Built for machine vision inspection, robotics, and outdoor traffic monitoring that must resolve detail through extreme backlighting without the motion artifacts a multi-frame HDR technique can introduce, this camera pairs the Onsemi AR1335 sensor with Interleaved HDR and VCM autofocus over GigE Vision, giving integrators genuine dynamic range captured within a single-frame readout.
DENVER, CO / ACCESS Newswire / September 9, 2026 / Vadzo Imaging, a global leader in embedded vision solutions, today announced the validation of HDR performance and Autofocus capability on the Innova-1335CRA, a 4K Autofocus GigE Camera built around the Onsemi AR1335 sensor for machine vision inspection, robotics, and outdoor traffic monitoring applications that need genuine dynamic range without the motion artifacts a multi-frame HDR approach can introduce.
Why Extreme Dynamic Range Applications Need a 4K Autofocus GigE Camera Built for Interleaved HDR
Machine vision inspection, robotics, and outdoor traffic monitoring routinely encounter genuinely difficult scenes combining an extremely bright highlight with a deeply shadowed area within the same frame, and a standard HDR technique that combines multiple separately captured frames can introduce genuine motion artifacts when the subject or camera moves between those separate captures. An iHDR Ethernet Sensor needs to resolve that same extreme range without depending on multiple sequential frame captures that a moving subject would misalign. An iHDR Vision Sensor Module built around this capability gives integrators that single-frame extreme-range advantage directly.
An AR1335 iHDR GigE Camera approaches that challenge by capturing multiple exposure levels within a single frame readout, using an interleaved row pattern rather than combining several complete, separately captured frames in sequence. A Single Frame iHDR Camera configuration like this one gives integrators genuine extreme dynamic range without the frame-to-frame alignment problem a moving subject introduces into a multi-frame HDR technique.
A second, related consideration is maintaining accurate focus alongside that extreme dynamic range, since machine vision, robotics, and outdoor monitoring applications often examine subjects at genuinely different working distances. A 13MP Interleaved HDR Ethernet camera addresses that consideration directly with VCM autofocus, adjusting focus electronically so a subject stays sharp regardless of the specific distance a given inspection or monitoring task presents.
Neither extreme dynamic range nor autofocus flexibility alone solves the underlying problem these applications present. A sensor with excellent iHDR handling but a fixed lens still produces a soft image the moment working distance shifts, and a sensor with excellent autofocus but only standard dynamic range still loses detail in a genuinely extreme highlight or shadow. Combining both is what makes a sensor genuinely suited to machine vision, robotics, and outdoor monitoring work rather than adequate on only one specification.
Engineering Explanation: Single Frame HDR and Autofocus Working Together
Onsemi designed the AR1335 with genuine interleaved HDR capability built directly into the sensor architecture itself, and Vadzo Imaging pairs that sensor with VCM autofocus specifically for machine vision, robotics, and outdoor applications where both extreme dynamic range and focus flexibility matter simultaneously. As an Onsemi AR1335 iHDR Sensor, the sensor captures multiple exposure levels within a single readout cycle rather than requiring several complete frame captures combined afterward.
That single frame approach matters specifically because combining several complete frames for HDR requires those frames to align precisely, and any motion between captures introduces a visible artifact at the boundary between differently exposed regions. As an AR1335 iHDR Module, the Innova-1335CRA avoids that alignment problem entirely, and an iHDR Exposure Camera Module configuration like this one ensures every exposure level contributing to the final HDR image comes from the same single moment in time.
GigE Vision connectivity extends that capability to facility-wide and citywide deployment scale. As a GigE iHDR Sensor Kit, the Innova-1335CRA integrates directly with the GenICam-compliant software most machine vision and traffic management platforms already run, reaching pole-mounted, robot-mounted, and station-mounted positions over standard Ethernet infrastructure already in place.
VCM autofocus completes the design for applications examining subjects across a genuinely variable working distance. As a 13MP iHDR Gigabit Ethernet Sensor, the Innova-1335CRA adjusts focus electronically as that distance changes, keeping a subject in focus regardless of exactly how far it happens to be from the camera at a given moment.
Product Overview
The Innova-1335CRA pairs the AR1335 HDR Ethernet camera sensor with Interleaved HDR and VCM autofocus in a design suited to machine vision inspection, robotics, and outdoor traffic monitoring integration. As a 13MP Interleaved HDR Camera, it outputs full 13-megapixel resolution with iHDR processing active by default, giving integrators a single camera platform that covers extreme backlighting, genuine subject motion, and general-purpose embedded vision from one module.
