Product Overview
Built for remote outdoor deployments where mains power and fixed internet are simply not available, the DS-2XS6A87G1-LS/C36S80 is a self-contained solar-powered 4G bullet camera system that brings 8MP 4K surveillance to off-grid locations. Incorporating an 80W photovoltaic solar panel and a 30Ah rechargeable lithium battery, the system operates independently of building power infrastructure, making it a practical choice for farm gates, construction compounds, equipment yards, rural driveways, pipeline routes, and temporary monitoring projects. Featuring Hikvision ColorVu technology with an F1.0 super-aperture lens, the camera produces full-colour footage around the clock, not monochrome infrared imagery. It also integrates AcuSense deep-learning analytics for human and vehicle target classification, 130 dB true WDR for high-contrast outdoor scenes, built-in 4G mobile connectivity for remote access via compatible Hikvision platforms, and 64GB of onboard eMMC storage for local recording when a network recorder is not on site.
Key Capabilities
8MP 4K ColorVu Imaging
The camera captures 3840 x 2160 resolution video at up to 15 fps. ColorVu technology combined with the F1.0 super-aperture lens produces vivid full-colour footage day and night, retaining scene details such as vehicle colour and clothing that standard IR cameras lose in monochrome.
Solar Power with 30Ah Battery
The 80W solar panel and 30Ah lithium battery work together to sustain operation at remote sites without a mains supply. The integrated battery management system provides temperature protection, charge and discharge safeguards, low-battery sleep mode, and remote wakeup to extend operating life in varying weather conditions.
Built-in 4G Mobile Connectivity
Supporting LTE-TDD, LTE-FDD, WCDMA, and GSM with a Micro SIM card, the camera transmits video and event alerts over the mobile network. This removes the need for any fixed broadband or network cabling at the site, making standalone remote deployment straightforward wherever 4G coverage exists.
AcuSense Human and Vehicle Detection
Deep-learning algorithms classify motion events by target type, focusing on people and vehicles rather than animals, foliage, or environmental movement. For remote sites where constant monitoring is impractical, this significantly improves the relevance of alert notifications sent over the 4G network.
130 dB True WDR
High dynamic range processing handles scenes with extreme contrast, such as a gate backlit by rising or setting sun, or vehicle headlights at night. This keeps both bright and shadowed areas of the frame legible, which matters for entrances, roads, and open rural locations where lighting changes dramatically across a day.
Local Storage with 64GB eMMC
Onboard 64GB eMMC storage allows footage to be recorded directly at the camera without an NVR on site. The camera also supports microSD cards up to 256GB for expanded local capacity, which is essential for standalone remote deployments where continuous recording needs to be maintained independently of network connectivity.
Best For
- Remote Farm and Rural Sites: The solar and 4G combination eliminates the need for trenching, power cabling, or fixed broadband, making this a practical fit for farm gates, paddock access points, and rural property entrances.
- Temporary and Construction Site Monitoring: The self-contained design installs quickly and relocates without leaving behind infrastructure, which suits construction compounds, roadworks zones, and short-term project sites.
- Equipment Yards and Storage Compounds: The 8MP resolution and ColorVu colour night imaging support identification of people and vehicles approaching valuable equipment or materials stored in open outdoor areas.
- Infrastructure and Utility Asset Monitoring: Pipelines, water assets, substations, and remote infrastructure with no nearby power or network connection are well served by a system that runs entirely off solar and transmits over 4G.
- Locations Where Cable Runs Are Cost-Prohibitive: When the cost of trenching or conduit work would exceed a practical budget, the DS-2XS6A87G1-LS/C36S80 offers a credible surveillance capability without that infrastructure investment.
Why Choose the DS-2XS6A87G1-LS/C36S80
A conventional IP camera installation at a remote site requires a power source, a network switch or NVR connection, and a path for data back to a monitoring point. The DS-2XS6A87G1-LS/C36S80 removes all three dependencies. It generates and stores its own power, records locally to onboard eMMC or microSD storage, and transmits over the 4G mobile network using a standard SIM card. Compared to a basic trail camera or a lower-resolution 4G option, the 8MP ColorVu sensor provides substantially more useful image detail, and AcuSense human and vehicle classification means alerts are tied to genuine activity rather than environmental noise. The battery management system adds temperature and charge protection for longevity in harsh outdoor conditions. Available through Security Wholesalers, this model is positioned for installers and site managers who need verifiable surveillance capability at locations where a standard CCTV infrastructure approach is not viable.
Buyer Decision Tips
4G Coverage and SIM Plan: The camera requires a compatible 4G SIM card and adequate mobile network signal at the installation location. Verify signal strength on the intended network band before committing to a site, as building, terrain, or vegetation can reduce effective coverage. Data consumption will vary based on resolution settings, event frequency, and whether continuous or event-based recording is used over the network.
Solar Panel Orientation and Seasonal Performance: The 80W solar panel needs clear exposure to sunlight for effective charging. In southern Australian latitudes, a north-facing orientation at an appropriate tilt angle maximises energy yield. In heavily shaded locations, during extended overcast periods, or in winter months with shorter daylight hours, battery autonomy will be reduced. The low-battery sleep and remote wakeup functions help preserve charge, but site solar assessment is recommended before installation for critical monitoring applications.
