Hanwha C8253 vs i-PRO S66600-Z3L: Specification Comparison
Both the Hanwha XNP-C8253 and the i-PRO WV-S66600-Z3L are 6MP outdoor AI PTZ dome cameras targeting perimeter surveillance, wide-area monitoring, and long-range identification. They share the same sensor size, resolution, and outdoor ruggedness class, making them direct cross-shop candidates for installers specifying a single high-zoom PTZ for parking lots, campuses, or critical infrastructure. The comparison covers imaging performance, installation and environmental factors, and VMS/analytics integration.
In This Guide
How do the imaging specs compare?
Both cameras use a 1/2.8" CMOS sensor at 3328×1872 (6MP). The Hanwha XNP-C8253 offers a 5–125mm lens at 25x optical zoom (F1.6 wide / F3.73 tele), while the i-PRO WV-S66600-Z3L provides a 4.5–135mm lens at 30x optical zoom (F1.8 wide / F4.7 tele). The i-PRO's wider focal range and 30x zoom give it a slight tele advantage — Tele Detect range is 3050.4m vs the Hanwha's 2813.9m. The Hanwha's wider maximum aperture (F1.6 vs F1.8) provides a marginal light-gathering edge in wide-angle mode. Both ship built-in gyro-based image stabilization.
On low-light performance, the Hanwha specifies 0.1 Lux color / 0.01 Lux B/W, while the i-PRO specifies 0.13 Lux color (30IRE) — the i-PRO does not publish a B/W minimum illumination figure in the provided specs. The Hanwha's WDR is rated at 120dB (Extreme WDR), while the i-PRO's Super Dynamic reaches a specified maximum of 132dB at Level 31 — a measurable advantage in high-contrast scenes. The i-PRO's IR range is 280m (High) vs the Hanwha's specification of IR at 0.01 Lux B/W sensitivity; the i-PRO explicitly states 280m IR throw, while the Hanwha does not provide a discrete IR distance in meters in the supplied specs beyond the 5m minimum object distance reference.
What about installation and environment?
Both cameras carry IP66, IK10, and NEMA 4X ratings. The Hanwha XNP-C8253 is rated for –40°C to +55°C operating (power-on), while the i-PRO WV-S66600-Z3L is rated for –30°C to +60°C (power-on), with a storage range down to –50°C. For extreme cold deployments the Hanwha's lower power-on floor (–40°C vs –30°C) is a concrete advantage. The i-PRO additionally specifies wind resistance up to 40 m/s (~89 mph), a figure the Hanwha's provided specs do not include. The i-PRO also includes a tamper-resistant enclosure designation.
Power is a critical differentiator: the Hanwha draws a maximum of 25.5W and is powered by PoE+ (IEEE 802.3at, Class 4). The i-PRO requires PoE++ (IEEE 802.3bt) or DC 54V at 45.9W — nearly double the power budget — meaning the i-PRO demands PoE++ switches or midspans that many existing infrastructures may not have. Dimensions are close: the Hanwha is ø158×293.3mm at 3200g (7.05 lb); the i-PRO is ø167mm×205mm at approximately 3kg. Both support a broad range of mounting accessories, though specific mount model numbers are only listed in the Hanwha spec sheet as provided.
Which fits your VMS and analytics better?
Both cameras support ONVIF Profile G/M/S/T and H.265/H.264/MJPEG compression. The Hanwha supports up to 20 simultaneous unicast users and 128 multicast users across up to 10 streaming profiles, with WiseStream II/III smart codec. The i-PRO supports up to 14 simultaneous users with Variable GOP smart coding. The Hanwha also lists SRTP, WSS, MQTT, NTCIP1205, and CDP/LLDP in its protocol stack; the i-PRO's protocol list includes DHCPv6/MLD for IPv6 environments but does not list MQTT or NTCIP in the provided specs.
On analytics, the Hanwha's AI engine classifies Person, Face, Vehicle (car/bus/truck/motorcycle/bicycle), and License Plate, with virtual line/area rules and DetectionShot. The i-PRO lists 8 AI detection types and additionally specifies AI Sound Classification (gunshot, yell, vehicle horn, glass break) — a capability not listed in the Hanwha's provided specs. The i-PRO also includes audio input (4× 3.5mm jacks) and output in the base unit; the Hanwha's alarm I/O is noted as requiring an optional SPM-4210 I/O box. Both offer dual-slot microSD up to 512GB per slot (Hanwha, 1TB total) vs a single microSDXC slot (i-PRO, capacity not stated in provided specs). The Hanwha's security stack includes TPM with FIPS 140-2 Level 2; the i-PRO specifies FIPS 140-2 Level 3.
Which should you choose: the C8253 or the S66600-Z3L?