At the core of the module sits the AR1335 Dynamic Range GigE camera sensor, chosen specifically for the combination of resolution and single-frame extreme dynamic range that demanding applications require. Because the camera pairs 4K iHDR Ethernet Camera resolution with 4K iHDR Gigabit Ethernet Camera Module connectivity, the Innova-1335CRA reaches usable image quality across lighting conditions and subject motion that would defeat a standard multi-frame HDR camera’s approach.
Product Specifications
Key specs: 13MP (4208 × 3120, 4K) Max Resolution | Onsemi AR1335, 1/3.2-inch Sensor Format | 1.1 µm Pixel | Color, Rolling Shutter with iHDR | GigE Interface | VCM-based Autofocus with Focus Range of 100mm to Infinity
Key Capabilities
Onsemi AR1335 Sensor for Detailed 13MP iHDR Capture: The Innova-1335CRA is built around the Onsemi AR1335 sensor, a device that resolves genuine 13-megapixel detail for machine vision, robotics, and outdoor monitoring applications operating under extreme lighting contrast. This gives the module High Contrast GigE Sensor performance suited to tasks that need to identify a subject clearly, regardless of the extreme lighting a specific moment presents. That reliability matters directly for automated decision-making, where a missed detail due to extreme lighting could translate into a missed defect, an inaccurate robotic reference point, or an unresolved traffic event.
Interleaved HDR for Extreme Dynamic Range Without Motion Artifacts: A standard multi-frame HDR technique combines several separate exposures captured in sequence, and any motion during that sequence, whether from the subject or the camera itself, introduces a visible misalignment artifact at the boundary between differently exposed regions. As a Wide DR Ethernet Vision Camera, the Innova-1335CRA’s iHDR avoids that problem by capturing every exposure level within a single frame readout, and a Backlit Scene GigE Sensor configuration like this one holds detail across extreme backlighting without the artifacts a moving subject would introduce into a multi-frame approach. That single frame capture matters most in exactly the scenarios where motion and extreme lighting occur together, since those are precisely the conditions a multi-frame technique struggles with most.
VCM Autofocus for Consistent Focus Across Working Distances: Machine vision, robotics, and outdoor monitoring applications often examine subjects at a working distance that varies by task, by mounting position, or by the specific scene a moment presents. The Innova-1335CRA’s VCM autofocus adjusts electronically as that distance changes, keeping a subject in focus regardless of exactly how far it happens to be from the camera. That adjustment happens automatically, without requiring an operator to manually refocus or a technician to recalibrate a fixed lens between different working distances a real deployment presents.
GigE Vision Connectivity for Facility and Citywide Deployment: A camera built on a proprietary protocol becomes an isolated installation rather than a working part of a machine vision or traffic management system’s existing software ecosystem. The Innova-1335CRA speaks the GigE Vision and GenICam standards that most machine vision and traffic management software already supports, so a new camera integrates the same way any other standard GigE Vision device would. That standard compliance matters directly for agencies and manufacturers that have already invested in a GenICam-compliant platform, since a new camera can join that existing environment without requiring custom driver development for each new installation.
Compact Design for Multi-Vertical Embedded Integration: Machine vision stations, robotic end effectors, and outdoor traffic poles each present their own unique mounting and space constraints, and a bulkier camera module complicates integration across that variety. The Innova-1335CRA’s compact design fits within that constrained space, integrating directly into existing hardware across each of these verticals without requiring a custom mounting redesign. That compatibility matters directly for manufacturers standardizing on one camera platform across multiple product lines, since a single compact form factor that fits varied mounting positions simplifies both design and inventory management across an entire product portfolio.
OEM Ready Design for iHDR Equipment Manufacturers: iHDR equipment manufacturers producing units at scale need a camera platform that stays consistent across a long production run, from early prototype validation through full-scale manufacturing. Vadzo Imaging supports full customization on this platform as an OEM iHDR GigE Module, including connector changes, optics selection, and firmware adjustments for manufacturers headed into volume production, and as an iHDR Camera Kit, it gives OEM customers a proven foundation to build a differentiated machine vision, robotics, or traffic monitoring product around. That customization extends to iHDR exposure profile tuning as well, since a manufacturer building for a shaded inspection line may need a different profile than one building for an open outdoor deployment with direct sun exposure, even though both rely on the same underlying sensor.
