5K Video Camera Portfolio
Choosing the Right 5K Camera for Your Project
Selecting the right 5K camera can determine whether a vision project reaches production without costly redesign work. Vadzo Imaging camera products around the AR2020 sensor platform, giving system integrators a resolution and interface combination that scales cleanly from prototype boards to full production runs. As a 5K Embedded Camera Module line, the portfolio is built to mount directly onto host boards without an external enclosure. Whether a design calls for USB, MIPI CSI-2, or Gigabit Ethernet connectivity, the 5K camera portfolio covers the throughput, sensitivity, and mounting options that demand embedded and machine vision applications require.
5K Camera Products: Built Across USB, MIPI, and GigE
Vadzo Imaging 5K Cameras are validated across four dedicated series, each engineered around a specific interface and use case, including 5K Color Camera Module and 5K Monochrome Camera Module variants across every series. A Vajra 5K USB 3.2 Gen 2x2 Camera module delivers the highest USB bandwidth in the lineup for high-frame-rate monochrome capture. At the same time, the Falcon series covers USB 3.0 and USB 3.2 Gen 1 connectivity across color, monochrome, and Bayer raw sensor variants. Together, the Falcon and Vajra lines make up Vadzo's 5K USB Camera lineup, spanning USB 3.0 through USB 3.2 Gen 2x2 connectivity in one family of drivers and mechanical footprints. Teams that need direct board-level integration turn to the Bolt series for MIPI CSI-2 output, and the Innova series brings the same AR2020 sensor to Gigabit Ethernet networks, available as a 5K GigE Camera Module for distributed multi-camera installations. Every Vadzo 5K camera and High Resolution 5K Camera Module in this lineup shares the same 20MP sensor core, so switching interface or chroma mode mid-project does not mean switching vendors. This makes Vadzo's 5K Cameras easy to specify without a fresh datasheet review each time a project changes direction.
5K Camera Module Interfaces
Every 5K camera module in the Vadzo lineup is built around the interface a project actually needs. A 5K USB 3.2 Gen 1 Camera in the Falcon series plugs into a host system over standard UVC drivers, while the same series offers USB 3.0 connectivity for systems that do not need the extra bandwidth. A 5K MIPI camera module in the Bolt series, following the 5K MIPI CSI 2 Camera format, connects directly to a carrier board camera connector, giving robotics and drone platforms the lowest-latency path into the image signal processor. For deployments where cable length matters more than raw latency, a 5K Gigabit Ethernet camera in the Innova series carries the same 20MP image data over standard network cable, well past the distance limits USB and MIPI can reach. Projects that need a 5K Wireless Camera instead of a tethered connection can also specify the Wave 2020MRS, Vadzo's WiFi enabled variant of the same AR2020 sensor, as a 5K Wi-Fi Camera Module option outside this core four series lineup. Each configuration keeps the sensor identical, so image quality stays consistent no matter which 5K camera interface a project selects.
5K Camera Driver Support and Sensor Integration
Driver support is often where embedded vision projects lose the most engineering time, and it is where Vadzo Imaging puts the most validation effort before a 5K Video Camera Module ever ships. Every 5K Camera Sensor Module and 5K USB 3.2 Camera Module in the portfolio is tested against current Linux and Windows driver releases, with UVC-compliant firmware on the USB variants and V4L2 drivers plus device tree overlays on the MIPI variants. Gigabit Ethernet models follow the GenICam standard, so machine vision software that already supports GigE Vision cameras recognizes a Vadzo unit without a custom plugin. Sample capture applications, calibration files, and reference code ship alongside each 5K Camera Module, 5K Video Capture Camera Module, and standard dynamic range variant, so integration reaches first frame in hours rather than weeks.
Built for Machine Vision, Industrial Inspection, and Scientific Imaging
Vadzo 5K camera products show up across the applications that demand consistent, repeatable image capture. A 5K camera for machine vision handles part measurement and defect detection on production lines, while a 5K camera for industrial inspection holds resolution steady across long shifts of continuous operation. A 5K camera module for robotics supports navigation and manipulation tasks on arms and mobile platforms, and a 5K camera for medical imaging brings the same sensor stability to surgical and diagnostic equipment. Security integrators specify a 5K camera for security surveillance where wide coverage and fine detail both matter, and research labs rely on a 5K video camera for scientific imaging when experiments need frame-accurate, high-resolution capture. The AR2020 sensor behind this 5K rolling shutter camera lineup holds detail well across the moderate to fast motion scenes typical in the applications above. Teams searching for a 5K global shutter camera should reach out to Vadzo Imaging directly, since global shutter variants can be built on request for specific volume programs.
Why Choose Vadzo Imaging for Your Next 5K Camera Project
Vadzo Imaging has spent years engineering embedded camera hardware for OEMs and system integrators, and that experience is built into every 5K Imaging Camera Module we release, from the OEM 5K Camera Module configurations we customize for volume customers to the standard catalog parts ready to ship today. Our team validates each sensor and interface pairing before it reaches a customer, backs every Vadzo 5K camera with direct engineering support, and maintains the breadth of catalog that lets a design change resolution or connectivity without a vendor change. As a 5K Camera Module Manufacturer with an established production process, Vadzo Imaging also takes on Custom 5K Camera Module work when a standard part does not quite fit a project's mechanical or optical requirements. When a design partner needs 5K cameras that are proven on real hardware rather than a datasheet promise, Vadzo Imaging is the name that keeps coming up.
