The iDS-2CD7A46G0/P-IZHS(Y) is purpose-built for ANPR/LPR (license plate recognition) and vehicle-focused monitoring, not just general video coverage. The datasheet states it supports license plate capture and recognition using embedded deep learning algorithms, allowing the camera to achieve plate capture and recognition on its own. It also supports blocklist and allowlist for plate categorization and separate alarm triggering, which is especially useful for gated entries, checkpoints, or controlled parking areas. In addition, it includes perimeter protection analytics like line crossing, intrusion, and region entrance/exit to cover more than just plate reads. 

This model provides high quality imaging with 4 MP resolution and lists a maximum resolution of 2688 × 1520. That resolution gives you more usable detail for vehicle identification, scene context, and evidence capture. The datasheet also shows main stream support up to 25 fps (50 Hz) or 30 fps (60 Hz) at 2688 × 1520, which helps keep motion scenes smoother. For traffic or entry lanes, that combination of detail and frame rate is a key reason it’s used in professional deployments.

Under recommended installation and lighting conditions, the datasheet lists a license plate recognition rate of ≥98% and a capture rate of ≥99%. It also lists driving direction accuracy rate ≥98%, which supports more reliable vehicle metadata in traffic and checkpoint scenarios. Like most LPR systems, those accuracy specifications are tied to recommended installation and lighting, so correct placement and consistent illumination matter. The camera is designed specifically to improve recognition accuracy compared to traditional algorithms by using embedded deep learning. 

The datasheet specifies vehicle capture speed up to 120 km/h for front installation in a checkpoint scenario. For side installation, it specifies up to 80 km/h. This helps you match the camera to the real-world lane setup—front-facing lanes can handle higher speeds, while angled side views have a lower speed rating. It’s a practical spec for planning where the camera should be installed for best performance.

This camera is built for low-light performance with DarkFighter technology and extremely low minimum illumination values. The datasheet lists Color: 0.0005 Lux @ (F1.2, AGC ON) and B/W: 0.0001 Lux @ (F1.2, AGC ON), plus 0 Lux with IR. For night operation, it uses IR supplement light and supports Smart Supplement Light to improve night imaging. This matters when you need plate reads and vehicle capture after hours, not just daytime video. 

Yes—IR range depends on the lens option you choose. The datasheet lists supplement light range of 50 m for the 2.8–12 mm lens and 100 m for the 8–32 mm lens. It also specifies IR wavelength at 850 nm and confirms Smart Supplement Light support. If you’re covering longer lanes or need plate capture from farther away, the longer lens option pairs with longer IR range. 

The datasheet lists two varifocal lens options: 2.8 to 12 mm and 8 to 32 mm. The 2.8–12 mm option provides a wider-to-medium view (horizontal FOV: 114.5° to 41.8°), while the 8–32 mm option provides a tighter view for longer distance capture (horizontal FOV: 42.5° to 15.1°). It also supports auto, semi-auto, and manual focus, and uses a P-iris for more controlled exposure. These options let you match the camera to the lane width, distance to vehicles, and desired plate capture range.

Yes, that’s one of the reasons this model is used in real deployments. The datasheet explains that embedded deep learning–based target detection and classification algorithms “greatly filter out” mistaken alarms caused by interference like leaves, lights, animals, and flags. It supports perimeter protection functions including line crossing, intrusion, region entrance, and region exiting, with alarm triggering by specified target types (human and vehicle). That means you can focus alerts on what matters instead of reacting to constant nuisance triggers.

The camera supports on-board storage with a built-in memory card slot for microSD/microSDHC/microSDXC cards up to 1 TB. For network connectivity, it includes a 10/100/1000 self-adaptive Ethernet port and supports a wide set of network protocols including HTTPS, RTSP, and more. The datasheet also lists network storage support via NAS (NFS, SMB/CIFS) and Auto Network Replenishment (ANR). This gives you multiple ways to record: directly to a card, to NAS, or into a larger VMS/NVR environment. 

The datasheet lists two primary power options: 12 VDC and PoE. For 12 VDC, it specifies 12 VDC ± 20%, 1.19 A, with max. 14.28 W using a three-core terminal block. For PoE, it specifies IEEE 802.3at, Type 2, Class 4, with max. 16.8 W. This flexibility helps you choose between traditional power wiring or a simpler single-cable PoE install depending on the site.