Vadzo Imaging Launches the Innova-544CRE 5MP Color Low Power GigE Camera with Onsemi AR0544 HDR Sensor and Wake-on-Motion Technology.

Vadzo Imaging introduces the Innova-544CRE, a 5MP color low-power GigE camera product built on the Onsemi AR0544 CMOS sensor and engineered for networked machine vision, robotics guidance, retail monitoring, and edge surveillance deployments where Wake on Motion power management, near-infrared sensitivity, and up to 100 dB dynamic range determine which camera product survives long-term multi-node PoE installations.

FORT WORTH, TX / ACCESS Newswire / July 30, 2026 / Vadzo Imaging, a provider of embedded and machine vision camera products, today announced the launch of the Innova-544CRE, a 5MP low power GigE camera product built on the Onsemi AR0544 CMOS image sensor. The Innova-544CRE extends Vadzo’s Gigabit Ethernet camera portfolio with a Wake-on-Motion-capable platform designed for machine vision, robotics guidance, retail monitoring, access control, smart entry, bodycam, and drone deployments where continuous full-resolution streaming is not always necessary, and power efficiency across many camera nodes determines the total system cost.

The Power Budget Problem in Multi-Node GigE Camera Networks

Retail monitoring rollouts, smart entry systems, bodycam docking fleets, and drone or UAV imaging platforms increasingly rely on PoE-fed Gigabit Ethernet camera backbones carrying dozens of networked camera nodes. Every additional node draws continuously from a shared PoE switch budget whether its field of view contains anything worth recording. A standard color rolling shutter GigE camera solves resolution and cost. but without sensor-level motion gating or subsampling, every node pulls full power and bandwidth around the clock regardless of scene activity. This becomes a hard constraint at access control points and smart entry doors that see a person for a fraction of the day, on wearable and bodycam platforms limited by battery rather than PoE, and on solar- or battery-backed remote sites where continuous full-resolution operation is not sustainable. Global shutter sensors address motion distortion but at a cost premium hard to justify when subjects move at moderate speed, as they do at a door, a checkout counter, or a wearable vantage point. The real requirement is a rolling shutter sensor with power gating built into the sensor itself, not host-side logic replicated across every node.

Sensor Architecture Behind the Innova-544CRE

The Innova-544CRE is built on the Onsemi AR0544, a stacked back-side illuminated CMOS sensor using 1.4-µm by 1.4-µm pixels on a 1/4.2-inch optical format. The stacked BSI construction separates the pixel array and processing logic across bonded wafers, improving photon collection efficiency and enabling onboard power and readout features that a conventional planar sensor cannot support in the same footprint. The AR0544 uses an electronic rolling shutter with Global Reset Release support, resetting all rows simultaneously at the start of exposure even though readout still proceeds row by row, reducing timing skew under strobe illumination without the cost of a true global shutter design. At full 5MP resolution of 2592 by 1944 pixels, the sensor streams up to 60 frames per second in linear mode, giving native high-resolution output without a cropped or binned compromise. Enhanced NIR response at 850 nms and 940 nm wavelengths extends usable range into low-light and IR-illuminated scenes without a dedicated monochrome variant. Dynamic range runs through two onboard modes, Line Interleaved HDR using dual T1 and T2 exposure readout within a single frame and enhanced Dynamic Range processing, together reaching up to 100 dB for scenes with simultaneous bright and shaded regions. Wake on Motion combined with subsampling modes including skipping, binning, and summing lets the sensor hold a reduced power state until motion is detected, then return to full streaming without host intervention.

Camera Platform Overview

Around the AR0544 sensor, the Innova-544CRE packages a full 5MP Gigabit Ethernet camera platform for OEM integration. The camera connects through a standard RJ45 connector supporting both 100Base-T and 1000Base-T link speeds, streaming high-resolution video to industrial PCs, embedded vision controllers, and video management systems without a dedicated frame grabber. Power over Ethernet compliant with IEEE 802.3af at 36 to 57 volts delivers data and power over the same cable, removing the need for a separate supply at each node. ONVIF compliance allows the Innova-544CRE to be discovered and added to standards-based video management platforms without proprietary integration work. The camera ships in a compact three-board stack measuring 38mm by 38mm and weighing 25 grams without lens, mounted on an S-Mount M12 optical interface with a 74-degree DFOV lens. Operating temperature is rated from minus 30°C to plus 85°C, supporting outdoor and indoor deployment alike, and the platform is qualified under RoHS 3 and REACH for Windows and Linux host environments.

Key Capabilities of the Innova-544CRE Low Power GigE Camera

Wake on Motion and Subsampling for Multi Node Network Efficiency: Continuous full resolution streaming across dozens of PoE camera nodes multiplies switch load regardless of whether any node observes meaningful activity. The Innova-544CRE addresses this at the sensor level, holding a reduced power state through skipping, binning or summing subsampling until motion is detected, then returning automatically to full 2592 by 1944 streaming. This lets integrators deploy a motion activated IP camera architecture across access points, wearable docks and remote monitoring nodes without host side polling logic on every unit.

