In this blog, you’ll explore:
- Need for global shutter technology for imaging in continuous motion
- How RGB-IR dual streaming maintains usable output across lighting conditions
- Why integrated 940nm illumination matters in specific environments
- Role of the GMSL interface in supporting signal integrity across long cable runs
Vision systems in industrial automation carry a specific kind of accountability. When an inspection camera lets a defective part reach the end of the line, the cost is a quality escape. When a robot misreads a component position, it is a machine fault and results in lost production time.
The cameras embedded in these systems are expected to produce accurate, consistent output under conditions that are genuinely difficult: fast motion, uncontrolled lighting, and physical environments that degrade hardware over time. Getting that combination right in a single unit has historically required significant compromise.
STURDeCAM57 is e-con Systems’ 5MP RGB-IR global shutter GMSL camera, compatible with the NVIDIA AGX Orin platform. It streams RGB and infrared frames as separate, independent channels and is ideal for deployments where imaging performance can’t be traded against operational convenience.
In this blog, you’ll discover the key camera features that make it a strong fit for industrial automation and robotics, and what those capabilities mean in real-world deployments.
Top Features of STURDeCAM57 for Industrial Automation and Robotics’ Use Cases
Global shutter mode
STURDeCAM57 uses a global shutter sensor that captures all pixels in the frame simultaneously. In industrial environments where robot arms, conveyor components, and AMRs are in near-continuous motion, this is a huge requirement.
In pick-and-place cells, the vision system’s output is a position, and any error in it produces a bad pick, a dropped component, or a machine fault.
Rolling shutter sensors scan the scene line by line, which means a subject moving during that scan appears distorted in the final frame. Global shutter eliminates that distortion, delivering a frame that accurately represents the scene at a single point in time, regardless of subject speed.
When it comes to assembly line quality inspection, this helps capture moving components sharply enough for the model to classify defects before the part exits the inspection zone.
RGB-IR dual streaming capabilities
The camera streams color and infrared as fully independent channels. Under adequate visible light, the RGB stream provides full-color output for object detection, classification, and inspection tasks that depend on color accuracy.
In enclosed robotic cells, where shadows and enclosure geometry can affect image consistency, the IR stream delivers high-contrast imagery backed by the onboard 940nm LEDs. Both streams originate from a single camera unit, which simplifies installation and eliminates the calibration overhead of running two separate sensors.
Integrated 940nm IR illumination
STURDeCAM57 includes built-in 940nm IR LEDs that provide continuous scene illumination at a wavelength invisible to the human eye. In facilities where workers operate alongside robotic systems, this can make a big difference for imaging capabilities.
IR intensity is also adjustable, allowing the camera to be tuned for the specific distance and enclosure geometry of each deployment rather than accepting a fixed illumination profile.
Onboard ISP
STURDeCAM57’s built-in Image Signal Processor handles RGB-IR separation, IR contamination removal from the color channels, demosaicing, and color reconstruction inside the camera. For instance, in assembly line inspection, this means frames reach the inference engine already processed within the fixed decision window available before a component exits the inspection zone.
Hence, STURDeCAM57 prevents consuming GPU and CPU cycles that would otherwise be available for detection, classification, and control workloads.
GMSL interface
STURDeCAM57 uses a GMSL interface, which supports high-bandwidth video transmission and is compatible with the NVIDIA AGX Orin platform. In industrial and robotic deployments where the camera is frequently mounted at a distance from the host compute platform, GMSL maintains signal integrity and low latency across that distance.
This supports reliable integration into demanding embedded vision architectures, including assembly line setups where the camera must be positioned along the line at the required distance.
Enhanced dynamic range
STURDeCAM57 captures detail across high-contrast scenes in a single frame, preserving both bright and dark areas simultaneously. For example, industrial environments often involve lighting that is uncontrolled and where contrast ratios are extreme. Improved dynamic range ensures the vision system produces usable output across the full scene without requiring exposure trade-offs.
IP67-rated enclosure
The camera is housed in an IP67-rated enclosure that provides complete protection against dust ingress and resistance to temporary water immersion. Industrial and robotics deployments routinely involve dust, water exposure, vibration, and temperature stress.
An IP67 rating also means STURDeCAM57 can be installed directly into those environments without additional protective housing. This reduces installation complexity and eliminates a variable that would otherwise affect long-term reliability.
Meet STURDeCAM57, e-con Systems’ Latest RGB-IR Camera for Industrial Automation and Robotics.
Since 2003, e-con Systems has been designing, developing, and manufacturing OEM and ODM camera solutions. Our portfolio includes multiple camera options for industrial automation and robotics, including STURDeCAM57 – our latest 5MP global shutter RGB-IR GMSL camera.
Browse our Camera Selector Page to find the right camera for your embedded vision system.
Need a one-on-one session with our vision experts? We can help you explore custom camera options or share more details on STURDeCAM57. Please write to camerasolutions@e-consystems.com and get in touch.
FAQs
What makes STURDeCAM57 suited for industrial automation and robotics?
STURDeCAM57 combines global shutter capture, RGB-IR dual streaming, integrated 940nm IR illumination, an onboard ISP, an IP67-rated enclosure, and a GMSL interface in a single unit. Each of these capabilities addresses a specific requirement of industrial and robotics deployments, and their combination in one camera reduces the hardware complexity of the vision subsystem.
Why does global shutter matter in a pick-and-place or inspection application?
STURDeCAM57’s global shutter mode captures all pixels simultaneously, preserving geometric accuracy regardless of how fast the subject is moving. In pick-and-place systems, geometric accuracy determines position data quality. In inspection systems, it determines whether a defect on a moving component is captured sharply enough for the model to classify it correctly.
How does RGB-IR dual streaming work in practice?
STURDeCAM57 streams color and infrared as independent channels. The host system uses whichever stream the current imaging conditions support. When visible light is sufficient, the RGB stream provides full-color output. In enclosed robotic cells, the IR stream delivers high-contrast imagery backed by the onboard 940nm LEDs. Both streams originate from a single camera without requiring any hardware change.
What does the onboard ISP contribute to an NVIDIA AGX Orin-based pipeline?
STURDeCAM57’s onboard ISP processes the raw RGB-IR sensor data inside the camera, performing separation, contamination removal, demosaicing, and color reconstruction before delivery. The AGX Orin receives two clean, ready-to-use streams and can apply its full compute budget to inference rather than image pre-processing.
Why is GMSL relevant for industrial camera deployments?
STURDeCAM57’s GMSL interface supports high-bandwidth video transmission over coaxial cable at distances that exceed the practical limits of USB and standard MIPI CSI interfaces. In industrial settings where the camera and the host compute platform are physically separated, GMSL maintains signal integrity and low latency across that distance over a single cable that also carries power.
Suresh Madhu is the product marketing manager with 16+ years of experience in embedded product design, technical architecture, SOM product design, camera solutions, and product development. He has played an integral part in helping many customers build their products by integrating the right vision technology into them.