Hanwha XNP-8300RW vs i-PRO X66600-Z3S: Specification Comparison
Both the Hanwha XNP-8300RW and the i-PRO WV-X66600-Z3S are 6MP outdoor PTZ network cameras designed for wide-area perimeter surveillance, each offering 30x optical zoom, AI-assisted analytics, and rugged weatherproof housings. This comparison examines how their imaging capabilities, installation requirements, and integration profiles differ across the specifications provided, giving installers and IT buyers a direct, data-driven basis for evaluating which unit better fits a given deployment scenario.
In This Guide
How do the imaging specs compare?
Both cameras share a 1/2.8-inch CMOS sensor at 6MP (3328×1872) and 30fps. The Hanwha XNP-8300RW uses a 5–150mm lens at F1.6 (wide) to F4.56 (tele), while the i-PRO WV-X66600-Z3S uses a 4.5–135mm lens at F1.8 (wide) to F4.7 (tele). The XNP-8300RW's wider maximum aperture (F1.6 vs F1.8) offers a marginal low-light advantage, and both cameras spec 0.1 Lux minimum illumination in color mode. The i-PRO spec lists 0.1 Lux only for BW mode at F1.8; a color-mode illumination figure is not stated in the provided specs. The XNP-8300RW additionally specifies 0 Lux with IR active.
On dynamic range, the XNP-8300RW is rated at Extreme WDR (120dB), while the i-PRO WV-X66600-Z3S claims up to 132dB Super Dynamic (at Level 31). The XNP-8300RW includes a built-in wiper for lens clearing and IR illumination to 200m (656ft). The i-PRO spec provides an IR distance listed as 3.0m in the provided data — this likely represents the minimum focus distance rather than an IR illumination range, and no maximum IR throw distance is given in the provided i-PRO specs. For DORI, the XNP-8300RW identifies at 348.2m (tele) vs the i-PRO's 305.0m (tele), a roughly 14% advantage at telephoto. Pan speed on the XNP-8300RW reaches 500°/sec (manual) versus the i-PRO's preset speed of 700°/sec, with the i-PRO's manual pan capped at 150°/sec compared to the Hanwha's 250°/sec.
What about installation and environment?
Both cameras carry IP66 and IK10 ratings and are rated for NEMA-TS2 traffic/transportation deployments. The XNP-8300RW adds NEMA4X certification and UL CAP cybersecurity compliance. Operating temperature for the XNP-8300RW is specified at −40°C to +55°C, while the i-PRO WV-X66600-Z3S specifies −50°C to +60°C (with power-on operation from −30°C to +60°C) — giving the i-PRO a broader storage and cold-storage range but a narrower powered operating floor. The i-PRO also specifies a wind resistance rating of up to 40 m/s (approx. 89 mph), a figure not provided in the Hanwha specs.
The XNP-8300RW is a larger unit at Ø184.9×318.8mm weighing 5.4kg, versus the i-PRO's Ø167×205mm at approximately 3.0kg — a meaningful difference for pole or parapet mounts. Both are PoE++ (IEEE 802.3bt, Class 6) powered. The XNP-8300RW specifies a maximum draw of 42W (typical 20W), while the i-PRO specifies 37.8W. The XNP-8300RW ships with an HPoE injector included; the i-PRO includes no such statement in the provided specs. The XNP-8300RW includes a built-in wiper; no wiper is noted in the i-PRO provided specs.
Which fits your VMS and analytics better?
The XNP-8300RW supports ONVIF Profile S/G/T, while the i-PRO WV-X66600-Z3S supports ONVIF Profile G/M/S/T — the i-PRO adds Profile M, which includes metadata streaming for AI analytics over ONVIF. Both support H.265, H.264, and MJPEG. The XNP-8300RW uses Hanwha WiseStream II smart codec; the i-PRO uses GOP-control-based smart coding. The XNP-8300RW supports up to 20 unicast users and 128 multicast users with up to 10 streaming profiles; the i-PRO supports up to 14 simultaneous users. The i-PRO adds MQTT and NTCIP protocol support (not present in Hanwha's stated protocol list), relevant for traffic management and IoT integrations.
For AI analytics, the XNP-8300RW provides directional detection, fog detection, face detection, appear/disappear, enter/exit, and object auto-tracking (person/vehicle) with target lock. The i-PRO WV-X66600-Z3S provides AI motion, privacy masking, face detection, people and vehicle detection, plus AI sound classification (gunshot, yell, vehicle horn, glass break) — a capability not present in the Hanwha's stated specs. Both offer audio I/O: the XNP-8300RW notes audio input capability; the i-PRO specifies a 3.5mm stereo audio input and mono audio output with full-duplex support. Edge storage on the XNP-8300RW supports up to 1TB across two microSD/SDHC/SDXC slots; the i-PRO supports a single card up to 512GB microSDXC. The i-PRO carries a stated 5-year warranty; no warranty duration is specified in the provided Hanwha specs.
Which should you choose: the XNP-8300RW or the X66600-Z3S?
