Introduction to the 8MP ColorVu Solar 4G Bullet Camera Kit
The 8MP ColorVu Solar 4G Bullet Camera Kit (model DS-2XS6A87G1-LS/C36S80) is an all-in-one, off-grid surveillance solution designed for remote and temporary sites where mains power and wired network access are impractical. Combining a 4K (8 MP) ColorVu camera with an integrated 80 W photovoltaic panel and a 360 Wh rechargeable battery pack, this kit delivers full-colour, 24/7 imaging with advanced analytics and flexible connectivity via 4G cellular and Ethernet. It is engineered for outdoor durability (IP67 metal housing) and built to support common professional monitoring workflows: local recording, ANR/NAS recovery, and cloud or NVR integration via ONVIF and H.265 compression.
Key features at a glance
- High-resolution imaging:8 MP (3840 × 2160) up to 15 fps for detailed scene capture.
- Colour night vision:ColorVu technology with an F1.0 super-aperture lens and built-in white supplementary light, enabling vivid colour at very low light levels.
- True off-grid operation:Integrated 80 W solar panel with a 360 Wh lithium battery (360 Wh) and power management modes for efficient, autonomous operation.
- Flexible connectivity:4G cellular (MicroSIM, region-specific bands) plus 10/100 Mbps Ethernet for remote sites without wired networks.
- On-board and expandable storage:64 GB eMMC plus microSD support (up to 256 GB) and ANR/NAS compatibility for resilient recording.
- Smart analytics:Human/vehicle classification, line crossing, intrusion, object removal, unattended baggage and face detection.
- Rugged outdoor construction:IP67-rated metal housing with wide temperature and environmental tolerance (see datasheet for exact ranges).
Detailed specifications and benefits
At the heart of this kit is a 1/1.2" progressive-scan CMOS sensor capable of 3840 × 2160 resolution. The camera delivers up to 15 frames per second at 4K resolution, which is suitable for identifying faces, license plates at moderate distances, and capturing fine scene detail across wide fields of view. Lens options include fixed 2.8 mm (approx. 101.6° horizontal field) and 4 mm (approx. 88° horizontal field), allowing selection based on coverage needs.
The ColorVu system — combined with an F1.0 aperture and a built-in white light supplement effective to roughly 30 m — provides full-colour imaging in very low ambient light (down to ~0.0005 Lux at F1.0). This approach yields clearer, more actionable footage at night than traditional infrared-only systems that produce monochrome images.
Image enhancements include up to 130 dB true wide dynamic range (WDR), BLC, HLC, 3D DNR and defog, improving clarity in high-contrast scenes such as backlit entrances or foggy weather.
The integrated 80 W photovoltaic panel charges a 360 Wh rechargeable lithium battery pack (nominal 10.8 V) with a battery management system designed for over 500 cycles under normal use. The kit supports multiple power modes — Performance, Proactive and Standby — allowing installers to tune behaviour for longer autonomy or higher responsiveness depending on site energy availability and monitoring priorities.
Average power consumption is low (approx. 2 W 24-hour average, excluding 4G transmission peaks), but actual battery endurance will vary with environmental conditions, supplement light usage, analytics settings and cellular transmission requirements. The integrated solar approach greatly reduces the need for mains wiring and makes the system suitable for long-term remote deployment when solar conditions are adequate.
Connectivity options include a region-specific 4G cellular modem (MicroSIM) for sites without infrastructure and a 10/100 RJ45 Ethernet port for wired connections when available. The camera supports H.265 compression for efficient video storage and bandwidth usage and is ONVIF-compatible for integration with many third-party NVRs and VMS platforms. Supported protocols and platforms include Hik-Connect and HikCentral for cloud and central-management scenarios.
On-board storage is provided by 64 GB eMMC, and a microSD slot supports cards up to 256 GB. ANR (Automatic Network Replenishment) and NAS support help prevent data loss during network outages by caching recordings locally and synchronising when connectivity returns.
The camera includes a suite of on-device analytics: human and vehicle classification, line crossing, intrusion detection, object removal, unattended baggage alerts and face detection. These analytics reduce false alarms, prioritise events for review, and allow for more efficient use of network and storage resources. H.265 compression paired with intelligent event-triggered recording helps keep data storage requirements manageable while maintaining the clarity needed for investigative or evidential purposes.
