Hanwha Vision QNO-7082R 4MP IR Bullet Camera in Dubai, UAE
The QNO-7082R is a 4MP outdoor IR bullet network camera designed for professional perimeter, entrance and exterior surveillance where installers need remote lens adjustment, strong backlight handling and efficient IP video streaming. Its 3.2–10 mm motorized varifocal lens, integrated 30 m IR illumination and 120 dB WDR make it a practical platform for mixed lighting conditions commonly found around commercial facilities in the UAE.
For enterprise procurement teams, the value is not only the camera specification but the deployment fit: PoE or 12 VDC power, H.265/H.264/MJPEG support, ONVIF interoperability, microSD edge storage, IP66 weather protection and IK10 impact resistance provide a straightforward foundation for new installations and phased surveillance refresh projects.
Procurement Snapshot
Brand: Hanwha Vision / Wisenet
Model: QNO-7082R
Camera Type: 4MP IR network bullet camera
Best Fit: Outdoor perimeter, gates, loading areas, car parks, building approaches
UAE Supply: Contact FourTeck for current availability, quantity pricing, delivery and warranty terms.
Quick Procurement & Configuration Matrix
Hanwha Vision QNO-7082R
4MP IR outdoor bullet IP camera
Continuous business surveillance, perimeter monitoring and event recording.
Based on selected NVR/VMS architecture, network capacity and retention policy.
PoE IEEE 802.3af Class 3 or 12 VDC.
Dubai, Abu Dhabi, Sharjah, Ajman and wider UAE; regional export support available.
microSD/SDHC/SDXC slot up to 128 GB plus NVR/NAS options.
Terms depend on supply channel and project quotation; verify with FourTeck before order.
Executive Product Architectural Overview
The Hanwha Vision QNO-7082R sits in the practical middle ground between fixed-lens entry cameras and more complex high-end analytics platforms. It is built around a 1/3-inch CMOS imaging architecture capable of producing up to 2560 × 1440 resolution at up to 30 frames per second using H.265 or H.264. For an enterprise buyer, that combination is useful because it provides materially more scene detail than 1080p while keeping bandwidth and storage requirements within a manageable range for common branch, warehouse, education, commercial property and light-industrial surveillance projects. The camera is especially relevant when the scene cannot be finalized at procurement time. The 3.2–10 mm motorized varifocal lens gives commissioning teams the freedom to widen a view for a broad loading bay or tighten it toward a gate, doorway, corridor or approach lane after installation.
A camera purchase becomes operationally meaningful only when it fits the surrounding architecture. The QNO-7082R supports standard Ethernet connectivity and can be powered through IEEE 802.3af PoE, allowing one structured-cabling run to carry both data and power from a compatible switch or injector. This is valuable in distributed sites because it reduces the number of local power points that must be engineered near the camera. A 12 VDC option remains available for installations where existing low-voltage infrastructure or a local supply is preferred. Network teams can therefore choose the method that best matches the building design, UPS strategy and switch capacity. In larger deployments, PoE budgeting should be treated as a system calculation rather than a per-camera afterthought: the camera’s maximum power demand, switch total PoE budget, uplink capacity and resilience plan all need to be considered together.
The video pipeline supports H.265, H.264 and MJPEG, enabling compatibility with a wide range of recorders and video management systems. H.265 is useful where storage efficiency and constrained WAN links matter, while H.264 remains a broadly interoperable choice for legacy integrations. Multiple streaming allows separate profiles to be assigned to recording, live monitoring and remote access scenarios. A security operations centre may, for example, record a full-resolution stream while displaying a lower-bandwidth profile in a multi-camera matrix. This approach can reduce unnecessary network load without compromising the evidentiary quality of primary recordings.
Image quality controls address several of the real-world lighting problems encountered around UAE properties. The 120 dB wide dynamic range is intended to preserve useful visual information where bright and dark zones coexist, such as building entrances facing daylight, covered loading bays looking onto sunlit yards, or gates illuminated by vehicle headlights. Integrated IR illumination extends to approximately 30 metres, while automatic day/night operation with an IR cut filter changes the imaging mode as ambient lighting falls. The result is a camera that can remain useful beyond office hours without requiring separate visible-light illumination in every scenario, although site-specific lighting design can still improve identification quality.
