Product Highlights #02 2026
JAI Apex, AMBER & Open eVision Studio 26.02
This month's edition covers a true-colour prism camera for demanding inspection, practical additions to line scan systems, a rugged embedded computer, vision connectivity solutions, and six upcoming events in March and April.
In this Edition:
- JAI Apex Series: Three-sensor R-G-B prism colour accuracy from 1.6 to 5.1 MP for accurate per-pixel colour values
- Open eVision Studio 26.02 – CVB GenICam Browser added, expanding acquisition to USB Vision and all GenICam-compliant devices
- Schneider-Kreuznach AMBER + Teledyne DALSA Tetra: Optimal optics and GigE linescan camera combination for scalable vision projects
- Pleora Technologies: External grabbers and embedded interfaces for next-gen camera connectivity
- CCS LNSD Lighting: Scalable line light from 100 to 3,000 mm with 15 mm uniform emitting surface
- Neousys POC-766AWP PC: IP67-rated fan less embedded computer for outdoor and mobile use
Upcoming Events:
- Embedded World 2026: Embedded vision live demos and system architecture guidance, 10.-12. March
- Open eVision Webinar: Prototype and validate computer vision applications
- ZIE 2026: Smart cameras, 3D sensors, and Open eVision workflows in Rotterdam, 26 March
- Global Industrie 2026: 2D/3D vision, robotics, and embedded architectures in Paris, 30. March – 2. April
- STEMMER IMAGING Technology Days: Teledyne experts, workshops, and Meet the Experts sessions in Munich, 15.-16. April
JAI Apex Series
Three-sensor prism colour: per-pixel R-G-B accuracy for demanding inspection
When colour fidelity determines whether a defect is detected or missed, interpolation-based imaging introduces unnecessary uncertainty. The JAI Apex Series uses a compact RGB prism to separate incoming light across three dedicated CMOS sensors, each capturing its channel without shared pixels or interpolation, delivering exceptional colour accuracy for the most demanding machine vision and inspection applications.
- Hard dichroic prism coatings produce steep spectral cutoffs with minimal channel cross-talk, delivering colour values that are significantly closer to CIE L*a*b* reference data than Bayer-filter cameras - directly relevant where colour-based sorting or grading determines yield outcomes
- Independent exposure and gain control per R-G-B channel enables shutter-based white balancing, keeping noise at the sensor minimum rather than amplifying it through gain adjustments as required with Bayer cameras
- Built-in colour space conversion supports HSI, CIE XYZ, sRGB, and Adobe RGB outputs in-camera, reducing host processing load in applications requiring calibrated colour values
- Three dedicated sensors per camera across 1.6, 3.2, and 5.1 MP resolutions, with frame rates from 12 to 126 fps depending on interface - GigE Vision (1; 5; 10 GigE), USB3 Vision, CameraLink, and CoaXPress all available.
Open eVision Studio 26.02
CVB GenICam Browser now available as an acquisition tool in Open eVision Studio
With the release of Open eVision Studio 26.02, the CVB Common Vision Blox 15.00.003 GenICam Browser is available directly in the Studio tool catalogue via a fully integrated, bidirectional StudioLink. Engineers can discover devices, review live images, and configure camera parameters in the GenICam Browser, then stream directly into Open eVision Studio without any additional setup. This extends acquisition beyond eGrabber-supported hardware to any GenICam-compliant device, including USB3 Vision cameras via CVB.
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The bidirectional StudioLink means the GenICam Browser can be used as a live image source inside Open eVision Studio, and equally, a fully configured camera in the GenICam Browser can launch directly into the Studio, keeping the evaluation workflow in one place.
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USB3 Vision devices and other interfaces outside the eGrabber scope become accessible via CVB, removing hardware restrictions when evaluating or prototyping with GenICam-compliant cameras.
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The GenICam Browser runs licence-free during prototyping alongside Open eVision - an evaluation licence is built in automatically when Open eVision Studio is installed.
Schneider-Kreuznach AMBER
A reliable and cost-efficient lens series for scalable industrial machine vision
AMBER keeps machine vision inspection economical without sacrificing image consistency. All focal lengths - 40, 60, 80, and 100 mm - deliver uniform MTF over the full field and supports large format sensors in both line scan and area scan configurations. The compact, vibration resistant housing and lockable iris help maintain stable, repeatable settings, while the unified V38 mount across the lineup simplifies standardization.