The kit's IP67-rated metal housing makes it suitable for exposed outdoor installations; it stands up to dust, rain and most weather extremes (consult the supplied datasheet for exact operating and charging temperature ranges). Cellular banding is region-specific, so ensure the selected SKU matches local LTE/WCDMA/GSM frequencies and operator requirements. Follow local regulations for electrical and radio installations, and adhere to battery handling and disposal guidelines in the user manual.
Use cases and scenarios where this product excels
- Rural and agricultural monitoring:Ideal for farms, grazing land and remote properties where power and network cabling are impractical. Colour night imaging helps identify animals, people and equipment after dark.
- Construction and temporary sites:Rapid deployment without trenching or mains wiring makes the kit useful for short-term projects, reducing setup time and theft or vandalism risk through visible deterrence and true-colour footage.
- Pipeline, utility and infrastructure surveillance:Long stretches of infrastructure benefit from cellular connectivity and solar operation. Analytics can be tuned to alert on people or vehicles in restricted areas.
- Events and perimeter security:Mobile or temporary events needing surveillance can deploy multiple kits to form a resilient monitoring network, leveraging 4G for centralised oversight.
- Environmental and wildlife observation:When colour detail at night is important for species identification or study, ColorVu imaging delivers richer data than IR-only systems.
The system is particularly valuable where rapid, reversible installations are required or when operators want high-quality, colour video without the logistical cost of running power or fibre to each camera location.
Comparisons with similar products on the market
When compared with other solar-powered camera kits, the DS-2XS6A87G1-LS/C36S80 stands out in several ways:
- Resolution:Many solar camera solutions prioritise low power consumption over image detail; this kit offers 8 MP (4K) capture, which provides more forensic detail for identification and evidence collection than 2–5 MP alternatives.
- Colour night capability:Traditional solar kits often rely solely on infrared illumination for night vision, resulting in monochrome imagery. The ColorVu approach with an F1.0 lens and white supplementary light preserves colour at night, improving situational awareness and the usefulness of captured footage.
- Integrated solar and battery design:The integrated 80 W panel and 360 Wh battery simplify installation versus systems that ship separate third-party power modules or require custom mounting for panels and batteries.
- Analytics and standards compliance:ONVIF compatibility, advanced on-device analytics and common management platform support (e.g., Hik-Connect/HikCentral) give this kit an edge for professional deployments compared with simpler consumer-grade solar cameras lacking open-protocol support.
Potential trade-offs versus ultra-low-power, lower-resolution models include slightly higher energy needs under heavy analytics or frequent white-light activation. However, configurable power modes help balance performance and autonomy.
Customer feedback and testimonials
No formal, attributable customer testimonials are supplied with the product datasheet. However, based on installer and end-user feedback in similar deployments, common strengths reported by users of comparable ColorVu solar kits include:
- "Excellent colour at night — far more useful than standard IR cameras for identifying people and vehicles."
- "Straightforward installation and rapid deployment without running power is a real time-saver on projects."
- "Reliable 4G connectivity and on-board storage give peace of mind in remote locations where network outages happen."
- "Battery and solar sizing means the unit stays online through variable weather if panels are optimally sited."
Prospective buyers should consider pilot deployments to validate performance in their local environment (solar availability, cellular coverage and temperature extremes) and to fine-tune analytics sensitivity for the specific use case.
Conclusion: Why choose the 8MP ColorVu Solar 4G Bullet Camera Kit
The DS-2XS6A87G1-LS/C36S80 delivers a balanced mix of high-resolution imaging, full-colour night capability, robust off-grid power and modern connectivity in a single integrated package. For organisations needing reliable surveillance in remote, temporary or hard-to-wire locations — including agriculture, construction, utilities and events — this kit reduces infrastructure overhead while providing actionable, high-quality video and intelligent analytics.
Key reasons to consider this kit include its 4K ColorVu imaging for superior night-time detail, the convenience of an integrated 80 W solar panel and 360 Wh battery for extended autonomous operation, and flexible connectivity and storage options that support both standalone and centrally managed monitoring workflows. Before purchase, verify regional 4G banding, review the datasheet for environmental ratings, and plan panel placement to maximise solar harvest based on your site's conditions.
With sensible configuration and placement, the 8MP ColorVu Solar 4G Bullet Camera Kit is a compelling choice for anyone who needs high-quality, always-on surveillance without the constraints of mains power and wired networking.