Physical construction is another part of the architecture. The IP66 rating indicates protection against dust ingress and strong water jets, while IK10 impact resistance supports deployment in locations where accidental or deliberate impact is a concern. These ratings make the QNO-7082R appropriate for many exterior and exposed business environments, but they do not remove the need for correct mounting, weatherproof cable termination, surge protection, suitable junction accessories and installation practices. Outdoor CCTV reliability is often determined as much by cabling and enclosure workmanship as by the camera itself.
The platform also includes microSD edge storage up to 128 GB, event detection capabilities, hallway rotation, lens distortion correction and ONVIF support. Edge storage can act as a local recording tier, a failover buffer or a targeted event store depending on the selected management platform. Motion, tamper and defocus detection can support operational awareness, while ONVIF Profile support provides an integration path for compatible third-party systems. Buyers should still validate exact interoperability against the planned NVR or VMS release because feature depth can differ even when basic video is supported.
Enterprise Business Value & ROI Benefits
Flexible Scene Design
The motorized 3.2–10 mm lens reduces the risk of ordering a fixed focal length that later proves too wide or too narrow. Installers can adjust framing to suit actual mounting height, target distance and operational objectives after the camera is physically installed.
Storage Efficiency
H.265 support can reduce the bitrate required for a given visual result compared with older compression approaches, helping organizations extend recorder retention or fit more cameras into an existing storage budget when the VMS and playback environment also support H.265 effectively.
Resilient Recording Options
Local microSD recording adds another place for video to be retained. In architectures that support edge failover, this can help maintain footage during a temporary recorder or network interruption and reduce operational blind spots.
Outdoor Durability
IP66 and IK10 ratings make the camera better suited to challenging exterior sites than indoor-only devices. This can reduce the need for additional protective enclosures when the installation is designed within the product’s environmental limits.
Simplified Cabling
PoE allows network and power to share one Ethernet run. For multi-camera sites this can simplify pathways, centralize backup power through a UPS-protected switch stack and make moves, adds and maintenance easier to organize.
Mixed-Light Performance
120 dB WDR and integrated IR address two common causes of unusable footage: extreme contrast and darkness. Better image usability can reduce the operational cost of recordings that technically exist but do not contain enough visual detail for the intended security task.
The business case for the QNO-7082R should be evaluated at system level. A camera with a flexible lens can reduce replacement risk, H.265 can lower recording overhead, PoE can simplify electrical design, and onboard storage can add resilience. Those benefits become stronger when the deployment is standardized across multiple sites, because operations teams can work from a consistent configuration, spare strategy and management workflow. Conversely, overspecifying every location with the same camera can waste budget. FourTeck can help buyers map scene requirements to camera selection so the QNO-7082R is used where its adjustable optics and outdoor ratings add measurable value.
Hardware & Technical Architecture Highlights
At the imaging layer, the QNO-7082R combines a 1/3-inch CMOS sensor with a maximum 4MP output. The camera supports 2560 × 1440 as its headline resolution, along with lower resolution profiles for secondary streams. This matters because surveillance systems rarely need every client connection to consume the full recording profile. A high-quality stream can be reserved for evidence retention while operators, mobile clients and low-bandwidth links use lower-resolution profiles.
The optical assembly is one of the strongest reasons to choose this model over the fixed-lens QNO variants. Its 3.2–10 mm motorized varifocal lens offers approximately 3.1× optical adjustment. At the wide end the camera can cover a broad area; at the telephoto end it narrows the field of view to concentrate more pixels on a distant target zone. Correct focal selection should always be linked to the surveillance objective. Detecting that a person is present requires less pixel density than recognizing or identifying that person. Buyers should therefore avoid choosing lens position only by what looks visually attractive on a monitor.
The infrared subsystem uses integrated IR illumination with a specified viewable distance of 30 metres. IR distance should be treated as a practical reference rather than a guarantee of identification at 30 metres, because reflective surfaces, clothing, scene geometry, contamination, mounting angle and target motion all affect the result. For perimeter scenes that require evidentiary facial detail, the lens setting and pixel density remain just as important at night as the IR specification.
The networking stack includes 10/100BASE-T Ethernet and supports common enterprise protocols along with ONVIF Profile interoperability and the Hanwha SUNAPI interface. This enables deployment in both manufacturer-aligned environments and mixed-camera estates. Cybersecurity teams should place cameras in appropriately segmented networks, enforce strong device credentials, use encrypted management access where supported, control outbound connectivity and maintain a firmware governance process. A camera is an endpoint on the corporate network and should be managed accordingly.