Our take: The XNP-8300RW is the stronger choice when long-range IR illumination, built-in wiper operation, and high-concurrency streaming are primary requirements. Its 200m IR throw versus no stated IR range on the i-PRO, dual-slot edge storage up to 1TB versus the i-PRO's single-slot 512GB maximum, and support for up to 20 unicast/128 multicast streams versus the i-PRO's 14-user cap are concrete differentiators. Conversely, the i-PRO WV-X66600-Z3S edges ahead on dynamic range (132dB vs 120dB), preset pan speed (700°/sec vs 500°/sec), and adds AI sound classification, ONVIF Profile M metadata streaming, MQTT/NTCIP protocol support, and a stated 5-year warranty — advantages that matter for analytics-forward VMS integrations, traffic systems, and lifecycle cost planning. Choose the XNP-8300RW for IR-dependent wide-area sites; choose the WV-X66600-Z3S for analytics-rich or multi-protocol infrastructure deployments.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Hanwha XNP-8300RW | i-PRO X66600-Z3S |
|---|---|---|
| Resolution | 6MP (3328×1872) | 6MP (3328×1872) |
| Image Sensor | 1/2.8" CMOS | Approx. 1/2.8" type CMOS |
| Lens / Focal Length | 5–150mm DC auto iris (30x optical) | 4.5–135mm motorized (30x optical) |
| Max. Aperture (Wide) | F1.6 | F1.8 |
| Min. Illumination | 0.1 Lux (color); 0 Lux (IR on) | 0.1 Lux (BW, F1.8, 1/30s); color not stated |
| IR Illumination Range | 200m (656ft) | Not stated in provided specs |
| Wide Dynamic Range | Extreme WDR — 120dB | Super Dynamic — up to 132dB |
| Max Frame Rate | 30fps | 30fps |
| Video Compression | H.265 / H.264 / MJPEG / WiseStream II | H.265 / H.264 / MJPEG / GOP Smart Coding |
| ONVIF Profiles | S / G / T | G / M / S / T |
| AI Analytics | Person/vehicle tracking, face, enter/exit, fog, directional | AI motion, face, people, vehicle; AI sound classification |
| Audio | Audio input | 3.5mm stereo in; mono out; full duplex |
| Pan Speed (Preset / Manual) | 500°/sec max / 0.024–250°/sec | 700°/sec / 0.065–150°/sec |
| IP / IK Rating | IP66 / IK10 | IP66 / IK10 |
| Operating Temperature | −40°C to +55°C | Power-on: −30°C to +60°C |
| Power Input | HPoE IEEE 802.3bt Class 6 (max 42W); injector included | PoE++ IEEE 802.3bt Class 6 (37.8W) |
| Edge Storage | 2× microSD/SDHC/SDXC slots; up to 1TB | 1× microSDXC slot; up to 512GB |
| Dimensions | Ø184.9 × 318.8mm | Ø167 × 205mm |
| Weight | 5.4kg (11.90lb) | Approx. 3.0kg |
| Warranty | Not stated in provided specs | 5-Year |
Frequently Asked Questions
Which should you choose: the XNP-8300RW or the X66600-Z3S?
The XNP-8300RW is the stronger choice when long-range IR illumination, built-in wiper operation, and high-concurrency streaming are primary requirements. Its 200m IR throw versus no stated IR range on the i-PRO, dual-slot edge storage up to 1TB versus the i-PRO's single-slot 512GB maximum, and support for up to 20 unicast/128 multicast streams versus the i-PRO's 14-user cap are concrete differentiators. Conversely, the i-PRO WV-X66600-Z3S edges ahead on dynamic range (132dB vs 120dB), preset pan speed (700°/sec vs 500°/sec), and adds AI sound classification, ONVIF Profile M metadata streaming, MQTT/NTCIP protocol support, and a stated 5-year warranty — advantages that matter for analytics-forward VMS integrations, traffic systems, and lifecycle cost planning. Choose the XNP-8300RW for IR-dependent wide-area sites; choose the WV-X66600-Z3S for analytics-rich or multi-protocol infrastructure deployments.
Is the XNP-8300RW or WV-X66600-Z3S better for low-light and nighttime surveillance?
Both cameras specify 0.1 Lux minimum illumination. The XNP-8300RW adds a 0 Lux rating with IR active and provides a stated IR illumination range of 200m (656ft); the i-PRO WV-X66600-Z3S does not specify a maximum IR throw distance in the provided specs. The XNP-8300RW also has a slightly wider maximum aperture (F1.6 vs F1.8). For sites requiring confirmed long-range IR coverage, the XNP-8300RW has the stronger documented specification.
Which camera is easier to integrate into an existing VMS or smart-city platform?
The i-PRO WV-X66600-Z3S supports ONVIF Profile M (metadata streaming for AI analytics) in addition to G/S/T, and adds MQTT and NTCIP protocol support — both absent from the XNP-8300RW's stated protocol list. For VMS platforms leveraging ONVIF metadata or IoT/traffic management infrastructure using MQTT or NTCIP, the i-PRO offers broader native protocol alignment. Both cameras support ONVIF Profile S/G/T for standard VMS integration.
Which PTZ is better suited for harsh outdoor environments with extreme temperatures?
The i-PRO WV-X66600-Z3S specifies a wider storage/ambient temperature range (−50°C to +60°C) and a wind resistance rating of up to 40 m/s (~89 mph), neither of which is matched by stated figures in the Hanwha specs. However, the XNP-8300RW specifies a powered operating floor of −40°C versus the i-PRO's −30°C power-on minimum, making it the documented choice for sites that must operate at extreme cold. Both carry IP66 and IK10 ratings.
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