“Integrators across machine vision, robotics, and outdoor monitoring keep telling us the same thing: a multi-frame HDR camera that performs well on a static scene often introduces a visible artifact the moment a subject moves during capture. The AR1335’s Interleaved HDR gives the Innova-1335CRA genuine extreme dynamic range from a single frame readout, avoiding that motion artifact entirely. We built this camera for scenes with both extreme lighting contrast and genuine motion, not a static bench test.” – Alwin Vincent, Product Manager at Vadzo Imaging.
Application-Specific Sections
Machine Vision and Automated Inspection: Machine vision and automated inspection tasks routinely examine parts under uneven lighting, where a reflective surface catches direct light while an adjacent recessed feature sits in shadow, often while the part itself is still moving along a line. As an iHDR Machine Vision Sensor, the Innova-1335CRA’s extreme dynamic range supports that challenging lighting, and functioning as an iHDR Inspection Camera Module, it extends the same reliability to broader automated inspection systems.
Robotics with Extreme Lighting and Genuine Motion: Robotics platforms combine exactly the two challenges Interleaved HDR is built to solve: genuinely extreme lighting contrast and genuine subject or platform motion during capture. As an iHDR Robotics Ethernet Camera, the Innova-1335CRA supports that combination directly, giving robotics integrators dependable detail regardless of a work cell’s specific lighting or a robotic arm’s current motion.
Outdoor Monitoring in Backlit and High Contrast Conditions: Outdoor monitoring positions facing direct sun, a bright entrance, or a scene combining daylight with a shadowed area need extreme dynamic range that holds up regardless of a passing vehicle or pedestrian’s motion through the frame. As a High DR GigE Vision Sensor, the Innova-1335CRA supports that continuous reliability, giving outdoor monitoring teams dependable detail through both extreme lighting and genuine scene motion. That reliability matters directly for outdoor positions where lighting and activity cannot be scheduled around, since a genuinely useful outdoor camera has to perform whenever an event actually occurs, not only when conditions happen to be favorable.
Traffic and Outdoor Vision Deployment: Traffic monitoring and general outdoor vision deployments combine moving vehicles or pedestrians with genuinely extreme lighting contrast, from direct sun glare to headlight backlighting, presenting exactly the combined challenge Interleaved HDR addresses. As an iHDR Traffic Vision Sensor, the Innova-1335CRA supports that combination, and an iHDR Outdoor Vision Camera configuration of the same module extends the same reliability to broader outdoor vision deployments beyond dedicated traffic monitoring.
OEM Integration for iHDR Equipment Manufacturers: iHDR equipment manufacturers building their own machine vision, robotics, or outdoor monitoring hardware need a camera vendor who understands the extreme dynamic range and motion accuracy requirements those systems demand. The Innova-1335CRA ships from an iHDR GigE Camera Manufacturer with those requirements built in, and Vadzo Imaging supports OEM customization for cable length, connector type, and firmware for manufacturers standardizing on one camera across multiple iHDR product lines. As a GigE Vision iHDR Kit, it fits directly into a manufacturer’s existing platform architecture.
Frequently Asked Questions
Q: What is Interleaved HDR (iHDR), and how does it differ from combining multiple separate exposure frames for HDR?
A: A standard multi-frame HDR technique captures several completely separate exposures in sequence and combines them afterward, which works well for a static scene but depends on those separate frames aligning precisely with each other. Interleaved HDR instead captures multiple exposure levels within a single frame readout, using an interleaved pattern of differently exposed rows rather than several sequential complete frame captures, which means every exposure level contributing to the final image comes from the exact same moment in time. The Innova-1335CRA is built around genuine iHDR specifically because many real machine vision, robotics, and outdoor monitoring scenes involve motion that a multi-frame HDR technique would misalign, while a single-frame technique avoids that problem entirely. Integrators evaluating a camera for this kind of application should request sample footage of a genuinely moving subject under extreme lighting contrast, rather than a static demonstration scene, since that is the specific condition iHDR is built to address.
Q: Why does capturing HDR within a single frame readout matter specifically for autofocus-equipped camera products or moving subjects?