Power is accepted through PoE IEEE 802.3af Class 3 or 12 VDC. Published figures list maximum PoE consumption around 11.4 W and lower typical consumption. For resilient sites, engineers should calculate worst-case switch budgets, not only typical draw, and should include upstream UPS runtime. A 24-camera deployment, for example, should be designed around total maximum camera draw plus switch overhead and reserve capacity. This prevents unexpected switch shutdown or insufficient PoE during cold starts and peak operation.
Onboard storage supports a single microSD/SDHC/SDXC slot up to 128 GB. Edge storage can be valuable for distributed branches where WAN outages may interrupt central recording. Retention duration depends heavily on bitrate, frame rate, motion activity and recording mode, so the capacity should be calculated rather than assumed. The local card should also be selected for endurance and environmental suitability when continuous or frequent recording is expected.
Definitive Technical Specifications & Sizing Notes
| Area | Specification | Buyer Interpretation |
|---|---|---|
| Sensor | 1/3-inch CMOS | Designed for mainstream 4MP network surveillance. |
| Maximum Resolution | 2560 × 1440 | Provides more detail than 1080p while remaining practical for standard NVR infrastructure. |
| Frame Rate | Up to 30 fps with H.265/H.264 | Useful for smoother motion; lower frame rates can reduce storage where appropriate. |
| Lens | 3.2–10 mm, 3.1× motorized varifocal | Allows post-install framing for broad or tighter fields of view. |
| Low Light / IR | 0.1 lux color; 0 lux with IR on; 30 m IR | Supports after-hours surveillance; identification distance depends on lens setting and scene conditions. |
| WDR | 120 dB | Useful for entrances, gates and backlit scenes. |
| Compression | H.265, H.264, MJPEG | Supports modern storage efficiency and broad integration options. |
| Edge Storage | microSD/SDHC/SDXC, max 128 GB | Can support local/event recording and selected failover workflows. |
| Network | RJ-45 10/100BASE-T, ONVIF Profile S/G/T, SUNAPI | Validate full feature compatibility with the intended recorder or VMS. |
| Power | PoE 802.3af Class 3 or 12 VDC | PoE simplifies centralized power; confirm total switch budget. |
| Protection | IP66, IK10 | Suitable for many outdoor and impact-exposed installations when correctly mounted and sealed. |
| Operating Environment | Approximately -40°C to +55°C, startup above -30°C | Review actual site temperature, solar exposure and enclosure conditions before final approval. |
Sizing should begin with the business question the camera must answer. If the requirement is general perimeter awareness, a wide field of view and moderate frame rate may be suitable. If the purpose is facial recognition at a controlled entry lane, the lens should be set tighter and the mounting geometry should be engineered around the expected target position. Storage sizing then follows from resolution, frame rate, compression, bitrate policy, recording schedule, motion profile and retention period. Network sizing must include total camera bitrate, VMS client traffic, uplink oversubscription and any cross-site replication. Power sizing should use maximum consumption figures and include spare PoE capacity. Finally, verify recorder licensing, ONVIF feature support, firmware compatibility, required accessories and warranty conditions before purchase.
Configuration, Sizing & Deployment Workbench
1. Define the Surveillance Objective
Document whether each camera must detect presence, observe activity, recognize a known person, identify an unknown person, read a vehicle characteristic, or simply provide situational context. This determines the required field of view, mounting distance and lens position. A 4MP camera can serve very different purposes depending on how its pixels are distributed across the scene.
2. Map Camera Count to Network Capacity
Estimate realistic per-camera recording bitrate, multiply by camera count and add headroom for live viewing, management traffic and growth. Separate access-switch bandwidth from uplink capacity. For multisite organizations, include WAN traffic only where streams or recordings actually cross sites.
3. Size Storage Against Retention Policy
Determine the number of recording days required, continuous versus event recording, frame rate, bitrate policy and whether edge recording is supplementary or primary. Legal, insurance and internal security policies may influence retention. A smaller local microSD card can provide tactical resilience but is not automatically a substitute for centralized recorder storage.
4. Confirm PoE Budget and Backup Power
Count worst-case camera wattage against each switch’s usable PoE budget, not just the number of ports. Include uplink modules, switch redundancy and UPS runtime. Where security operations must continue during short mains failures, the network switch and recording platform need protected power as well as the cameras.
