Frequently Asked Questions

Ziyangxing provides 4-channel and 8-channel MDVR systems with TF card, SD card, HDD and SSD storage options. TF card Mini MDVR models are available for vehicles with limited installation space, while HDD and SSD models are suitable for applications requiring larger storage capacity.

The systems can work with Ziyangxing's fleet management platform or CMSV6 CMSV7 or be deployed on the customer's private server. Hardware, software, interfaces, communication protocols(JT/T 1076, JT/T 1078, JT/T 808,GT/T 28181) and platform functions can be customized. For bus and public transportation projects, the 8-channel MDVR can also support passenger-counting cameras and passenger flow reports.

Ziyangxing offers an intelligent 8-channel MDVR solution for buses, coaches, shuttle vehicles and public transportation projects. Depending on the configuration, the system supports up to eight AHD camera inputs and four IPC inputs and can integrate ADAS, DMS, BSD and passenger-counting algorithms.

Passenger-counting cameras installed above the doors record passengers entering and exiting. The data can be uploaded to a fleet management platform for centralized reporting and analysis. Camera configurations, AI functions, storage, protocols, reports and private-server integration can be customized.

Ziyangxing's core strength is Custom Development · Dedicated Service. Our in-house hardware, software, structural and platform development engineers can customize vehicle monitors, cameras, MDVR systems, fleet management platforms and intelligent vehicle safety solutions.

Our capabilities cover product appearance, enclosure structure, electronic hardware, PCB design, firmware, software functions, user interfaces, communication protocols, platform development and server integration. From requirement analysis and sample testing to mass production and system deployment, we develop solutions around each customer's application, installation environment and functional requirements.

AHD transmits high-definition analog video over vehicle camera cables and is widely used in trucks, buses and commercial vehicles. CVBS is a standard-definition analog format for traditional vehicle cameras, while HDMI is a digital interface for computers, control units and other HD video sources.

Ziyangxing provides vehicle monitors with AHD, CVBS, HDMI or mixed-input configurations. The right interface depends on the camera type, required resolution and system application.

Yes. Selected Ziyangxing vehicle monitors can support both AHD and CVBS cameras, allowing customers to use cameras with different resolutions or video formats in one system.

Depending on the monitor model, the screen can display a single camera, split views or multiple camera channels. Before ordering, customers should confirm the camera resolution, video format, connector type and required number of inputs to ensure compatibility. We can also customize video inputs, connectors, cables and display layouts for specific projects.

Yes. Ziyangxing can customize 7-inch to 15.6-inch monitors for vehicles, boats, industrial equipment, agricultural machinery and construction equipment.

Available customization options include screen size, resolution, brightness, capacitive or resistive touch, waterproof structure, metal housing, voltage range, mounting method and video interfaces such as HDMI, AHD, CVBS, VGA and USB touch control. We evaluate each project according to its installation environment, operating temperature, waterproof requirements and required certifications.

A 4-channel MDVR is suitable for standard vehicle surveillance systems using up to four cameras, such as front, rear, left-side and right-side cameras. An 8-channel MDVR is designed for buses, trucks and fleet projects that require more cameras, broader vehicle coverage or additional AI functions.

Ziyangxing provides both 4-channel and 8-channel MDVR models. The right model depends on the number and type of cameras, recording time, storage capacity, remote monitoring requirements and AI functions such as ADAS, DMS, BSD or passenger counting.

SD and TF card MDVRs are compact and suitable for vehicles with limited installation space or standard recording requirements. HDD models provide larger storage capacity and are suitable for applications requiring longer recording times. SSD storage offers better resistance to vibration and mechanical shock, making it suitable for demanding mobile environments.

Ziyangxing offers TF card, SD card, HDD and SSD-compatible MDVR models. The recommended option depends on the required recording time, number of cameras, video resolution, vehicle environment and project budget.

Yes. Ziyangxing MDVR systems can work with our fleet management platform, third-party platforms such as CMSV6 and CMSV7, or a customer's private server.

Our engineering team can evaluate the server environment, device communication, video transmission and system integration requirements. Depending on the model and project, supported protocols may include JT/T 1076, JT/T 1078, JT/T 808 and GB/T 28181. Hardware, firmware, software functions and communication protocols can also be customized.

A Wi-Fi camera usually connects to a smartphone or local Wi-Fi network for short-range viewing. A 4G camera uses a mobile network and can support remote viewing where 4G coverage is available. A wireless monitor camera system transmits video directly from the camera to an in-vehicle monitor and normally does not require internet access.

Ziyangxing provides all three types of solutions. The best choice depends on whether the customer needs local viewing, remote fleet monitoring or a direct wireless connection inside the vehicle.

The recommended forklift camera system depends on whether the operator needs fork alignment, rear-view monitoring, blind-spot detection or pedestrian warnings.

Ziyangxing can provide forklift systems combining a 7-inch monitor with wired or wireless cameras, laser-assisted fork cameras, BSD cameras, warning lights and audible alarms. A laser camera helps the driver judge the position of the forks, while an AI or BSD system can provide warnings for pedestrians or obstacles within a configured detection area. Each solution can be customized for the forklift structure and operating environment.

Yes. A 360-degree surround-view system requires calibration after the cameras have been installed on the vehicle. Calibration aligns the images from the front, rear, left and right cameras and creates a correctly stitched bird's-eye view.

Both manual and automatic stitching systems require calibration mats and accurate camera positioning. The installation height, camera angle and vehicle dimensions can affect the final image. Ziyangxing provides 360-degree surround-view systems and technical support for camera installation, calibration and system configuration.

Choosing a low-light vehicle camera requires more than comparing resolution. Important factors include the image sensor, minimum illumination, lens aperture, viewing angle, infrared lighting and the actual operating environment.

Ziyangxing provides low-light cameras with different video output options, including AHD, MIPI and HDMI. AHD cameras are commonly used with vehicle monitors and MDVR systems, MIPI camera modules are suitable for integration into embedded devices, and HDMI cameras can connect to compatible digital displays or processing equipment.