Global Reset Release Rolling Shutter for Cost Effective Motion Handling: A plain rolling shutter sensor reads each row at a slightly different moment, introducing skew when illumination changes quickly or a strobe fires mid frame. Global Reset Release resets the full pixel array at a single instant before row-by-row readout begins, reducing this timing sensitivity without the cost of a true global shutter design. For smart video doorbells, checkout counters and access control points where subjects move at walking speed, this delivers dependable image quality at a rolling shutter price point.

Line Interleaved HDR and Enhanced Dynamic Range for Mixed Lighting: A doorway lit from behind by day-light, a retail entrance with mixed indoor and window lighting or a drone descending toward a shaded landing zone present the same problem, a single exposure setting cannot hold detail in both bright and dark regions at once. LI-HDR captures interleaved T1 and T2 exposures within one frame period while eDR processing extends the usable range further, together delivering up to 100 dB, so the Innova-544CRE holds usable detail across a mixed lighting scene.

Enhanced Near Infrared Response for Low Light and Illuminated Scenes: Standard color sensors lose sensitivity in the near infrared band because the Bayer filter stack attenuates wavelengths beyond the visible range, a limitation that shows up in nighttime access control and low light bodycam footage. The AR0544 sensor’s enhanced response at 850 nm and 940 nm wavelengths extends usable sensitivity into common IR illuminator bands, giving dependable output after dark without a separate monochrome sensor.

Gigabit Ethernet, PoE and ONVIF for Standards Based Deployment: Long cable runs, deterministic bandwidth and single cable installation are practical requirements of any multi node camera network, and USB based interfaces cannot meet all three at once. The Innova-544CRE Gigabit Ethernet interface with IEEE 802.3af PoE and ONVIF compliance lets the camera drop directly into existing video management infrastructure and industrial Ethernet camera networks without proprietary drivers, simplifying rollout across retail, access control and smart city sites already standardized on ONVIF.

Innova-544CRE Specifications

“The Innova-544CRE gives OEM teams a color GigE camera product that doesn’t force a choice between resolution, dynamic range and power efficiency. Wake on Motion and the onboard subsampling modes mean an integrator can deploy the same 5MP AR0544 platform at a busy retail entrance and at a battery constrained remote access point without redesigning power architecture between the two. That flexibility is what OEM customers have been asking for in a networked camera product.” said Alwin Vincent, Product Manager, Vadzo Imaging.

Target Applications

Machine Vision, Robotics and Industrial Inspection: Part inspection and robotics guidance systems depend on getting high-resolution frames to a central vision controller without the cable length limits of a point to point USB, The Innova-544CRE 5MP output over Gigabit Ethernet solves this directly, letting multiple camera nodes feed a shared inspection or guidance controller over standard network infrastructure rather than requiring a dedicated frame grabber per unit. Global Reset Release rolling shutter behavior keeps conveyor and robotic arm motion free of the row-timing skew a plain rolling shutter would introduce at moderate line speeds, while ONVIF compliance means the camera can be added to an existing machine vision or industrial automation network without proprietary drivers. For OEM teams standardizing a networked inspection architecture, this reduces integration effort compared to managing per-camera USB connections across a production floor.

Retail Monitoring, Smart Entry and Access Control: Multi-door retail rollouts and access control installations commonly run twenty or more camera nodes off a shared PoE switch, making per-node power draw a direct line item in total deployment cost. The Innova-544CRE Wake on Motion and subsampling modes hold each camera in a reduced power state between events, so an entrance that sees foot traffic for a fraction of the operating day does not draw full power around the clock. IEEE 802.3af PoE at 36 to 57 volts delivers both data and power over a single RJ45 run, simplifying cabling across a store or building’s full set of entry points. ONVIF compliance allows direct discovery inside existing retail video management platforms, so the camera can be added to a running deployment without custom integration work at each new location.

Smart Video Doorbells and Pedestrian Surveillance: Doorway and perimeter monitoring scenes routinely combine strong back-light from day-light with shadowed foreground detail, a condition that defeats a standard dynamic-range sensor. The Innova-544CRE LI-HDR and eDR modes extend a usable dynamic range up to 100 dB, holding detail in both the bright exterior and the shaded entryway in the same frame. Enhanced NIR response at 850 nm and 940 nm wavelengths extend this coverage into full darkness when paired with IR illumination, giving continuous usable footage from midday sun through nighttime operation without switching sensor modes. Global Reset Release rolling shutter output is well matched to subjects approaching at walking pace, and the 5MP resolution provides enough pixel density for facial or license plate detail at typical doorway or perimeter distances.

