Vadzo Imaging Launches MerlinPlus-662CRS: Sony Starvis2 IMX662 USB 2.0 Camera with Onboard Storage, Dual Endpoint Streaming, and Ultra Low-Light HDR Imaging

Vadzo Imaging, a worldwide chief in embedded imaginative and prescient, as we speak pronounces the launch of the MerlinPlus-662CRS, a 2MP HDR USB 2.0 UVC camera built on the Sony® STARVIS 2™ IMX662 sensor, integrating onboard storage and twin endpoint streaming inside a compact UVC-compliant module. The MerlinPlus-662CRS introduces a basic shift in USB digicam structure: it removes dependency on host-based storage by enabling simultaneous native recording and real-time streaming instantly from the digicam. By combining onboard storage, twin streaming, and onboard dewarping, Vadzo delivers an edge-capable imaging system in a plug-and-play USB type issue. For embedded imaginative and prescient builders, surveillance system designers, and OEMs constructing edge AI programs, this eliminates a vital system constraint: steady reliance on host connectivity for knowledge seize, storage, and reliability.

The MerlinPlus-662CRS Sony Starvis 2 IM662 HDR Storage USB 2.0 UVC camera is constructed on the Sony STARVIS 2 IMX662 CMOS picture sensor, a 1/2.8″ format system with 2.9 µm × 2.9 µm pixel pitch and a most decision of 2MP (1920 × 1080). The STARVIS 2 era delivers measurably improved low-light sensitivity and HDR efficiency over its predecessor, with bigger pixel structure that captures extra photons per pixel and reduces noise at decrease illumination ranges. The sensor helps rolling shutter readout with HDR processing, producing steady color replica and preserved highlight-shadow element in high-contrast scenes. On the digicam facet, the MerlinPlus-662CRS makes use of a USB 2.0 Micro-B interface with full UVC compliance, operates throughout −30°C to 70°C, and accepts commonplace M12 (S-Mount) optics in 105°DFOV and 200° DFOV configurations, with the 200° variant supported by onboard dewarping that delivers geometrically corrected output with out host-side processing.

Onboard Storage with Twin Endpoint Streaming: Customary USB digicam architectures write all video knowledge by the host – making seize reliability instantly depending on host connectivity, USB bandwidth stability, and host-side storage availability. In distributed deployments comparable to UAVs, cellular robots, and distant surveillance nodes, this creates a tough dependency that will increase system complexity and introduces single factors of failure. The MerlinPlus-662CRS On Board Storage USB 2.0 UVC Camera addresses this with an built-in uSD card slot, permitting video to be recorded on to detachable storage on the digicam itself, impartial of host connectivity. The digicam helps steady native recording to microSD, enabling uninterrupted seize even when the USB hyperlink is intermittent, bandwidth-constrained, or quickly unavailable. Recorded footage may be retrieved by bodily eradicating the uSD card or accessed through the host file system when the USB connection is energetic.

Twin Endpoint Streaming – The MerlinPlus-662CRS Dual Endpoint Streaming USB 2.0 UVC camera exposes two impartial USB video endpoints concurrently, enabling the host to obtain two concurrent video streams from a single digicam with out further {hardware} or splitting infrastructure. Supported stream configurations embody twin H.264 streams at impartial resolutions and bitrates, helpful the place one stream feeds a neighborhood analytics pipeline and a second feeds a distant monitoring or recording system. The digicam additionally helps a mixed H.264 + MJPEG configuration, the place the H.264 stream supplies bandwidth-efficient compressed video for transmission or storage whereas the MJPEG stream delivers high-quality particular person frames for functions that require low-latency body entry, comparable to machine imaginative and prescient analytics or real-time inference pipelines. Each endpoints function concurrently over the only USB 2.0 connection, with every stream independently configurable for decision, body price, and compression parameters through the VISPA ARC SDK.

Extremely Low-Gentle HDR Imaging with STARVIS 2: Imaging in low-light and high-contrast environments challenges typical USB cameras, typically producing noisy or underexposed frames. Constructed on the Sony STARVIS 2 IMX662 sensor with 2.9 µm pixels, the MerlinPlus-662CRS Sony Starvis 2 IMX662 HDR camera delivers high-sensitivity HDR imaging that preserves element throughout excessive distinction ranges, guaranteeing geometrically correct and usable frames in near-dark circumstances. Functions together with night-time surveillance, ANPR programs, and dynamic indoor/out of doors transitions depend on the MerlinPlus-662CRS to take care of constant, actionable picture high quality with out complicated lighting setups, enabling dependable operation in edge deployments the place typical cameras fail.

