Hanwha C9253 vs i-PRO X66700-Z3S: Specification Comparison
The Hanwha XNP-C9253 and i-PRO WV-X66700-Z3S are both 8MP (4K) outdoor PTZ dome cameras designed for large-perimeter surveillance, making them direct cross-shop candidates for installers evaluating high-resolution, motorized-zoom platforms. Both share IP66/IK10 environmental ratings, ONVIF compliance, H.265 compression, microSD edge storage, and AI-assisted analytics. The comparison below is driven entirely by published specifications for each model.
In This Guide
How do the imaging specs compare?
Both cameras use a 1/2.8" CMOS sensor at 8MP (3840×2160) resolution. The XNP-C9253 delivers up to 60fps at the product-level frame rate spec, though the detailed spec sheet lists 30fps at full 8MP; the WV-X66700-Z3S is rated at 30fps. The Hanwha offers a 25x optical zoom (5–125mm, F1.6–F3.73) with a maximum wide aperture of F1.6, while the i-PRO provides a 30x optical zoom (4.5–135mm, F1.8–F4.7) with up to 90x digital zoom for a combined 90x reach at 720p. At minimum illumination, Hanwha specifies 0.1 Lux color / 0.01 Lux B&W; i-PRO specifies 0.1 Lux B&W only (color minimum illumination not stated in the provided spec). The XNP-C9253 carries an Extreme WDR rating of 120dB; the WV-X66700-Z3S claims Super Dynamic WDR at a maximum of 132dB.
On DORI performance, both cameras are tested at comparable pixel-density thresholds. At tele, the i-PRO identifies at 352m vs. the Hanwha's 324.7m, and detects at 3,519.7m vs. Hanwha's 3,246.9m, reflecting the longer focal length of the 30x lens. At wide angle, the Hanwha detects slightly further (140.2m vs. 127.8m) due to its wider field of view (57.42° H vs. 62° H for i-PRO). The XNP-C9253 states built-in gyro-based digital image stabilization; the WV-X66700-Z3S also specifies a built-in gyro sensor for image stabilization. Neither unit lists an integrated IR illuminator distance beyond a stub value in metadata; the Hanwha notes water removal via spin-dry and lens heater, while i-PRO lists Active ClearSight for lens cleaning.
What about installation and environment?
Both cameras are rated IP66 and IK10, and both carry NEMA-TS2 vibration/shock compliance. The Hanwha adds explicit NEMA 4X certification; the i-PRO specification does not state NEMA 4X. Operating temperature diverges: the XNP-C9253 is rated –40°C to +55°C, while the WV-X66700-Z3S is rated –50°C to +60°C, giving the i-PRO a wider thermal envelope at both extremes. The i-PRO also specifies wind resistance up to 40 m/s (~89 mph), a figure not stated for the Hanwha.
Power requirements differ materially. The XNP-C9253 runs on PoE+ (IEEE 802.3at, Class 4) with a maximum draw of 25.5W. The WV-X66700-Z3S requires PoE++ (IEEE 802.3bt) at 37.8W, meaning installers must confirm their switch or mid-span injector supports 802.3bt before deployment. Dimensionally, the Hanwha is ø158×293.3mm at 3,200g; the i-PRO is ø167×205mm at approximately 3,000g, making the i-PRO slightly wider but shorter and marginally lighter. The Hanwha provides an extensive named mounting accessory list (wall, pole, parapet, corner, in-ceiling, cabinet); i-PRO mounting accessories are not enumerated in the provided specification.
Which fits your VMS and analytics better?
Both cameras support ONVIF Profiles S, G, T, and M, ensuring broad VMS compatibility. Codec support is identical in format—H.265, H.264, MJPEG—with both offering CBR/VBR bitrate control and multicast streaming. The XNP-C9253 supports up to 20 unicast users and 128 multicast users across up to 10 stream profiles; the WV-X66700-Z3S supports up to 14 simultaneous users. The Hanwha exposes its proprietary SUNAPI and Wisenet SDK; the i-PRO does not list a named proprietary SDK in the provided spec.
On analytics, the XNP-C9253 uses a dedicated AI engine for object classification (person, face, vehicle, license plate), vehicle sub-type detection, virtual line/area crossing, and AI auto-tracking of persons and vehicles. The WV-X66700-Z3S lists AI Video Motion Detection, AI Face Detection, AI Sound Classification (gunshot, yell, vehicle horn, glass break), Scene Change Detection, and auto-tracking. The i-PRO uniquely adds audio detection and AI sound classification; the Hanwha does not list audio input/output or sound analytics in the provided spec. Both support up to 32 privacy masking zones and on-board microSD storage up to 512GB. The Hanwha provides 2 microSD slots (512GB×2 = 1TB total); the i-PRO lists a single microSD slot up to 512GB. Security features are broadly similar—HTTPS, 802.1X, SNMPv3, SRTP—but the Hanwha additionally specifies TPM with FIPS 140-2 Level 2 certification, signed firmware, and an encrypted SD card, while the i-PRO lists signed firmware. The Hanwha also lists MQTT and NTCIP 1205 protocol support; the i-PRO lists MQTT and NTCIP (IPv4 only).
Which should you choose: the C9253 or the X66700-Z3S?