5. Validate NVR / VMS Integration
Confirm the camera is supported by the intended recording platform, including live view, recording, events, audio input if needed, edge storage integration and remote lens functions. ONVIF helps interoperability, but advanced features can vary by implementation and software release.
6. Plan Physical Installation
Select mounting height and angle to balance scene coverage with useful target detail. Outdoor projects should include UV-resistant cabling where exposed, proper gland sealing, suitable back boxes, surge protection where required, and grounding practices aligned with local installation standards.
7. Establish Cybersecurity Baseline
Use unique credentials, controlled administrator access, current firmware, network segmentation, secure management protocols and restricted outbound traffic. Maintain an inventory of camera addresses, firmware revisions, ownership and maintenance status so surveillance endpoints do not become unmanaged network devices.
Industry Use Cases & Workload Scenarios
Banking & Finance
Exterior entrances, ATM approach areas, service lanes and staff access points often combine bright daylight with shaded zones. WDR can improve scene usability while the motorized lens helps concentrate detail on controlled approach points. Integration and retention requirements should be validated against the institution’s VMS policy.
Healthcare
Hospitals and clinics can use the camera for car parks, loading docks, ambulance approaches, service entrances and external walkways. Network segmentation and privacy governance are especially important so surveillance traffic remains separated from clinical and administrative systems.
Government & Public Sector
The QNO-7082R can support building perimeter and controlled-access monitoring where outdoor protection and standards-based integration are required. Procurement teams should confirm project-specific compliance, cybersecurity and retention requirements before final model selection.
Logistics & Warehousing
Loading docks, yard gates, dispatch areas and perimeter lanes benefit from adjustable optics because target distances differ widely. The 30 m IR capability is useful after hours, while PoE simplifies expansion across structured warehouse networks.
Retail & Commercial Property
Shopping centres, standalone stores and mixed-use properties can deploy the camera around delivery entrances, external corridors, parking areas and building approaches. Multi-streaming helps separate high-quality recording from bandwidth-efficient live monitoring.
Education
Schools, universities and training campuses may use the model for gates, boundary areas, service yards and outdoor circulation paths. Deployment planning should consider privacy zones, retention rules, after-hours IR behavior and central monitoring bandwidth.
Technical Feature Deep Dive 1: Processing, Throughput & Workload Performance
A surveillance camera is effectively an always-on edge imaging appliance. The QNO-7082R captures sensor data, processes exposure and dynamic range, compresses the resulting video and serves one or more streams to recorders and viewing clients. Maximum 4MP output at up to 30 fps provides enough temporal resolution for many commercial scenes without forcing buyers into the heavier storage footprint associated with significantly higher-resolution cameras. The practical design decision is not to run every stream at its maximum simply because the camera can do so. Recording quality should be matched to the risk, target speed and required retention.
H.265 compression is particularly relevant in larger estates. When properly supported by the recorder and client hardware, it can reduce storage and network requirements compared with H.264 at comparable visual quality. That advantage can translate into longer retention from the same disk pool or fewer recorder expansion requirements. However, decoding H.265 can place more demand on older workstations and software clients. System architects should therefore check the complete chain from camera to NVR to operator workstation rather than selecting a codec in isolation.
The multiple-stream architecture lets operations teams separate workloads. A full-resolution primary stream can feed the NVR, a secondary stream can populate video walls or browser grids, and a lower profile can support remote viewing over constrained links. This is an important design pattern because the number of simultaneous display tiles can be more demanding on client-side decoding than the recording process itself. By assigning appropriate profiles, the organization can preserve evidentiary recording while maintaining responsive operator views.
The motorized varifocal lens also affects effective workload performance because it determines pixel density at the target. A telephoto setting places more pixels across a smaller scene, while a wide setting spreads the same 4MP resolution across a larger field of view. This means optical configuration can improve identification performance without increasing bitrate or recorder load. During commissioning, installers should set the lens against a defined target distance and verify real captured footage rather than relying only on a live visual impression.
Technical Feature Deep Dive 2: Security, Redundancy & System Resilience
The QNO-7082R supports a range of device-level controls, including authenticated access and secure network management options. In an enterprise environment these controls should sit inside a broader camera security policy. Cameras should be placed on dedicated VLANs or segmented security networks, management access should be limited to authorized systems, default credentials should never remain in service, and firmware should be tracked as part of vulnerability management. Recorder servers and operator workstations should follow the same governance model.
