Product SKU: XND-A9084RV
Product Overview
Combining a Wisenet 9 dual-NPU architecture with 8MP resolution and a motorised varifocal lens, the Hanwha XND-A9084RV delivers a level of on-board intelligence rarely found in a ceiling-mounted indoor dome. The 4.4-9.3 mm motorised lens covers a horizontal field of view from 113° wide to 47° tele, giving installers the flexibility to frame coverage precisely from ceiling height without lens swaps. Equipped with a 1/1.8-inch progressive scan CMOS sensor, 120 dB WDR, and WiseNR II noise reduction, it maintains usable imagery across high-contrast indoor environments such as atrium entries, retail floors, and transport waiting halls. IR illumination reaches 40 m for low-light areas, while AI analytics including person, face, vehicle, and licence plate detection, queue management, crowd heatmapping, and slip/fall detection run entirely at the edge. The IK10-rated dome housing resists physical interference, making it suitable for publicly accessible ceilings and corridors where tampering is a concern.
Key Capabilities
Wisenet 9 Dual-NPU Processing
Two dedicated neural processing units handle AI analytics and image enhancement simultaneously without competing for resources. This means complex tasks like queue monitoring and slip/fall detection run in real time alongside full 8MP video capture at up to 30 fps.
Motorised Varifocal Lens – 4.4-9.3 mm
The motorised 4.4-9.3 mm lens allows remote focus and zoom adjustment from the NVR or VMS interface after installation. For ceiling-mounted domes in retail or office environments, this removes the need to re-access the mounting point for framing corrections.
Business Intelligence Analytics
On-board analytics include queue management, people and vehicle counting, crowd heatmapping, and attribute extraction across person, face, vehicle, and licence plate categories. These run at the edge, reducing the need for server-side analytics licences in retail or transport deployments.
Slip and Fall Detection
A confirmed AI capability specific to the XND-A9084RV, slip and fall detection monitors for sudden ground-level events in high-traffic areas. This is particularly relevant for aged care facilities, hospital corridors, wet areas, and transport concourses where duty-of-care obligations apply.
Dynamic Privacy Masking
Dynamic Privacy Masking (DPM) automatically obscures defined regions or detected individuals within the frame, supporting compliance with Australian privacy legislation in environments such as change rooms adjacent to monitored retail areas, medical facilities, and schools.
Enterprise Cybersecurity Certification
The XND-A9084RV carries FIPS 140-3 Level 3 and CC EAL6+ certifications alongside secure boot and encrypted storage. For government, defence-adjacent, or high-compliance enterprise environments, these certifications meet procurement requirements that most IP cameras cannot satisfy.
Best For
- Retail Floor and Queue Zones: The on-board queue management and people counting analytics provide operational data without requiring a separate analytics server, making it practical for single-site and multi-site retailers.
- Corporate Entry Lobbies and Hallways: The IK10-rated dome housing and discreet ceiling profile suit publicly accessible reception areas and corridors where vandal resistance is required without a conspicuous camera form factor.
- Hospitals and Aged Care Facilities: Slip and fall detection combined with Dynamic Privacy Masking addresses both safety monitoring and privacy compliance obligations in sensitive indoor environments.
- Transport Terminals and Waiting Halls: Crowd heatmapping and person/vehicle attribute classification support crowd flow analysis in transit environments where fixed focal cameras cannot adapt to changing coverage requirements.
- Government and High-Compliance Installations: NDAA compliance, FIPS 140-3 Level 3, and CC EAL6+ certifications position this camera for procurement frameworks that mandate specific cybersecurity standards.
Why Choose the XND-A9084RV
The XND-A9084RV sits above standard 8MP dome cameras because its Wisenet 9 dual-NPU chipset enables edge-based AI analytics that would otherwise require additional server infrastructure or analytics licences. The motorised 4.4-9.3 mm lens removes the guesswork from installation, allowing post-mount framing adjustments through the management interface rather than a return visit to the ceiling. Slip and fall detection is a confirmed capability that most indoor domes at this resolution do not offer, and the Dynamic Privacy Masking function addresses compliance requirements that are increasingly part of site specifications in healthcare and education sectors. The FIPS 140-3 Level 3 and CC EAL6+ certifications extend the viable use cases into government and enterprise environments where procurement standards are non-negotiable. Available at Security Wholesalers, the XND-A9084RV is a practical choice for installers who need analytics depth, flexible framing, and documented cybersecurity credentials in a single ceiling-mount package.
Buyer Decision Tips
Installation Height: Mount the XND-A9084RV between 2.5 m and 4 m for optimal AI detection accuracy. At heights above 4 m, the effective resolution per subject decreases and the analytics engine may not reliably classify faces or detect slip and fall events. If your ceiling height exceeds this range, confirm AI detection zones and test before project sign-off.
Indoor and Sheltered Locations Only: The XND-A9084RV is rated IP52, which provides protection against dust and low-angle moisture but is not rated for direct outdoor exposure or rain. Do not install this camera on external building faces, under exposed eaves without additional shelter, or in any location subject to water ingress. For outdoor coverage, a camera with a minimum IP66 rating is required.