A: A multi-frame HDR technique combines several separate exposures captured in sequence, and if a subject moves, the camera moves, or autofocus adjusts focus between those separate captures, the resulting combined image can show a visible misalignment or ghosting artifact at the boundary between differently exposed regions. Because Interleaved HDR captures every exposure level within one single frame readout, that entire capture reflects one moment in time, avoiding the alignment problem a multi-frame technique introduces the moment a subject moves or the camera’s autofocus shifts. The Innova-1335CRA pairs iHDR with VCM autofocus specifically because a camera that adjusts focus should not simultaneously risk introducing an HDR alignment artifact tied to that same moment of adjustment.
Q: Can a single iHDR GigE camera really serve applications as different as machine vision inspection, robotics, and outdoor traffic monitoring?
A: Yes, provided the camera combines genuine single-frame extreme dynamic range with autofocus flexibility and standard GigE connectivity suited to all three contexts, since machine vision, robotics, and outdoor monitoring share more technical requirements than they differ on. Each application depends on resolving detail across extreme lighting contrast, maintaining that detail during genuine subject or platform motion, and connecting efficiently to the GenICam-compliant software each of these systems already uses. The Innova-1335CRA is designed around that shared requirement specifically, since most integrators would rather standardize on one proven iHDR platform than qualify separate camera units for each individual vertical.
Q: Can Vadzo Imaging customize an iHDR GigE camera module for a specific machine vision, robotics, or traffic monitoring platform?
A: Yes. Vadzo Imaging supports full OEM customization on the Innova-1335CRA, including optics selection suited to a specific working distance or field of view, connector and cable configuration matched to a particular embedded platform design, and firmware adjustments tuned for a specific iHDR exposure profile. Evaluation units ship with no minimum order requirement, and the same engineering team that built the standard product works directly with equipment manufacturers to adapt the module for a specific machine vision, robotics, or traffic monitoring platform headed into volume production.
Q: What should equipment manufacturers look for when choosing an iHDR GigE camera supplier?
A: A camera that performs well on a static, moderately lit demonstration does not automatically deliver the same detail once deployed in a real environment presenting both genuinely extreme lighting contrast and actual subject or platform motion. Manufacturers should look for genuine single-frame dynamic range performance validated under realistic motion conditions rather than a static demonstration scenario, autofocus that holds up across a real working distance range, and a supplier able to support customization across multiple verticals from the same underlying sensor. The Innova-1335CRA is built around exactly these priorities, since a genuine iHDR deployment depends on performance across both extreme lighting and real motion, not just a favorable static test. Requesting evaluation footage that specifically combines a moving subject with extreme backlighting, rather than testing each condition separately, is generally the more reliable way to confirm a camera will perform once deployed at scale.
Availability
The Innova-1335CRA 4K Autofocus GigE Camera is available now and ready for evaluation and OEM integration. Evaluation kits include the camera module, a factory-calibrated lens, a GigE Vision cable, and integration documentation covering iHDR configuration and autofocus setup, with no minimum order requirement. Contact Vadzo Imaging at support@vadzoimaging.com to request an evaluation unit or discuss volume production and OEM customization. Evaluation feedback is also welcome directly through the same contact channel, since real deployment conditions across machine vision, robotics, and outdoor monitoring applications often surface details a bench test alone would not reveal, and that feedback helps confirm a configuration before a manufacturer commits to a full production order across an entire product line.
About Vadzo Imaging
Vadzo Imaging develops embedded and machine vision camera products for OEMs, system integrators, and iHDR equipment manufacturers building production-ready vision systems across machine vision, robotics, traffic infrastructure, and edge AI. The company’s portfolio spans MIPI CSI-2, USB, GigE, Wi-Fi, FPD-Link III, and SerDes interface camera products, supporting deployment architectures from compact onboard modules to distributed networked installations. Vadzo provides end-to-end imaging support including sensor integration, ISP tuning, firmware development, and SDK frameworks to accelerate system deployment, and the company’s engineering team works directly with customers throughout evaluation, pilot deployment, and volume production rather than handing off support after the initial sale. That ongoing engineering relationship matters most for iHDR programs, where a camera platform may remain part of a validated embedded design for years after initial deployment across multiple product verticals, often supporting several generations of the same underlying equipment family. Visit Vadzo Imaging to explore the full embedded vision camera portfolio.
Media Contact
Alwin Vincent
Vadzo Imaging
Email: alwin@vadzoimaging.com
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SOURCE: Vadzo Imaging
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