Our take: The XNP-C8253 is the stronger choice when PoE+ infrastructure (802.3at) is in place and cold-climate operation below –30°C is required, while the WV-S66600-Z3L is preferable where higher WDR headroom, longer IR throw, or on-board audio analytics are priorities. Three concrete spec deltas: the i-PRO's Super Dynamic WDR reaches 132dB vs the Hanwha's 120dB — a 12dB advantage in high-contrast scenes; the i-PRO's IR is specified at 280m vs no discrete IR-range figure in the Hanwha's provided data sheet; and the i-PRO demands 45.9W (PoE++/Class 6) vs the Hanwha's 25.5W (PoE+/Class 4), a decisive infrastructure cost driver. The Hanwha's –40°C cold-start floor and built-in I/O-box-free PoE+ compatibility give it the edge in retrofit or cold-region installs. Platform qualifier: Hanwha-native VMS (Wisenet Wave) benefits from the Hanwha's SUNAPI/WiseStream III integration, while i-PRO units integrate natively with i-PRO's own VMS stack.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Hanwha C8253 | i-PRO S66600-Z3L |
|---|---|---|
| Resolution | 3328×1872 (6MP) | 3328×1872 (6MP) |
| Image Sensor | 1/2.8" CMOS | Approx. 1/2.8" CMOS |
| Lens / Focal Length | 5–125mm DC auto-iris, 25x optical | 4.5–135mm motorized, 30x optical |
| Max Aperture (Wide / Tele) | F1.6 (Wide) / F3.73 (Tele) | F1.8 (Wide) / F4.7 (Tele) |
| Min Illumination | 0.1 Lux color / 0.01 Lux B/W | 0.13 Lux color (30IRE); B/W not specified |
| IR Range | Not specified in meters in provided specs | 280m (High) / 200m (Medium) |
| WDR | Extreme WDR, 120dB | Super Dynamic, max 132dB (Level 31) |
| Max Frame Rate | 60fps listed; 30fps @ 6MP | Not explicitly stated per-resolution in provided specs |
| Video Compression | H.265, H.264 (Main/Baseline/High), MJPEG | H.265, H.264, MJPEG |
| IP Rating | IP66 | IP66, Type 4X, NEMA 4X |
| Impact Rating | IK10 | IK10 (IEC 62262) |
| Operating Temperature | –40°C to +55°C | –30°C to +60°C (power-on); storage to –50°C |
| Power Input / PoE Class | PoE+ (IEEE 802.3at), Class 4, max 25.5W | PoE++ (IEEE 802.3bt), Class 6, 45.9W |
| Edge Storage | Dual microSD/SDHC/SDXC, up to 512GB×2 (1TB total) | Single microSDXC (capacity not stated in provided specs) |
| Audio | Requires optional SPM-4210 I/O box per provided specs | Built-in: 4× audio in (3.5mm), 1× audio out (3.5mm) |
| FIPS Security Level | FIPS 140-2 Level 2 (TPM) | FIPS 140-2 Level 3 |
| Weight | 3200g (7.05 lb) | Approx. 3000g (3 kg) |
| Warranty | 3 years | 3 years |
Frequently Asked Questions
Which should you choose: the C8253 or the S66600-Z3L?
The XNP-C8253 is the stronger choice when PoE+ infrastructure (802.3at) is in place and cold-climate operation below –30°C is required, while the WV-S66600-Z3L is preferable where higher WDR headroom, longer IR throw, or on-board audio analytics are priorities. Three concrete spec deltas: the i-PRO's Super Dynamic WDR reaches 132dB vs the Hanwha's 120dB — a 12dB advantage in high-contrast scenes; the i-PRO's IR is specified at 280m vs no discrete IR-range figure in the Hanwha's provided data sheet; and the i-PRO demands 45.9W (PoE++/Class 6) vs the Hanwha's 25.5W (PoE+/Class 4), a decisive infrastructure cost driver. The Hanwha's –40°C cold-start floor and built-in I/O-box-free PoE+ compatibility give it the edge in retrofit or cold-region installs. Platform qualifier: Hanwha-native VMS (Wisenet Wave) benefits from the Hanwha's SUNAPI/WiseStream III integration, while i-PRO units integrate natively with i-PRO's own VMS stack.
Is the XNP-C8253 or WV-S66600-Z3L better for low-light performance?
Based on provided specs, the Hanwha XNP-C8253 publishes a minimum illumination of 0.01 Lux in B/W mode; the i-PRO WV-S66600-Z3L specifies 0.13 Lux color (30IRE) with no B/W floor stated. The i-PRO does specify IR illumination reach of 280m (High setting), while the Hanwha does not list a discrete IR range in meters in the supplied spec sheet. Neither figure alone determines real-world low-light superiority; the i-PRO's 132dB WDR (vs 120dB) benefits mixed-light scenes rather than pure darkness.
Will my existing PoE switches power both cameras?
Not necessarily. The Hanwha XNP-C8253 requires PoE+ (IEEE 802.3at, Class 4, max 25.5W), which is supported by most current-generation managed PoE switches. The i-PRO WV-S66600-Z3L requires PoE++ (IEEE 802.3bt, Class 6, 45.9W) or a DC 54V supply — a higher power budget that many legacy PoE switches cannot deliver. Verify your switch's per-port wattage budget before specifying the i-PRO.
Which camera has better built-in AI analytics?
Both cameras include on-board AI analytics. The Hanwha XNP-C8253 classifies Person, Face, Vehicle (with sub-type: car/bus/truck/motorcycle/bicycle), and License Plate, and supports virtual line and area crossing rules. The i-PRO WV-S66600-Z3L lists 8 AI detection types and adds AI Sound Classification (gunshot, yell, vehicle horn, glass break), which the Hanwha's provided specs do not include. If audio-based AI event detection is a project requirement, the i-PRO has a documented advantage based on available specifications.
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