Bodycam and Wearable Imaging: Wearable platforms are constrained by battery capacity rather than PoE, making every milliwatt of standing power draw a direct reduction in operating time between charges. The Innova-544CRE Wake on Motion and subsampling modes, including skipping, binning and summing, let the camera idle at reduced resolution or frame rate during inactive stretches and return to full 2592 by 1944 capture the instant motion is detected, rather than streaming at full resolution continuously. The compact three board stack at 38mm by 38mm and 25 grams without lens fits the tight enclosure volume typical of body-worn housings, and the S-Mount M12 optics with 74-degree DFOV keep the optical path within the same small footprint. This combination lets integrators extend runtime without sacrificing full-resolution capture at the moment an incident actually occurs.

Drone, UAV and Remote Site Monitoring: Unattended remote monitoring nodes and UAV ground station or docking installations are frequently power constrained, running from battery, solar or limited site power rather than a stable mains supply, and are exposed to a wider temperature swing than an indoor camera would see, The Innova-544CRE minus 30°C to plus 85°C operating range covers both cold weather startup and heat buildup in an outdoor enclosure without a separate ruggedized variant, Wake-on-Motion power gating reduces standing draw at sites where continuous full-resolution streaming is not sustainable on the available power budget, while LI-HDR and eDR handle the high contrast lighting common to aerial descent, open landing zones and outdoor infrastructure scenes where bright sky and shadowed ground appear in the same frame.

Access Control and Door Control Systems: Door mounted access control camera see activity in short bursts, a badge presented, a door opening, rather than continuous meaningful motion, which makes standing power draw across a building’s full set of access points difficult to justify. The Innova-544CRE Wake on Motion capability holds the sensor in a reduced power state between events and returns to full 5MP capture the instant motion is detected, avoiding the always on streaming load a standard GigE camera would place on the PoE switch. Global Reset Release rolling shutter output remains distortion free at the walking pace typical of door approach, and ONVIF compliance lets the camera feed directly into existing door controller and video management infrastructure without proprietary integration work at each access point.

Embedded Vision and Edge AI Platforms: Edge AI inference pipelines are frequently limited by available network bandwidth and downstream compute rather than raw sensor resolution, particularly when multiple camera nodes share a single inference host. The Innova-544CRE subsampling modes, skipping, binning and summing, allow the sensor to reduce output resolution and frame rate during low activity periods at the hardware level, freeing bandwidth and compute for inference workloads rather than full resolution frame decoding around the clock. The standard Gigabit Ethernet interface and ONVIF compliance let the camera register with an existing edge vision network without custom driver work, and Wake on Motion ensures the platform returns to full 5MP output automatically the moment an inference-relevant event occurs.

SDK and Software Support

The Innova-544CRE is supported by the VADZO NXT SDK, giving OEM developers programmatic access to sensor level configuration beyond ONVIF defaults, including exposure and gain control, HDR mode selection, Wake on Motion thresholds, subsampling configuration and firmware updates. APIs are available in C, C++, C# and Python for Windows and Linux, allowing the same SDK to support evaluation through full production deployment without switching toolchains between stages.

About Vadzo Imaging

Vadzo Imaging develops embedded and machine vision camera products for OEMs and system integrators building production ready vision systems across industrial automation, robotics, retail and access control, wearable and bodycam platforms, drone and UAV imaging and smart surveillance. The company’s Gigabit Ethernet camera series, alongside its USB and MIPI interface camera products, supports the full range of embedded deployment architectures from board level modules to networked, PoE fed installations. Vadzo provides end-to-end imaging support including sensor integration, ISP tuning and OEM camera customization using the VADZO NXT SDK to simplify development and deployment at scale. Visit www.vadzoimaging.com to explore the full embedded vision camera portfolio.

Frequently Asked Questions

Q: What should integrators look for in a low power GigE camera for multi node PoE networks?

A: A 5MP low power GigE camera for multi node PoE networks needs sensor level power gating rather than host managed power states, since host side logic has to be replicated across every node. Wake on Motion lets each camera hold a reduced power state independently until activity is detected, keeping aggregate power draw and PoE switch budget manageable as node count grows. Subsampling modes such as skipping, binning, and summing add a further layer of reduction for deployments that do not need continuous full resolution output. ONVIF compliance and standard Gigabit Ethernet connectivity matter equally, since proprietary integration offsets the power savings. The Innova-544CRE from Vadzo Imaging is built around this requirement. Its Onsemi AR0544 sensor combines Wake on Motion and subsampling with a 5MP resolution ceiling, an IEEE 802.3af PoE Gigabit Ethernet interface and full ONVIF compliance, giving integrators a Low Power Gigabit Ethernet Camera platform that scales across retail, access control and remote monitoring nodes without a redesign between deployment types.