Key Features & Technical Specifications
| Model |
DS-2XS6A87G1-LS/C36S80 |
| Resolution |
8MP (3840 x 2160) |
| Frame Rate |
Up to 15 fps (main stream) |
| Lens |
3.6mm fixed, F1.0 super-aperture |
| Night Vision Technology |
ColorVu – 24/7 full-colour imaging |
| White Light Illumination Range |
Up to 30 metres |
| Minimum Illumination |
0.005 lux |
| Wide Dynamic Range |
130 dB true WDR |
| Video Analytics |
AcuSense – human and vehicle target classification |
| Solar Panel |
80W photovoltaic panel |
| Battery |
30Ah rechargeable lithium battery (360Wh) |
| Battery Management |
Battery display, high/low temperature protection, charge-discharge protection, low-battery sleep, remote wakeup |
| Network Connectivity |
4G (LTE-TDD / LTE-FDD / WCDMA / GSM), Micro SIM card |
| Built-in Storage |
64GB eMMC |
| MicroSD Card Support |
Up to 256GB |
| Weather Rating |
IP67 |
| Housing Type |
Bullet – outdoor fixed |
Ideal Use Cases
Farm Gates and Rural Driveways
The solar and 4G setup means no cabling from a distant building is required. AcuSense human and vehicle detection sends relevant alerts rather than triggering on stock or wildlife, which is important for rural property owners who cannot monitor footage constantly.
Construction Site Perimeters
Construction compounds frequently lack permanent power and fixed network connections during early project phases. The self-contained system can be deployed immediately and relocated between stages without any cable infrastructure left behind.
Equipment Yards and Machinery Storage
Full-colour night imaging from ColorVu allows identification of people and vehicles approaching stored equipment after dark, where a standard IR camera would return monochrome detail that makes colour-based identification difficult.
Temporary Event and Festival Monitoring
Short-duration events at outdoor venues or temporary sites benefit from a system that installs without trenching or electrical permits. The 64GB onboard eMMC and optional 256GB microSD mean footage is retained locally even if network conditions fluctuate.
Infrastructure and Utility Asset Protection
Pipelines, water treatment assets, substations, and remote communications infrastructure are often located well outside the reach of power or wired networks. The IP67-rated bullet housing and independent power supply support continuous monitoring at these critical but isolated sites.
Roadworks and Traffic Control Zones
Temporary road project sites move frequently and often lack permanent infrastructure. The mobility of the solar bullet system and 130 dB WDR imaging for high-contrast daylight environments make it a workable monitoring option for active roadworks locations.
Choosing the Right Model
- Choose this model if: The installation site has no accessible mains power or fixed network connection, 4G mobile coverage is available at the location, and the application requires 8MP colour night surveillance with AcuSense smart detection and local onboard recording.
- Choose a different model if: Mains power and a wired network are already available at the site, in which case a standard PoE IP bullet or turret camera will deliver equivalent or higher frame rates at lower cost without the complexity of solar management. If very long-range coverage beyond 30 metres is required at night, a camera with a longer-range IR or white-light illuminator and a varifocal lens would provide better reach and framing flexibility.
FAQs
- Does the DS-2XS6A87G1-LS/C36S80 include the battery, or is it sold separately?
This listing includes the 30Ah lithium battery with the kit. Earlier versions of this model were sold without the battery, which had to be ordered separately. Confirm the configuration at the time of purchase if you are uncertain, as the specification has changed across product revisions.
- What SIM card does the camera use, and does it support all Australian 4G networks?
The camera uses a Micro SIM card and supports LTE-TDD, LTE-FDD, WCDMA, and GSM network modes. Compatibility with a specific Australian carrier will depend on the frequency bands supported by that network at the installation site. Check the band specifications against your intended carrier before purchasing a SIM plan for the camera.
- Can the camera record footage locally without a network connection?
Yes. The camera includes 64GB of built-in eMMC storage for local recording. It also supports a microSD card up to 256GB for extended local capacity. This means footage is retained at the camera even when the 4G connection is intermittent or unavailable, which is important for remote sites with variable signal strength.
- How long will the battery last without sunlight?
Battery autonomy without solar charging depends on camera settings, event frequency, recording resolution, 4G transmission activity, and ambient temperature. The battery management system includes low-battery sleep mode and remote wakeup to preserve charge during extended periods of low sunlight, but the specific runtime without any solar input will vary by site conditions and usage configuration.
- Does the camera produce colour footage at night, or does it switch to black and white?
ColorVu technology is designed to maintain full-colour imaging in low-light conditions using the F1.0 super-aperture lens and white light illumination up to 30 metres. Unlike standard IR cameras that switch to monochrome at night, this camera retains colour in the footage around the clock, subject to the available ambient and supplemental light at the scene.
- Is the camera suitable for installation in locations with extreme heat or cold?
The camera is IP67 rated for dust and water ingress protection and is designed for outdoor use. The battery management system includes high and low temperature protection for the lithium battery. However, extreme temperature conditions can affect both battery performance and solar charging efficiency, so the operating temperature range in the product datasheet should be reviewed against your specific site conditions.
- How does AcuSense detection work on this camera, and does it reduce false alerts at remote sites?
AcuSense uses deep-learning algorithms to classify motion events by target type, specifically people and vehicles, rather than triggering on general motion from animals, wind, rain, or shadows. At remote outdoor sites where environmental movement is frequent, this classification helps focus alerts on events that warrant attention. Security Wholesalers recommends reviewing detection zone configuration during commissioning to optimise alert relevance for the specific site layout.
Product Video Samples
Additional Information
