Xiyue Electronics
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XY-N8811BS is a dedicated forward-facing interior vehicle camera built for fleet in-cabin monitoring. Adopting professional starlight imaging technology, this camera features ultra-wide viewing angle, anti-fog lens, vehicle-grade shockproof structure and stable DC12V power design. It effectively solves common problems of traditional in-vehicle cameras, including unstable video output and gradual image blurring after long-time driving. With no infrared LED design, it restores real true-color images day and night perfectly, matching long-distance wiring demand with a 3-meter original cable, ideal for bus, taxi and commercial fleet interior monitoring projects.
| Item | Details |
|---|---|
| Product Model | XY-N8811BS |
| Product Type | In-Cabin Forward-Facing Monitoring Camera |
| Housing Material | Aluminum Alloy |
| Appearance Color | Heather Gray |
| Installation Method | Self-tapping screws |
| Interface Type | 4-core Female Aviation Connector |
| Cable Length | 3M |
| Net Weight | 0.2KG |
| Waterproof Rating | Non-waterproof (for indoor cabin use only) |
| IR LED Quantity | None (pure true-color video without infrared distortion) |
| No. | Feature Title | Detailed Description |
|---|---|---|
| 1 | 2MP Starlight Dual Resolution Imaging | Equipped with 1/2.9" starlight-grade CMOS sensor, supporting switchable 1080P and 720P resolution. 0.01Lux ultra-low light sensitivity delivers clear, natural true-color footage day and night without infrared color deviation. |
| 2 | Global Anti-Overexposure Technology | Built-in advanced digital exposure algorithm, automatically adjusts image brightness under complex light and high-contrast cabin environments, avoiding picture overexposure and ensuring consistent clear imaging effect. |
| 3 | Excellent High-Temperature Thermal Stability | Maintains stable dark level signal under high-temperature closed cabin environment. No vertical black stripes or abnormal bright white lines appear in monitoring videos during long-hour operation. |
| 4 | Vehicle-Grade Shockproof Structure | Reinforced shockproof internal design adapts to bumpy road vibration and frequent vehicle jolts, ensuring stable and jitter-free video output during whole driving trips. |
| 5 | 110° Wide Viewing Angle for Cabin Monitoring | Standard 110° diagonal viewing angle covers full front cabin area, effectively reducing monitoring blind spots and meeting daily front cabin safety monitoring demands. |
| 6 | Ultra-Low Power Consumption | Low working current of 150mA under DC12V power supply, supporting 24-hour uninterrupted in-cabin monitoring with low vehicle power loss. |
| 7 | 3M Long Cable for Flexible Wiring | Comes with original 3-meter extended cable, suitable for long-distance wiring inside large vehicles such as buses and coaches, no need for extra extension cords. |
| 8 | Durable Aluminum Alloy Shell | Integrated aluminum alloy housing owns better heat dissipation and compression resistance than plastic cameras, prolonging service life for long-term fleet monitoring. |
| Category | Parameter Item | Specific Specification |
|---|---|---|
| Imaging System | Image Sensor | 1/2.9" CMOS |
| Signal System | PAL | |
| Effective Pixels | 1920(H)×1080(V) / 1280(H)×720(V) | |
| Frame Rate | 25fps | |
| Synchronization Mode | Internal Synchronization | |
| Minimum Illumination | 0.01Lux @ F1.2 | |
| Horizontal Resolution | 2000TVL | |
| Image Processing | Auto White Balance | Automatic |
| Electronic Shutter | AUTO | |
| Exposure Mode | Global Anti-overexposure | |
| Night Vision Configuration | IR LED Quantity | None |
| Viewing Angle Parameter | DFOV (Diagonal View Angle) | 110° |
| HFOV (Horizontal View Angle) | 85° | |
| VFOV (Vertical View Angle) | 48° | |
| Video Output | Video Output Signal | AHD Analog HD Signal |
| Electrical Parameters | Working Voltage | DC 12V |
| Power Consumption | 150mA @ DC 12V | |
| Environmental Resistance | Operating Temperature | -20℃ ~ 70℃ |
| Storage Temperature | -30℃ ~ 80℃ |
This non-waterproof forward-facing in-cabin camera is specially designed for indoor vehicle monitoring scenarios. It is widely applied to buses, coaches, taxis, logistics fleets and passenger transport vehicles, perfectly used for front cabin driving monitoring, driver behavior recording and passenger safety supervision. Its true-color imaging without infrared interference meets long-term stable monitoring needs for various commercial fleets.
