Product Overview
The IPC Router is designed to enable wired NVR systems to support wireless IP cameras, effectively making a wired NVR system operate like a wireless one. It also functions as a wireless repeater, extending Wi-Fi transmission range for security camera systems.
Key capabilities include:
- Support for wireless IP cameras with wired NVR systems.
- Wireless repeater functionality.
- Compatibility with 2.4G Wi-Fi IPC cameras.
- ONVIF support, allowing connection with any ONVIF-compliant NVR.
- Capacity to connect up to 4 cameras per IPC Router.
Product Appearance
The IPC Router features the following components:
- Indicator light: Displays the signal status of each connected IPC.
- Match Code/reset button: A button used for initiating the matching code process (press 3s) or restoring factory settings (press 10s).
- Speaker: Provides voice prompts during the matching code procedure.
- Power port: Accepts DC 12V power input.
- Network port: An RJ45 100Mbits interface for wired connections to an NVR or switch.
- Antenna: Used for receiving Wi-Fi signals.
A diagram visually identifies these components on the device.
Dimension & Specification
| Feature | Specification |
|---|---|
| Wi-Fi Standard | 802.11b/g/n 2.4G |
| Wireless IPC Capacity | Up to 4 Wireless IPCs |
| Indicator Lights | 5 LED indicators: 4 for IPC signal status, 1 for NVR connection status. |
| Interfaces | 1 x RJ45 100Mbits network interface, 1 x Reset button, 1 x 12V Power supply input. |
| Dimensions | 74x31x186 MM |
Operation Guide
1 Wired Matching Code
To pair cameras, connect the router and camera using a network cable. A switch can be used for matching multiple cameras simultaneously. Press the router's reset button for 3 seconds to start the matching code process, which is accompanied by voice prompts. A successful match is confirmed by a voice announcement. Holding the button for 10 seconds will restore the device to its factory settings.
A diagram illustrates the physical connection setup and the button's function.
2 Router Indicator Light
The IPC Router is equipped with 5 LED indicators. The rightmost indicator signifies the wired network connection status (illuminated when connected). The four indicators on the left represent the number of wireless cameras currently connected; all four lights illuminate when four cameras are successfully paired.
3 Connect NVR Through ONVIF
Once wireless cameras are successfully matched with the IPC Router, connect the IPC Router to the NVR/DVR using a network cable. Proceed to search for and add the wireless cameras within the NVR/DVR's interface. These cameras feature an IP self-adaptation function, which automatically handles network segment compatibility.
A diagram shows the network cable connection between the IPC Router and the NVR.
4 Connect NVR Through N1
After successful code matching, connect the router and NVR using a network cable. Access the video management interface, right-click, and select "refresh." Search for wireless IPCs and the router's IP address (default: 192.168.1.198). Add wireless IPCs by clicking "one key to add" or the "add" button. If IP segments differ, utilize the "one key to add" feature.
A screenshot depicts the NVR's video management interface, showing options for adding devices, lists of connected and remaining devices, and network bandwidth information.
5 Repeater Set up
The IPC Router can be configured as a repeater within a wireless NVR system. Initially, connect the IPC Router to the NVR via a network cable. In the video management page, search for the IPC Router, double-click it, and click the "match" button to complete the code matching. After matching, disconnect the cable and search for the IPC Router again. Position the camera near the NVR. Open the repeater setup window (right-click video management → repeater set up), then click the "+" button next to the router to add the camera. Click "apply." Channels 1 and 2 will then be linked to the IPC Router.
Diagrams illustrate the NVR interface with repeater setup options and the resulting channel connections.
Application Scenarios
The IPC Router offers flexible deployment options across various environments:
- Open Area: Provides wireless coverage in open outdoor spaces.
- Indoor Refit: Suitable for installation within residential or office buildings.
- In Elevator: Can be installed inside elevators to ensure connectivity.
- Machine Room: Deployable in server or equipment rooms.
- Install in Courtyard: For outdoor surveillance needs in courtyards.
- Refit in multi-channel wireless system: Allows multiple IPC Routers to connect to a central NVR, expanding overall wireless coverage.
- In a Galley: Usable in kitchen or galley environments.
Illustrative diagrams showcase the IPC Router providing wireless connectivity in these diverse settings.
FAQ
Q: When multiple IPC Routers are installed in close proximity (approximately 10 meters), and wireless cameras experience slow image transmission, frequent disconnections, or fail to reconnect, what is the likely cause?
A: This behavior is typically due to Wi-Fi channel interference among IPC Routers operating on the same channel. There are four primary non-interfering Wi-Fi channels: 1, 6, and 11, plus an "other" category. For optimal performance with four IPC Routers in the same area, assign them to channels 1, 6, 11, and another channel, respectively. The key principle is to ensure that IPC Routers sharing the same Wi-Fi channel are physically separated as much as possible to avoid overlapping coverage. Deployment in densely populated areas is not recommended due to potential interference.
Warnings
Warning: Danger of electrical shock. Do not open the device.
Warning: Danger of electrical shock. Non-professionals should not operate the device.
Warning: Danger of fire and electrical shock. Please do not use a power supply higher than DC 12V.
Warning symbols are displayed to highlight these safety precautions.
