How do the imaging specs compare?

The XNV-9082R uses a single 1/2.8-inch progressive CMOS sensor capturing 3840×2160 at 30 fps with a 2.8–8.4mm (3x) motorized varifocal lens and a maximum wide-end aperture of F1.2, versus F2.0 wide on the U85402-V2L's dual 1/2.7-inch sensors at 2688×1520 per channel (2.9–7.3mm, 2.5x optical zoom). The Hanwha's F1.2 maximum aperture combined with a 0.05 Lux color / 0 Lux IR minimum illumination specification gives it a measurable low-light advantage over the i-PRO's 0.12 Lux (BW, F2.0, 1/30s) figure. The Hanwha also posts a wider horizontal field of view at its widest setting — 114° versus 100° — and a longer tele detect range of 211.0m versus 136.5m at the 25ppm/8ppf threshold.

For dynamic range, the XNV-9082R is rated at 120dB extremeWDR versus the U85402-V2L's 108dB Super Dynamic (level 31). Both cameras deliver 40m IR range; the i-PRO specifies dual intensity thresholds (40m at 30IRE, 30m at 50IRE), while the Hanwha lists 40m WiseIR at 0 Lux. The XNV-9082R includes a built-in gyro sensor for digital image stabilization, a specification not listed for the U85402-V2L. The i-PRO's dual-sensor architecture is its distinguishing imaging feature: two independently adjustable heads (pan ±50°–230°, tilt +10°–105°, yaw ±90°) allow simultaneous coverage of two discrete scene areas from a single mounting point, which is a fundamentally different deployment model from the single-sensor Hanwha.

What about installation and environment?

Both cameras share IP66/IP67, NEMA 4X, and IK10 environmental ratings, making them equivalent for washdown, rain, and vandal-resistance requirements. The XNV-9082R adds IP6K9K certification (high-pressure/high-temperature washdown per ISO 20653) and notes an IK10+ rating — specs not listed for the U85402-V2L. The i-PRO specifies wind resistance up to 40m/s (~89mph) and includes a Temish anti-condensation element, neither of which appears in the Hanwha's published specifications. The i-PRO also cites NEMA TS 2 (2.2.7–2.2.9) traffic-cabinet compliance, which is not listed for the XNV-9082R.

Power and thermal ranges diverge. The XNV-9082R draws up to 12.95W and accepts PoE IEEE 802.3af (Class 3), 12VDC, or 24VAC, operating from -50°C to +60°C. The U85402-V2L requires PoE+ (802.3at, 18.9W) or DC 54V — a higher infrastructure requirement — and operates from -40°C to +60°C (power-on limited to -20°C). The Hanwha's -50°C cold-start capability and lower PoE class (standard 802.3af switches) are meaningful advantages in cold-climate or budget-constrained switch deployments. The XNV-9082R weighs 1900g versus approximately 1800g for the U85402-V2L; the i-PRO's footprint is larger (250×150×105mm declared with attachment plate) compared to the Hanwha's ø180×125mm dome profile.

Which fits your VMS and analytics better?

Both cameras support ONVIF Profile S/G/T, H.265/H.264/MJPEG compression, SNMPv1/v2c/v3, 802.1X authentication, HTTPS, and MQTT. The XNV-9082R supports up to 20 unicast users and 10 stream profiles with 3 virtual channels; the U85402-V2L supports 24 simultaneous users. Edge storage is comparable — both support microSD up to 512GB — though the Hanwha provides two microSD slots (2×512GB = up to 1TB total) versus a single slot on the i-PRO. The Hanwha also publishes 4GB RAM / 512MB Flash onboard compute specs; the i-PRO lists an Ambarella CV22 SoC but does not publish RAM/Flash figures in the provided specifications.

Analytics depth differs significantly. The XNV-9082R lists a broad on-camera analytics suite including directional detection, appear/disappear, enter/exit, loitering, tampering, fog detection, virtual line, audio detection, sound classification, shock detection, face/upper body detection, people counting, queue management, and heatmap. The U85402-V2L's provided specifications list VMD (4 areas), scene change detection, audio detection, and fog compensation, with AI Analytics and AI Sound Classification fields marked as '—' (not specified). The i-PRO camera includes 3 alarm I/O terminals versus 2 configurable I/O ports on the Hanwha, and its dual-head architecture with independent pan/tilt/yaw adjustment per sensor head is a hardware differentiator for covering two separate scene angles without a second camera installation.

Which should you choose: the XNV-9082R or the U85402-V2L?

Our take: The XNV-9082R is the stronger choice when a single wide-angle or tele-range scene requires maximum pixel density, deeper analytics, and compatibility with standard PoE switches. Its single 4K sensor resolves 3840×2160 versus 2688×1520 per channel on the i-PRO, its 120dB extremeWDR outpaces the i-PRO's 108dB Super Dynamic, its F1.2 aperture and 0.05 Lux color sensitivity undercut the i-PRO's 0.12 Lux BW figure, and its tele detect range of 211.0m at 25ppm exceeds the U85402-V2L's 136.5m. It also runs on 802.3af Class 3 switches, saving infrastructure cost. The U85402-V2L is the better fit where a single mounting point must cover two discrete fields of view simultaneously — its dual independently adjustable sensor heads and Ambarella CV22 AI SoC address that use case in ways a single-sensor dome cannot, and its wind-resistance and anti-condensation specs may matter in exposed traffic or coastal installations.

Side-by-Side Comparison

Spec-for-spec, from manufacturer data.

Frequently Asked Questions

Related Resources

• Hanwha XNV-9082R product page — full specs and to add to a quote
• i-PRO U85402-V2L product page — full specs and to add to a quote