for very high data transfer rates this naturally makes it well suited to the latest large sensor, high speed sensors like the Balor large area sCMOS. CoaXPress Connection for High Speed Camera ConnectionĬoaXPress is another format that has emerged for high speed scientific and industrial imaging applications.