- Up to 82 mm image circle supports large-format sensors without vignetting at the edges, giving flexibility in camera and sensor selection.
- Low distortion helps protect geometric accuracy in inspection, alignment, and metrology tasks, especially where measurements are taken directly from the image.
- Low chromatic aberration keeps colour fringing in check on high-resolution sensors, preserving contrast across the full inspection field, which supports more reliable detection and thresholding.
- Unified V38 mount across the lineup simplifies platform standardization and makes it easier to swap focal lengths across different machine builds.
- Compact, vibration-resistant construction maintains optical alignment in demanding machine environments, reducing recalibration frequency and associated downtime.
For line scan applications, the AMBER lenses pair directly with the Teledyne DALSA Tetra. The Tetra's 2.5 GigE Vision interface removes the need for a frame grabber, and with resolutions from 2k to 8k at up to 150 kHz line rate, the combination covers a broad range of web and surface inspection tasks at a practical cost point.
Pleora Technologies
External grabbers and embedded interfaces built on open standards for reliable vision connectivity
With ever-greater demands on imaging performance across industrial, medical, and defence systems, Pleora delivers real-time connectivity that speeds system integration and lowers risk. From edge-mounted video capture to embedded camera interfaces and rugged multi-sensor processing, Pleora's products are built on open standards with proven reliability across GigE Vision, USB3 Vision, and GenICam.
- External grabbers convert analogue and legacy camera signals to standardised GigE Vision or USB3 Vision streams, enabling long-distance transport and integration with existing software tools without redesigning imaging systems.
- Embedded video interface modules provide OEMs and camera manufacturers with compact, high-performance GigE and USB3 Vision interfaces that accelerate time-to-market, lower system cost, and ensure full industry standard compliance in next-generation imaging devices.
- Standards-driven design across all product families ensures interoperability, predictable latency, and system longevity in demanding applications.
- Ruggedised solutions engineered for extreme temperatures, shock, vibration, and EMI-sensitive environments support ISR, perimeter surveillance, and mobile defence platforms with secure, real-time video connectivity in mission-critical deployments.
CCS LNSD
Uniform line scan illumination for continuous inspection and high uptime
Illumination consistency and defect contrast are key challenges in line scan inspection of film, foil, paper and non-woven materials. CCS LNSD line lights balance these needs with a choice of high luminance or high uniformity variants. The compact, lightweight design supports easy integration and retrofit, including fluorescent replacement. Designed for stable operation up to 50°C with an expected lifetime of around 50,000 hours, it supports continuous production and low maintenance uptime.
- High luminance and high uniformity variants let engineers match the light source to the specific inspection goal, maximising contrast for defect detection or ensuring even intensity for dimensional checks.
- Available in white, red, and blue, the series allows wavelength selection to enhance contrast against specific materials such as transparent films, metallic foils, or paper.
- The length ranges from 100 to 3,000 mm and a broad model selection make it possible to standardise illumination hardware across multiple machine variants, reducing spare parts complexity.
- Compatible dimensions with standard fluorescent lengths support direct retrofit without structural machine modifications, shortening upgrade project timelines.
Neousys POC-766AWP
IP67 fanless embedded computer supports DDR5 memory - for outdoor and mobile machine vision
Embedded computing in outdoor or vehicle-mounted applications faces a specific set of constraints: protection against moisture and dust, resistance to vibration, compact dimensions, and reliable connectivity. The POC-766AWP addresses these with a fully sealed IP67-rated aluminium and stainless-steel enclosure combined with an Intel Core i3-N305 processor and DDR5 memory. M12 connectors throughout ensure connection integrity under mechanical stress.
- Two thermal management options: Direct-contact cooling for metal cabinet installation and fan less cooling for standalone use - allow the same unit to be deployed across different mounting scenarios.
- M12 connectivity provides vibration and moisture-resistant cabling in field environments where standard connectors are unreliable, reducing failure risk in mobile or outdoor deployments.
- The compact form factor combined with IP67 protection makes it suitable for agriculture, industrial vehicles, and outdoor inspection without requiring an additional protective enclosure.
- DDR5 memory support: Significant increase in processing headroom compared to previous-generation AWP-series units, supporting more demanding vision workloads within the same rugged platform.