Key Features & Technical Specifications
| Model Number |
XND-A9084RV |
| Camera Type |
8MP AI IR Varifocal Dome (Indoor / Sheltered) |
| Image Sensor |
1/1.8-inch Progressive Scan CMOS |
| Resolution |
3840 x 2160 (8MP) at up to 30 fps |
| Lens |
Motorised Varifocal 4.4-9.3 mm |
| Optical Zoom |
2.1x |
| Horizontal Field of View |
113° (wide) to 47° (tele) |
| Minimum Illumination |
Colour: 0.04 lux @ F1.3 / B&W: 0.004 lux @ F1.3 |
| IR Illumination Range |
Up to 40 m |
| Wide Dynamic Range |
120 dB |
| Noise Reduction |
WiseNR II |
| Compression |
H.265 / H.264 / MJPEG |
| Smart Codec |
WiseStream AI |
| AI Chipset |
Wisenet 9 Dual-NPU |
| AI Analytics |
Person / Face / Vehicle / Licence Plate Detection, Attribute Extraction, Queue Management, Heatmap, People and Vehicle Counting, Slip and Fall Detection |
| Privacy Masking |
Dynamic Privacy Masking (DPM) |
| Ingress Protection |
IP52 |
| Vandal Resistance |
IK10 |
| Operating Temperature |
-10 °C to +50 °C |
| Power Supply |
PoE (IEEE 802.3af Class 3) |
| Maximum Power Consumption |
11.2 W |
| Network Interface |
10/100 Base-T (Shielded RJ-45) |
| Security Certifications |
FIPS 140-3 Level 3 / CC EAL6+ / Secure Boot / Encrypted Storage / NDAA Compliant |
| Manufacturer |
Hanwha Vision (Wisenet X Series Gen 2) |
Ideal Use Cases
Retail Store Floors
Queue management and heatmapping analytics run on-board, giving retail operators customer flow data without a separate analytics platform. The motorised lens allows installers to frame checkout zones or specific aisles precisely from ceiling height.
Hospital and Aged Care Corridors
Slip and fall detection raises alerts when a person collapses or falls within the monitored zone, supporting duty-of-care obligations. Dynamic Privacy Masking allows coverage of sensitive areas while restricting what is visible in footage reviewed by staff.
Corporate Reception and Access Points
The IK10-rated dome profile is appropriate for public-facing lobby ceilings where visitor-accessible cameras need physical durability. Person and face attribute classification supports post-incident review across entry and exit points.
Transport Terminals and Concourses
Crowd heatmapping and people counting at the edge allow transport operators to analyse passenger flow and congestion across waiting zones without additional server infrastructure. The 120 dB WDR handles the contrast shifts common in naturally lit concourse environments.
Government and Secure Facilities
FIPS 140-3 Level 3, CC EAL6+, secure boot, and NDAA compliance satisfy stringent procurement requirements for government buildings, critical infrastructure facilities, and defence-adjacent environments where camera sourcing and firmware integrity must be documented.
Choosing the Right Model
- Choose this model if: Your installation is indoor or sheltered, requires edge-based AI analytics such as slip/fall detection, queue management, or heatmapping, and the procurement specification calls for NDAA compliance or FIPS 140-3 cybersecurity certification.
- Choose a different model if: The camera location is exposed to direct weather or rain – the IP52 rating is not sufficient for outdoor-facing installations, and a dome camera with a minimum IP66 rating would be required instead.
- Choose a different model if: Your site requires active deterrence such as audible warnings or visible strobe lighting triggered by AI detection events – the XND-A9084RV is a monitoring-focused indoor dome without built-in active deterrence output.
- Choose a different model if: Coverage must span distances beyond 40 m in low-light conditions – a camera with a longer-range IR module or a higher-powered illuminator would be more appropriate for large open indoor spaces such as warehouses or sports halls.
FAQs
- What is the Wisenet 9 dual-NPU and why does it matter for this camera?
The Wisenet 9 chipset includes 2 neural processing units that operate independently. One handles AI analytics tasks such as object classification and heatmapping while the other manages image processing functions including WDR and noise reduction. Running these in parallel means the camera can execute complex analytics without degrading video quality or frame rate.
- Can the XND-A9084RV be installed outdoors?
No. The XND-A9084RV carries an IP52 rating, which protects against dust and limited moisture but is not rated for rain or direct outdoor exposure. It is designed for indoor ceilings and sheltered indoor wall positions only. Installing it in an exposed outdoor location will likely void the warranty and may result in moisture damage to the sensor or electronics.
- How does the motorised varifocal lens benefit a ceiling installation?
Once the dome is mounted, the 4.4-9.3 mm lens can be adjusted remotely through the camera’s web interface or connected VMS without removing the unit from the ceiling. This is particularly useful in retail or corporate fit-outs where framing needs to be refined after furniture and fixtures are in place, reducing return visits and installation time.
- What mounting height is recommended for accurate AI analytics?
Hanwha recommends mounting between 2.5 m and 4 m for the AI analytics engine to classify objects and detect events such as slip and fall reliably. At greater heights, the apparent size of detected subjects in the frame decreases, which can reduce classification confidence, particularly for face attribute extraction and fall event recognition.
- Does the XND-A9084RV have two-way audio capability?
The confirmed product data for the XND-A9084RV does not include a built-in microphone and speaker combination. Two-way audio is not a stated feature of this model. If audio monitoring or communication is required, verify audio hardware support with the connected NVR or VMS platform separately.
- What cybersecurity certifications does the XND-A9084RV hold?
The camera is certified to FIPS 140-3 Level 3 and CC EAL6+, and includes secure boot and encrypted storage. It is also fully NDAA-compliant. These certifications are relevant for government, defence-adjacent, and enterprise installations where camera firmware integrity and supply chain compliance must be documented as part of a security audit. The XND-A9084RV is available through Security Wholesalers for projects requiring this level of compliance documentation.
- What PoE class is required to power the XND-A9084RV?
The camera operates on PoE IEEE 802.3af Class 3 with a maximum draw of 11.2 W. Confirm that the PoE switch or injector feeding this camera can deliver Class 3 power and that voltage at the camera end of the cable run remains stable, particularly on longer Cat6 runs approaching the 100 m limit.
Additional Information