Vadzo 5K Camera Modules
Explore our full range of 5K camera modules below to find the right fit for your platform.
Model | Interface | Sensor | Resolution | Shutter | Chroma | Buy Now |
|---|---|---|---|---|---|---|
Bolt-2020CRS | MIPI CSI-2 | onsemi AR2020 | 20MP | Rolling | Color | |
Bolt-2020CRH | MIPI CSI-2 | onsemi AR2020 | 20MP | Rolling | Color | |
Bolt-2020BRS | MIPI CSI-2 | onsemi AR2020 | 20MP | Rolling | Raw | |
Bolt-2020MRS | MIPI CSI-2 | onsemi AR2020 | 20MP | Rolling | Mono | |
Falcon-2020CRS | USB 3.2 Gen 1 | onsemi AR2020 | 20MP | Rolling | Color | |
Falcon-2020CRH | USB 3.2 Gen 1 | onsemi AR2020 | 20MP | Rolling | Color | |
Falcon-2020BRS | USB 3.2 Gen 1 | onsemi AR2020 | 20MP | Rolling | Raw | |
Falcon-2020MRS | USB 3.2 Gen 1 | onsemi AR2020 | 20MP | Rolling | Mono | |
Falcon-2020MRH | USB 3.2 Gen 1 | onsemi AR2020 | 20MP | Rolling | Mono | |
Vajra-2020MRS | USB 3.2 Gen 2x2 | onsemi AR2020 | 20MP | Rolling | Mono | |
Innova-2020MRS | GigE | onsemi AR2020 | 20MP | Rolling | Mono |
Quick Samples Dispatch
Find the Right Camera for Your Project Today.
Samples procured typically ship within 5-7 business days of order confirmation, with tracked international shipping. Compressed development timeline? You can be capturing frames from a Vadzo camera the same week you shortlist it.
RoHS 3 · REACH · NDAA (Selected Models)
No MOQ (Minimum Order Quantity)
Ships Worldwide
Frequently Asked Questions
1.How do you integrate an embedded 5K camera into an existing system?
Integration usually starts with matching the interface to what the host system already supports. A USB 5K camera module needs nothing beyond a UVC-compliant driver, which most Linux and Windows systems already include, so the module streams as soon as it connects. A MIPI 5K camera module connects directly to a carrier board camera connector and comes up once the matching device tree overlay and driver package are installed. Gigabit Ethernet variants follow the GenICam standard and integrate through any GigE Vision compliant software. Vadzo Imaging ships driver packages, sample applications, and step-by-step bring-up documentation with every 5K camera, so the integration path is documented rather than left to trial and error.
2.What is a 5K video camera module?
A 5K video camera module uses a sensor capable of capturing detail across a much wider range of light and shadow than a standard sensor can hold in a single frame, either by combining multiple exposures or by reading a sensor with extended native dynamic range. This matters for scenes with strong backlighting, mixed indoor and outdoor lighting, or fast-changing shadows, where a conventional sensor either loses shadow detail or blows out highlights. Vadzo Imaging's 5K Camera Module builds this capability directly into the AR2020 sensor platform, so a single 5K camera can hold usable detail in both the brightest and darkest parts of a scene without additional post processing.
3.Which embedded 5K cameras offer the best low light performance?
Low light performance on an embedded 5K camera comes down to pixel size, sensor gain handling, and how cleanly the module manages noise at higher ISO equivalents. Vadzo Imaging's monochrome 5K camera variants, including the Innova 2020MRS ultra-low light configuration, are tuned specifically for scenes with limited or inconsistent lighting, since removing the color filter array lets more light reach each pixel. For applications that still need color output in dim conditions, the Falcon and Bolt color variants pair with the same AR2020 sensor with driver-level exposure and gain controls that hold image quality steady as available for light drops.
4.What are the typical power requirements for a small 5K camera board?
Power draw on a small 5K camera board depends mostly on the interface and whether the module includes onboard image processing. USB 3.2 variants typically draw their power directly from the host bus, generally within the range most USB 3.0 and 3.2 ports supply without an external adapter. MIPI CSI-2 boards draw power from the carrier board itself, usually at a lower voltage rail defined by the host platform, which keeps the camera module's own power footprint small. Gigabit Ethernet modules that support Power over Ethernet can run from the network cable alone, removing the separate power connection entirely. Vadzo Imaging publishes exact voltage and current specifications on each product page, so a design team can plan power budgets before committing to a board layout.
5.What is the difference between a 5K camera module and a 4K camera module for machine vision?
The practical difference comes down to pixel count and the level of detail each frame can hold. A 5K camera module built on a 20MP sensor like the AR2020 captures roughly twice the resolution of a typical 4K module, which matters when a machine vision application needs to inspect small features or crop into a region of interest without losing usable detail. The tradeoff is data volume, since higher resolution frames take more bandwidth and processing power to move and analyze in real time. Vadzo Imaging offers both resolution tiers across the same interface options, so a project can choose the 5K camera path when detail matters most and step down to a lower resolution module when frame rate or processing budget takes priority.