Our take: The XNP-C9253 is the stronger choice when PoE+ infrastructure (802.3at) is in place, maximum on-board storage capacity is a priority, or the deployment requires FIPS 140-2 Level 2 TPM security and dual-slot 1TB edge recording. Spec-for-spec: the Hanwha draws 25.5W vs. the i-PRO's 37.8W—a meaningful difference for switch budget and cabling; it provides 2×512GB microSD slots vs. the i-PRO's single 512GB slot; and it holds NEMA 4X certification explicitly, which the i-PRO spec does not state. The WV-X66700-Z3S is the stronger choice when the widest thermal range (–50°C to +60°C vs. –40°C to +55°C), the longer telephoto reach of a 30x lens (DORI identify 352m vs. 325m), 132dB Super Dynamic WDR vs. 120dB, or integrated AI sound classification are the deciding factors, and when the infrastructure supports PoE++ (802.3bt). Both are ONVIF S/G/T/M compliant with AI auto-tracking and IK10/IP66 housings.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Hanwha C9253 | i-PRO X66700-Z3S |
|---|---|---|
| Resolution | 8MP (3840×2160) | 8MP (3840×2160) |
| Image Sensor | 1/2.8" CMOS | Approx. 1/2.8" type CMOS |
| Max Frame Rate | 30fps @ 8MP (60fps listed in features) | 30fps |
| Optical Zoom / Focal Length | 25x / 5–125mm | 30x / 4.5–135mm |
| Digital Zoom | 32x optical + digital (total 800x) | Up to 90x (at 1280×720) |
| Max Aperture (Wide) | F1.6 | F1.8 |
| Min Illumination | 0.1 Lux color / 0.01 Lux B&W | 0.1 Lux B&W (color not stated) |
| Wide Dynamic Range | Extreme WDR 120dB | Super Dynamic max 132dB |
| DORI Identify (Tele) | 324.7m (1,065.2ft) | 352.0m (1,154.8ft) |
| IP / Vandal Rating | IP66 / IK10 / NEMA 4X | IP66 / IK10 (NEMA 4X not stated) |
| Operating Temperature | –40°C to +55°C | –50°C to +60°C |
| Power Input / PoE Class | PoE+ (802.3at) / Class 4 / Max 25.5W | PoE++ (802.3bt) / Class 6 / 37.8W |
| Edge Storage | Dual microSD up to 1TB (512GB×2) | Single microSD up to 512GB |
| Audio Support | Not stated in provided spec | Yes — 3.5mm in/out; AI Sound Classification |
| AI Analytics | Object detect/classify, auto-track, virtual line/area, license plate | AI VMD, AI Face Detection, AI Sound Classification, auto-track |
| Security / TPM | TPM FIPS 140-2 Level 2, encrypted SD, signed firmware | Signed firmware (TPM / FIPS not stated) |
| ONVIF Profiles | S / G / T / M | S / G / T / M |
| Dimensions / Weight | ø158×293.3mm / 3,200g | ø167×205mm / ~3,000g |
| Warranty | 3-year | 5-year |
Frequently Asked Questions
Which should you choose: the C9253 or the X66700-Z3S?
The XNP-C9253 is the stronger choice when PoE+ infrastructure (802.3at) is in place, maximum on-board storage capacity is a priority, or the deployment requires FIPS 140-2 Level 2 TPM security and dual-slot 1TB edge recording. Spec-for-spec: the Hanwha draws 25.5W vs. the i-PRO's 37.8W—a meaningful difference for switch budget and cabling; it provides 2×512GB microSD slots vs. the i-PRO's single 512GB slot; and it holds NEMA 4X certification explicitly, which the i-PRO spec does not state. The WV-X66700-Z3S is the stronger choice when the widest thermal range (–50°C to +60°C vs. –40°C to +55°C), the longer telephoto reach of a 30x lens (DORI identify 352m vs. 325m), 132dB Super Dynamic WDR vs. 120dB, or integrated AI sound classification are the deciding factors, and when the infrastructure supports PoE++ (802.3bt). Both are ONVIF S/G/T/M compliant with AI auto-tracking and IK10/IP66 housings.
Is the XNP-C9253 or WV-X66700-Z3S better for low-light performance?
Based on the provided specs, the Hanwha XNP-C9253 specifies 0.1 Lux color and 0.01 Lux B&W minimum illumination. The i-PRO WV-X66700-Z3S specifies 0.1 Lux B&W only; a color minimum illumination figure is not stated in the provided specification. On the available data, the Hanwha's published 0.01 Lux B&W figure is lower, but a direct color-mode comparison cannot be made as i-PRO's color lux rating is not provided.
Will either camera work with my existing PoE switch?
The Hanwha XNP-C9253 requires PoE+ (IEEE 802.3at, Class 4, max 25.5W), which is supported by most modern managed PoE switches. The i-PRO WV-X66700-Z3S requires PoE++ (IEEE 802.3bt, 37.8W), a higher-power standard that requires a PoE++ capable switch or mid-span injector. If your current infrastructure is PoE+ only, the Hanwha will integrate without a switch upgrade; the i-PRO will not.
Does either camera support audio recording or detection?
The i-PRO WV-X66700-Z3S explicitly lists a 3.5mm stereo audio input and output, half/full-duplex audio transmission modes (G.726, G.711, AAC-LC), audio detection on/off, and AI Sound Classification for gunshot, yell, vehicle horn, and glass break. The Hanwha XNP-C9253 does not list audio input/output terminals or audio analytics in the provided specification. If audio recording or sound-based AI alerting is required, the i-PRO is the only model with confirmed audio support per the supplied specs.
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