Resilience begins with power. PoE allows cameras to be powered from centrally located switches, which makes it possible to protect a group of cameras with one UPS-backed network cabinet rather than individual local adapters. The switch itself becomes a critical dependency, so resilient designs may use distributed access switches, protected uplinks and spare power capacity. Where continuous surveillance is essential, recorder storage, core networking and display systems also need continuity planning.
Edge storage adds another resilience mechanism. A microSD card up to 128 GB can retain local footage according to the configured recording policy. In compatible architectures, this can provide a buffer when the central recorder becomes temporarily unreachable. The exact behavior depends on the VMS, firmware and configuration, so buyers should verify whether missing footage can be automatically synchronized back to the recorder or whether the card is used only for independent event recording.
Physical resilience is supported through the IP66 and IK10 ratings. IP66 addresses dust and water ingress resistance, while IK10 relates to impact resistance. These are valuable attributes for outdoor cameras, yet deployment quality remains decisive. Water can still enter through poorly sealed connectors, cable strain can damage terminations, and lightning or switching events can affect network equipment. Good installation practice should therefore include suitable outdoor junctions, drip loops, sealing, surge mitigation and protected routing.
Technical Feature Deep Dive 3: Remote Management, Telemetry & Infrastructure Integration
Remote management is essential when a surveillance estate expands beyond a handful of cameras. The QNO-7082R supports standards-based network interfaces and ONVIF profiles, allowing compatible platforms to discover, stream from and manage the camera. Hanwha’s SUNAPI ecosystem can provide deeper integration with supported applications. The exact feature set exposed to a third-party VMS should always be tested against the software version in production.
Operational telemetry should include more than video availability. Teams should monitor camera reachability, recording state, storage status, network errors, time synchronization and firmware age where the management platform supports those checks. Accurate time is particularly important because footage from multiple cameras may need to be correlated during an investigation. NTP design should therefore be part of the surveillance architecture, especially across multisite deployments.
Event capabilities such as motion, tamper and defocus detection can help operators identify conditions that need attention. Their value depends on thoughtful tuning. Motion detection that is too sensitive can create alert fatigue, while tamper or defocus events can be useful for identifying a changed camera view or obstructed lens. Event rules should be matched to specific operational actions so alarms lead to a clear response rather than becoming ignored notifications.
Integration also includes the physical and logical network. 10/100 Ethernet is sufficient for the camera’s video traffic when correctly configured, but switch uplinks aggregate many devices and can become the bottleneck. VLAN design, PoE capacity, multicast policy, QoS requirements and remote-site routing should be planned as a whole. For organizations with existing Hanwha or mixed-brand estates, FourTeck can assist with compatibility validation before a larger rollout is approved.
What Buyers Should Check Before Purchase
Most CCTV procurement errors are not caused by the camera being defective; they come from mismatched lens coverage, unsupported recorder features, insufficient PoE, unrealistic retention assumptions or missing installation accessories. Use the checks below before releasing a purchase order.
01 / FIT — Configuration Fit & Model Sizing
Confirm the viewing distance, target width, mounting height and objective for each camera. The QNO-7082R is especially useful where a motorized varifocal lens is needed, but a fixed-lens model may be more economical in simple scenes with known geometry. Define required frame rate, WDR need and low-light expectations before selecting quantities.
02 / MATCH — Compatibility & Environmental Requirements
Check NVR or VMS support, codec compatibility, ONVIF behavior, switch PoE budget, cable distance, network segmentation, mounting accessories and environmental exposure. IP66 and IK10 help outdoors, but direct solar heating, corrosive environments and exposed cabling still require proper engineering.
03 / TERMS — Availability, Delivery & Warranty Terms
Confirm current stock status, lead time, supplied accessories, warranty period, return conditions and whether the quoted unit is regionally supported. Project orders should also define partial-delivery requirements, site delivery details and any staging or serial-number documentation needed.
04 / REQUEST — Quote Preparation Data Needed
Provide model, quantity, delivery emirate, project timeline, required NVR or VMS platform, preferred recording retention, number of sites and any accessory requirements. If the exact camera model is still under review, send a simple scene description and approximate mounting distances so FourTeck can help validate the selection.
