Build your vision system.
Configure the sensing, compute and perception stack around your platform.
Choose the right level of integration
From imaging components through complete edge-vision systems.
Camera modules
Sensor options for high resolution, global-shutter motion capture, low-light imaging and embedded integration.
↗Coreboards and compute
Support for platform-specific signal routing, processing requirements, and power/data interfaces.
↗Integrated vision
Combine calibrated camera systems, processing, localisation, depth and software in one configured platform.
One stack. Multiple configurations.
VILOTA's engineering approach is to match the camera, interface, compute and software stack to the host machine rather than force an application into a fixed hardware combination.
Camera sensing
Sensor resolution, shutter, lens and operating conditions.
Interface & baseboard
Camera routing, synchronisation, power and custom signal interfaces.
Edge compute
Select processing according to workload, power, thermal and timing needs.
Mechanical design
Camera geometry, mounting, packaging, calibration and maintainability.
Perception software
Local pose, stereo depth, scene understanding and host integration.
Available combinations depend on the engineering configuration, integration stage and required validation.
Camera modules
Compare all modules ↗Choose a module by optical format, image quality, shutter type, frame-rate, interface and mechanical integration constraints. Detailed specifications are available on each camera page.
IMX415
8 MP · 4K at 30 fps
Full specifications ↗IMX566
Configuration to be confirmed
Full specifications ↗OG02
2 MP · Global shutter
Full specifications ↗IMX662
Full HD · Low-light imaging
Full specifications ↗AR0234
2.3 MP · Global shutter
Full specifications ↗OV9281
1 MP · Monochrome global shutter
Full specifications ↗From components to a ready-to-integrate subsystem
Requirements-led sensor choice
Match resolution, field of view, shutter behaviour and available light to the scene rather than optimising a single specification.
Interface and compute integration
Coordinate data throughput, camera timing, platform I/O, power and thermal constraints.
Calibration and validation
Account for intrinsics, extrinsics, sensor alignment and the host platform's mounting environment.
Software configuration
Select the relevant outputs—image streams, visual pose, stereo depth or AI detection—where supported.
What to prepare for an engineering discussion
The most useful starting inputs are the host platform, intended environment, camera count, optical requirements, expected motion and lighting, desired software outputs, available power and space, and target integration schedule.
Discuss your vision system ↗Need a matched configuration?
Talk to VILOTA about sensing, embedded compute and perception software.