Q: How does Wake on Motion reduce power consumption in an always on Ethernet camera?

A: Wake on Motion is a sensor level feature that holds the imaging core in a reduced power state and monitors the scene for activity using minimal onboard circuitry, triggering a full return to streaming resolution only when motion crosses a configured threshold. This differs from a host managed power scheme, where the connected system has to poll the camera and issue mode to change commands, adding latency and software complexity across every node.

The practical benefit depends on how much of a deployment’s operating time actually contains meaningful activity. A door mounted or checkout facing camera that sees a subject for a small fraction of its operating hours can remain in a reduced power state for the remainder without missing an event, since the transition back to full resolution happens at the sensor level as soon as motion is detected. On a PoE network carrying many such nodes, this reduces the aggregate load on the switch power budget without any change to the host architecture. Sensors that pair Wake on Motion with subsampling extend this further, letting the camera stream at reduced resolution during low activity periods rather than shutting down entirely.

Q: What is the difference between a global shutter and a rolling shutter camera for retail and access control deployments?

A: A global shutter sensor exposes every pixel in the array at the same instant, eliminating skew when the subject or camera is in motion during capture. A rolling shutter sensor exposes each row sequentially, which can introduce visible skew when a subject moves quickly, or illumination changes mid exposure. For retail and access control deployments where subjects move at walking speed, this distortion is minor, and the cost and power savings of a rolling shutter design generally outweigh the benefit of a global shutter sensor.

Sensors that add Global Reset Release support close to this gap. GRR resets the entire pixel array at a single instant before row-by-row readout proceeds, reducing the timing sensitivity a plain rolling shutter design introduces under strobe or rapidly changing illumination, without the cost of a true global shutter architecture. For OEM teams building retail monitoring, smart entry or access control systems, a GRR enabled rolling shutter sensor is typically the more cost-effective choice, reserving global shutter designs for applications where subject motion is faster, and measurement accuracy is a harder requirement.

Q: Which GigE camera supports near infrared imaging for low light surveillance?

A: A GigE camera intended for low light and near infrared surveillance needs a sensor with enhanced NIR response, since standard color sensors lose sensitivity beyond the visible range due to their Bayer filter stack. Dynamic range handling matters equally, since low light and IR illuminated scenes often include both bright illuminator reflections and dark shaded regions in the same frame, and a sensor without HDR processing will lose detail in one or the other. The Innova-544CRE addresses both requirements. Its Onsemi AR0544 sensor delivers enhanced NIR response at 850 nm and 940 nm wavelengths, common IR illuminator bands used in access control and perimeter surveillance and security installations, while LI-HDR and eDR processing extend usable dynamic range up to 100 dB for mixed illumination. Combined with a Gigabit Ethernet interface and ONVIF compliance for direct video management system integration, the Innova-544CRE covers day-light, low light and after dark operation without a separate monochrome or dual sensor configuration.

Q: What should integrators look for in an ONVIF compliant GigE camera for smart entry and bodycam deployments?

A: An ONVIF compliant GigE camera for smart entry and bodycam deployments needs standards-based discovery so it can join an existing video management system without proprietary drivers, along with a power architecture suited to the deployment, PoE for fixed installations and low power sensor modes for battery constrained wearable platforms. Resolution and dynamic range still matter, since a smart entry point or bodycam has to hold detail across variable lighting rather than a controlled environment. The Innova-544CRE meets these requirements as a 5MP ONVIF compliant GigE camera built on the Onsemi AR0544 sensor, combining Wake on Motion and subsampling for power constrained deployments with LI-HDR and eDR dynamic range handling for variable lighting. The compact three board form factor and S-Mount M12 optics support integration into both fixed smart entry housings and compact wearable and bodycam platforms, giving system integrators one sensor platform rather than separate products for each form factor.

Availability

The Innova-544CRE 5MP Color Low Power GigE Camera is available now for evaluation and production orders through Vadzo Imaging’s Gigabit Ethernet camera series with no minimum order requirement. Each evaluation unit includes the camera module, S-Mount M12 lens and integration documentation covering ONVIF configuration, PoE requirements and VADZO NXT SDK setup for Windows and Linux host environments. Contact support@vadzoimaging.com To request evaluation units or discuss OEM integration requirements.

About Vadzo Imaging

Vadzo Imaging is a global provider of embedded vision solutions and delivers high-performance camera technologies and imaging platforms for applications in robotics, industrial automation, UAVs, edge AI, and medical systems. Its camera products are designed for seamless integration with leading embedded platforms. Vadzo supports customers through hardware customization, firmware development, and module-level drivers, enabling faster development and deployment of vision-based inspection systems.

Media Contact

Alwin Vincent
Vadzo Imaging
Email: alwin@vadzoimaging.com
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SOURCE: Vadzo Imaging

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