08.11.2010 • Product

Full Speed Ahead

With the popularity of higher-speed sensors intensifying, vision systems integrators and designers are now looking for greater interface speed. Pleora Technologies shows that the most practical and advantageous response to this market demand is to employ GigE Vision over 10 GigE.

One example for the 10 GigE technology is a flat panel inspection system. The use of higher resolution sensors can enhance already-sophisticated systems such as those used for pixel inspection in high-definition flat panels by enabling higher-speed inspection and lower-cost, lower-complexity cabling infrastructure.

The second example feature a camera created using three sensors, streaming aggregated video data using 10 GigE technology. By aggregating the multiple sensors into one 10 GigE output and creating a camera capable of panoramic views, system complexity dramatically decreases, as well as overall system costs.

Both applications employ both GigE Vision and GenICam standards, allowing greater interoperability for faster time-to-market. The used Pleora's eBUS SDK offers high-throughput capability for data reception at the PC and for transfer into analysis applications.

Company

Pleora Technologies

359 Terry Fox Drive, S. 230
K2K 2E7 Kanata
Canada

Company contact







Event

AKL – International Laser Technology Congress in Aachen

AKL – International Laser Technology Congress in Aachen

From April 22 to 24, 2026, the Fraunhofer Institute for Laser Technology ILT invites you to AKL'26. The photonics congress with over 500 participants is taking place for the 15th time, this year with a significantly expanded program, over 80 presentations, and 54 exhibitor booths.

Award

inspect award 2026
Vote now!

inspect award 2026

The jury for the 2026 inspect award has nominated ten products in each category. With your vote, you decide which product deserves the inspect award 2026.

most read

Photo

SWIR Smart Camera Alecs

The Alecs Smart Camera portfolio is now extended with the Sony IMX993 SWIR sensor, a 3.2 MP InGaAs sensor with 2080 × 1544 resolution, global shutter, and a spectral range of 400–1700 nm.