Vadzo Imaging’s Wave-1335CRS is a 13MP 4K color Wi-Fi camera module built for OEMs and system integrators who need reliable imaging without the constraints of a wired data connection. Centered on the Onsemi AR1335 sensor and paired with an onboard image signal processor, it targets embedded vision deployments where cable runs are impractical, expensive or simply undesirable. The result is a compact platform that blends high-resolution capture, dual-band wireless connectivity and power-over-Ethernet convenience in a single package.
For teams building smart city, retail, kiosk, medical, robotics or security systems, the appeal lies in flexibility. The camera can be mounted on mobile platforms, retrofitted into existing facilities or placed in locations where network cabling would be disruptive. Vadzo positions the module as part of its broader Wi-Fi camera portfolio, and the product page outlines the configuration options available to integrators.
What is the Vadzo Wave-1335CRS?
The Wave-1335CRS is a color camera module that outputs a maximum resolution of 4208 x 3120 pixels, or roughly 13 megapixels. That pixel count provides ample headroom for 4K output at 3840 x 2160 and leaves room for cropping selected regions while retaining useful detail. Video streaming modes include 4K at 30fps, 1080p at 60fps and 720p at 60fps, giving integrators a single hardware platform for both high-resolution still capture and smooth motion video.
At its heart sits the Onsemi AR1335, a rolling-shutter CMOS sensor with 1.1µm back-illuminated pixels in a 1/3.2-inch optical format. Back-illuminated technology improves light collection by positioning the photodiode to receive incoming light from the rear of the silicon, which helps in low-light conditions. An onboard high-performance ISP converts raw sensor data into a processed color image and manages auto exposure and HDR processing, so the camera can respond to changing brightness without constant manual intervention.
What stands out
Dual-band Wi-Fi with optional Bluetooth
The camera supports 802.11a/b/g/n/ac across both the 2.4GHz and 5GHz bands. The 2.4GHz band generally offers greater coverage and better wall penetration but is shared by many devices and has fewer channels. The 5GHz band provides more channel options and can deliver higher throughput, though its coverage is shorter and more affected by obstructions. Having both options lets integrators choose the band that suits the camera’s location and network requirements. Bluetooth 5.0 is available on request and can support setup tasks such as transferring network credentials from a nearby device; it is not used for the video stream, so buyers who need it should specify it at order time.
Sensor and ISP combination
The AR1335’s 13MP resolution is more than enough for 4K output, which uses approximately 8.3 million pixels. The onboard ISP handles auto exposure and HDR processing, helping the camera retain detail in scenes that mix bright daylight with darker interiors — a common situation in shop windows, doorways, loading bays and cabinets. The higher resolution also gives integrators room to crop regions of interest while keeping useful detail, which can be valuable in analytics and inspection applications.
PoE and flexible optics
Power over Ethernet compliant with 802.3af delivers power over a single cable, keeping installation simple even when data travels wirelessly. The S-mount (M12 standard) lens interface supports a range of optical configurations, and the high chief ray angle sensor design accommodates compact, low-profile lens stacks. Enclosure, lens and antenna options are selectable at purchase, which helps tailor the module to specific deployment constraints.
Designed for embedded integration
Vadzo lists applications spanning smart city monitoring and traffic, retail analytics and people counting, facial recognition and access control, kiosks and interactive signage, medical and pathology devices, industrial inspection and robotics guidance, UAVs and drone imaging, multi-camera wireless surveillance, portable vision deployments and AGVs. That breadth reflects the module’s role as a general-purpose building block rather than a single-purpose camera.
Who it’s for
The Wave-1335CRS is aimed squarely at OEMs, system integrators and product teams rather than end consumers. Anyone designing a wireless vision system who needs a ready-made camera module with a well-known sensor, onboard image processing and flexible connectivity options will find the platform relevant. It suits projects where running cable is difficult or costly, such as retrofit installations in existing facilities, mobile platforms and outdoor or remote sites.
It is also a good fit for teams that want to standardize on one hardware platform across several products. Because the camera supports multiple resolutions and frame rates, the same module can serve high-resolution still capture in one product and smooth video in another. Integrators should still plan radio and lighting carefully: a 4K stream consumes meaningful bandwidth, and multiple cameras on one access point share airtime, so throughput testing at the intended installation point is wise.
Pricing and availability
The Wave-1335CRS is available directly from Vadzo Imaging, with pricing starting at $418.00 before quantity breaks. Volume pricing is listed at $219.00 for 50 to 99 units and $192.00 for 250 units and above, with lens and cable options included at those tiers. Buyers select camera form factor, lens options, antenna options and enclosure options during configuration, so the final price depends on the chosen build.
| Quantity | Unit price |
|---|---|
| 1 (from) | $418.00 |
| 50 – 99 | $219.00 |
| 250+ | $192.00 |
Prospective buyers should confirm current lead times and configuration availability directly with the company, since options such as Bluetooth 5.0 must be specified at order time and may affect scheduling.
What makes it worth considering
The strongest argument for the Wave-1335CRS is the way it balances radio, sensor and processing in one package. Wireless cameras are not simply wired cameras without cables; they share airtime with other devices, depend on band selection and placement, and face lighting challenges that demand good dynamic range. Vadzo addresses these realities with dual-band connectivity, a capable ISP and HDR processing, and it supports PoE so power delivery stays simple even when data is wireless.
Practical details also work in its favor. The M12 lens mount, selectable enclosures and antenna options give integrators room to adapt the module to different mechanical designs. The AR1335 sensor is a well-understood part, which can shorten development and reduce risk. And the resolution headroom supports cropping and analytics use cases beyond simple streaming. Teams should still evaluate HDR and exposure settings against their actual scenes, confirm supported modes and frame rates in the documentation, and test signal strength and interference at the real installation point rather than near the access point.
Verdict
The Vadzo Wave-1335CRS is a thoughtfully specified 4K wireless camera module for embedded vision work. Its 13MP AR1335 sensor, onboard ISP, dual-band Wi-Fi and PoE support make it a versatile building block for integrators who need flexibility without sacrificing image quality. Careful network and lighting planning remain essential, but the platform gives teams the tools to meet those challenges head-on.
Frequently asked questions
It is built on the Onsemi AR1335, a 13MP color rolling-shutter sensor with 1.1u00b5m back-illuminated pixels and a 1/3.2-inch optical format.
Yes. The camera streams at up to 4K 30fps, with 1080p 60fps and 720p 60fps modes also available.
Bluetooth 5.0 is available on request and is typically used for setup tasks such as transferring network credentials, not for video streaming.
Yes, it supports PoE 802.3af, which allows power delivery over a single cable even when data travels wirelessly.
It uses an S-mount (M12 standard) lens interface, giving integrators flexibility in optical configuration.
Smart city monitoring, retail analytics, facial recognition, kiosks, medical devices, industrial inspection, robotics and UAV imaging are among the intended uses.