UAE Regional Availability & Service Ecosystem
FourTeck supports UAE enterprise buyers with quotation coordination, configuration validation, delivery planning and project sourcing for the Hanwha QNO-7082R and related surveillance infrastructure. Availability, lead time and warranty conditions can vary by supply cycle and project quantity, so each quotation should be treated as the controlling commercial document.
K1. Dubai Supply & Logistics Support
Dubai customers can request supply for head offices, retail properties, warehouses, hospitality projects, free-zone facilities and system-integrator deployments. FourTeck can coordinate model checks, quantity pricing, compatible accessories, delivery location planning and staged project requirements across the city and major commercial zones.
K2. Abu Dhabi & Al Ain Logistics Reach
For Abu Dhabi and Al Ain projects, FourTeck can coordinate sourcing, quotation response and delivery for government, industrial, corporate, education and infrastructure environments. Buyers should include site access constraints, required delivery documentation and project timelines so logistics can be planned accurately.
K3. Sharjah & Northern Emirates Logistics Infrastructure
Sharjah and Northern Emirates customers can obtain quotation support for commercial, industrial and multisite camera deployments. Pre-sales guidance can cover NVR compatibility, PoE planning, lens selection and accessory requirements before hardware is dispatched.
K4. Ajman & Surrounding Emirates Logistics Coverage
Ajman businesses can request availability verification, project pricing and delivery coordination for the QNO-7082R. For branch rollouts, it is useful to standardize camera naming, firmware baseline, network settings and installation accessories before units are distributed to sites.
GCC & Pan-African Supply Chain Reach
FourTeck can support cross-border technology procurement with quotation coordination, export documentation assistance and project supply planning. Customs, taxes, certification and warranty eligibility can differ by destination, so buyers should provide the final country, consignee details and project schedule at quotation stage.
L1. Saudi Arabia (KSA) Export & Supply Support
Saudi project teams can request model validation, quantity quotations and export-oriented supply support for enterprise CCTV deployments. Large orders should include required delivery city, integrator details, accessory list and target deployment date.
L2. Qatar Market Supply Reach
Qatar customers can request cross-border quotation and hardware sourcing for corporate, hospitality, education, logistics and commercial surveillance projects. Compatibility checks are recommended where the camera will join an existing VMS estate.
L3. Oman Regional Distribution Support
Oman buyers can obtain procurement guidance and quote coordination for the QNO-7082R and related network video infrastructure. Providing NVR model, camera count and retention targets helps streamline the technical review.
L4. Kuwait Supply Chain Coverage
Kuwait project teams can coordinate quotations and export supply through FourTeck Kuwait. Confirm project quantity, delivery location, accessories and warranty expectations before order placement.
L5. Kenya & East Africa Supply Infrastructure
Kenyan integrators and enterprise buyers can use FourTeck Kenya for regional inquiry routing, project supply coordination and technical model discussion. Multisite projects should standardize recorder and network assumptions before final camera quantities are approved.
L6. Uganda Regional Procurement Support
Uganda customers can request localized inquiry response and technology sourcing through FourTeck Uganda. Export lead time and documentation requirements should be reviewed as part of the commercial quotation.
L7. Pan-African Regional Logistics & Trade Reach
For broader African deployments, FourTeck Africa and FourTeck Global can support multi-country inquiry routing and project supply planning. Buyers should consolidate model, quantity, destination and required delivery milestones to reduce procurement fragmentation.
Related FourTeck Products & Compatible Alternatives
The correct alternative depends mainly on lens geometry, form factor and installation environment. Within the same Hanwha Q-series family, the QNO-7012R, QNO-7022R and QNO-7032R are fixed-lens 4MP bullet options with progressively different fields of view, while the QNO-7082R remains the flexible choice when remote focal adjustment is valuable. Dome and vandal-dome variants can be considered where appearance, mounting position or impact exposure favors a dome enclosure rather than a bullet body.
| Model | Typical Choice | When to Consider |
|---|---|---|
| QNO-7012R | Wide fixed-lens bullet | Simple broad scene where focal length is known and adjustment is unnecessary. |
| QNO-7022R | Mid-wide fixed-lens bullet | General outdoor coverage with a more moderate fixed field of view. |
| QNO-7032R | Narrower fixed-lens bullet | Longer or tighter views where a 6 mm fixed lens suits the target geometry. |
| QNV-7082R | 4MP vandal dome with varifocal lens | Sites preferring a dome form factor with similar adjustable optics and outdoor protection. |
| QND-7082R | 4MP dome varifocal camera | Indoor or protected locations where a dome presentation is preferred. |
Why Enterprises Choose FourTeck
Enterprise surveillance projects involve more than obtaining a camera part number. FourTeck can help buyers validate whether the selected model fits the scene, whether the NVR or VMS can use the required features, whether the network has adequate PoE and bandwidth, and whether accessories have been included in the bill of materials. This pre-sales engineering step can reduce last-minute substitutions and installation delays.