Onboard Dewarping for Vast-Angle and 360° Imaginative and prescient: Vast-angle and fisheye lenses sometimes require host-based distortion correction, which provides latency, will increase CPU load, and complicates real-time deployment. The MerlinPlus-662CRS performs dewarping internally, supporting lenses as much as 200° FOV whereas delivering real-time, geometrically correct output. This functionality ensures panoramic surveillance, kiosks, and retail analytics programs preserve high-quality, corrected imaging with out burdening the host processor, enabling dependable edge deployment even on constrained {hardware}.

Compact, Low-Energy USB 2.0 Integration: Embedded and edge deployments typically require driverless, low-power, compact imaging options to suit inside constrained programs and transportable platforms. The MerlinPlus-662CRS operates over USB 2.0 with full UVC compliance, offering plug-and-play operation throughout Linux, Home windows, and Android with out host-side drivers. Its dual-board 38 mm × 38 mm design and 11 g weight guarantee integration into space- and power-constrained programs, enabling dependable edge imaginative and prescient efficiency in battery-powered and transportable functions.

Plug-and-Play Integration with VISPA ARC SDK

Edge and embedded builders want full management over digicam operation with out including host-side complexity. The MerlinPlus-662CRS delivers this by full UVC compliance for driverless deployment throughout Linux, Home windows, and Android platforms.

For superior integration, VISPA ARC SDK exposes streaming configuration, publicity, acquire, ROI, and firmware administration, with APIs in C, C++, C#, and Python. This allows seamless, production-grade integration throughout numerous embedded and edge programs, lowering growth time and guaranteeing constant, dependable operation in complicated deployments.

Good Surveillance and Edge Recording: Typical USB cameras lose footage when host connectivity drops. The MerlinPlus-662CRS information constantly to onboard uSD storage whereas concurrently streaming to the host – guaranteeing full seize even underneath intermittent connectivity. Twin H.264 endpoints enable one stream to feed native edge analytics and a second to transmit to a distant VMS, with out further splitter {hardware}.

ANPR and Visitors Monitoring: Low-light and high-contrast highway circumstances problem typical USB cameras. The STARVIS 2 IMX662’s massive pixel pitch and HDR processing preserve usable body high quality for licence plate recognition throughout day-to-night transitions, whereas onboard recording ensures no frames are misplaced throughout host processing delays or connectivity interruptions.

Retail Analytics and Kiosks: Vast-angle and fisheye lenses sometimes require host-side distortion correction. Onboard dewarping with lenses as much as 200° DFOV delivers geometrically corrected panoramic output instantly, lowering CPU load on embedded kiosk {hardware}. The H.264 + MJPEG twin stream configuration concurrently feeds a compressed recording stream and a high-quality body stream for real-time shopper analytics.

UAVs and Cellular Platforms: Intermittent RF connectivity throughout flight or cellular operation makes host-dependent recording unreliable. Native recording to uSD ensures full mission footage seize impartial of floor station hyperlink high quality, whereas the stay H.264 stream continues to transmit to the host when connectivity is out there.

Robotics and AGVs: Navigation and diagnostic programs require uninterrupted imaginative and prescient knowledge. The twin endpoint structure permits one H.264 stream to feed the onboard navigation pipeline and a second to document diagnostic footage to uSD, offering an impartial log for post-mission evaluation with out including host processing overhead.

Medical and Embedded Units: Moveable diagnostic programs require compact, self-contained imaging with native knowledge seize. The uSD slot permits affected person knowledge to be recorded domestically on the system with out exterior storage infrastructure, whereas the stay USB stream feeds the host software, supporting each real-time show and native archival in a single module.

The MerlinPlus-662CRS IMX662 HDR USB 2.0 Camera with onboard storage is now out there for analysis and manufacturing orders. Analysis kits embody the digicam, M12 lens, USB cable, and VISPA ARC SDK documentation, with no minimal order requirement. Contact [email protected] or +1 817-678-2139 to request an analysis equipment or talk about OEM customization.

Vadzo Imaging is a worldwide chief in embedded imaginative and prescient options, offering high-performance cameras and imaging platforms for functions in robotics, industrial automation, UAVs, edge AI, and medical units. Its merchandise are optimized for seamless integration with platforms comparable to NVIDIA Jetson, Raspberry Pi, Qualcomm RB collection, and NXP i.MX. Vadzo accelerates buyer deployments by {hardware} customization, firmware growth, and the VISPA ARC SDK, enabling quicker, dependable implementation of vision-based programs.