For commercial procurement teams, FourTeck can also coordinate quantity quotations, delivery requirements and regional sourcing. Project buyers should share the model list, quantities, destination, deployment timeline and any required warranty or documentation conditions. Post-sales warranty handling follows the terms stated in the accepted quotation and applicable supply channel. For current availability, pricing and support scope, request a project-specific quotation rather than relying on generic assumptions.
Frequently Asked Questions
1. What is the Hanwha QNO-7082R?
The QNO-7082R is a 4MP outdoor IR bullet network camera from Hanwha Vision’s Wisenet Q series. It combines a 3.2–10 mm motorized varifocal lens, 30 m integrated IR illumination, 120 dB WDR, H.265/H.264/MJPEG streaming, microSD edge storage, PoE or 12 VDC power and IP66/IK10 physical protection.
2. Is the QNO-7082R suitable for outdoor use in Dubai?
Yes, it is designed for outdoor use and carries IP66 weather-resistance and IK10 impact-resistance ratings. Correct installation remains important in Dubai conditions: installers should use suitable outdoor cabling, sealed junctions, proper mounting, surge protection where required and consider direct solar exposure and local environmental conditions.
3. How far can the QNO-7082R see at night?
The integrated infrared illumination is specified for a viewable distance of up to 30 metres. That figure should not be interpreted as guaranteed identification distance. Actual night detail depends on lens position, target size, reflectivity, scene lighting, movement, mounting angle and required pixel density.
4. What lens does the QNO-7082R use?
It uses a 3.2–10 mm motorized varifocal lens with approximately 3.1× optical adjustment. This allows installers to change the field of view after mounting, making the camera suitable for projects where exact framing cannot be fixed during procurement.
5. Does the QNO-7082R support H.265?
Yes. The camera supports H.265, H.264 and MJPEG. H.265 can help reduce network and recording storage requirements when the NVR, VMS and client systems support it effectively. H.264 remains useful for broad interoperability with older systems.
6. Can the camera record without an NVR?
The camera includes a microSD/SDHC/SDXC slot supporting cards up to 128 GB, so local recording is possible. The exact retention period depends on bitrate, resolution, frame rate and recording schedule. For enterprise deployments, centralized NVR or VMS recording is still commonly used for management, retention and investigation workflows.
7. What power does the QNO-7082R require?
The QNO-7082R can be powered using IEEE 802.3af PoE Class 3 or 12 VDC. PoE is often preferred in enterprise projects because it can centralize power through network switches and simplify UPS backup, but switch PoE budgets should be calculated using worst-case camera consumption and spare capacity.
8. Will it work with third-party NVRs?
The camera supports ONVIF profiles and standard IP video streaming, which provides a strong basis for third-party interoperability. However, advanced features such as events, edge storage synchronization, audio functions or remote lens control can vary by recorder platform and software version. Compatibility should be validated before bulk purchase.
9. What information should I send for a Dubai quotation?
Provide the QNO-7082R model, quantity, Dubai delivery location, required delivery date and whether cameras are for a new system or an existing NVR/VMS. If available, also provide camera count, retention days, recorder model, PoE switch information and required accessories so FourTeck can prepare a more complete project quote.
10. Is QNO-7082R the right model for every outdoor camera position?
Not necessarily. It is a strong choice where 4MP resolution, outdoor protection and adjustable optics are required. Fixed-lens models may be more economical for predictable scenes, while higher-resolution or advanced analytics cameras may be better for specialized identification and automation use cases. Selection should be based on scene objectives and integration requirements.
Request a QNO-7082R Project Quote
Send FourTeck the required model, quantity, delivery location, deployment timeframe and any NVR, VMS, storage, PoE switch or mounting accessory requirements. For multi-camera sites, include the expected retention period and number of locations so the solution can be reviewed as a complete surveillance architecture rather than as isolated camera units.
