ONV-H1108PSD 10-Port 100M PoE Switch
Product Overview
The ONV-H1108PSD is a 10-port, 100M unmanaged PoE switch designed specifically for small and medium-sized networking scenarios. It features eight PoE+ ports and two uplink electrical ports, with a built-in 120W high-power supply, and each port can deliver up to 30W of PoE power. The device integrates a DIP switch that allows you to toggle between long-distance transmission and VLAN isolation modes. By default, it enables AI-PoE network self-healing mode and supports 4-pair Ethernet cabling for power delivery. Plug-and-play operation requires no configuration, making installation quick and convenient. It provides stable power and data transmission services to various PoE-enabled devices such as wireless APs and IP cameras, meeting the high-density PoE demands of hotels, campuses, industrial parks, government and enterprise environments, and more.
Key Configuration Parameters
1. Port Configuration: 8 × 10/100M PoE+ electrical ports (ports 1–8, supporting PoE+ standard) + 2 × 10/100M uplink electrical ports
2. Maximum Power per PoE Port: 30W
3. Switching Capacity: 2Gbps
4. Packet Forwarding Rate: 1.488Mpps
5. Built-in Power Supply: 120W
6. Power Delivery Wiring Sequence: Supports 1,2 (+)/3,6 (-) 4-pair Ethernet cabling by default
7. Installation Method: Wall-mount with hexagonal mounting holes
Detailed Explanation of the DIP Switch Function
The device is equipped with a dedicated DIP switch. When set to the “E” position, it activates two core functions: first, ports 1–8 switch to a 10M rate, enabling 250-meter long-distance transmission, breaking through conventional Ethernet cable distance limitations—ideal for large-scale networking in industrial parks or factory areas; second, it enables port-based VLAN isolation, allowing independent network data segregation among ports, enhancing network security and preventing cross-device interference, particularly suitable for hotels, government agencies, and other multi-user environments requiring separate networks.
AI-PoE Network Self-Healing Mode
By default, ports 1–8 of the ONV-H1108PSD have AI-PoE network self-healing mode enabled, which functions as a PoE watchdog. If a connected PoE device experiences network anomalies or crashes, the switch automatically detects the issue and restarts the corresponding PoE port, restoring normal operation without manual intervention. This significantly reduces network maintenance costs while improving overall stability and reliability, making it especially well-suited for unmanned surveillance networks and public-area wireless AP networks.
Core Advantages
1. High-Density PoE Power: With eight PoE+ ports, each capable of delivering up to 30W, and a built-in 120W power supply, it can simultaneously power multiple high-power PoE devices, meeting the needs of dense networking scenarios.
2. Long-Distance Transmission Capability: After switching via the DIP, it supports ultra-long-distance transmission at 10M rates over 250 meters, covering extensive networking areas without additional repeaters, thus reducing deployment costs.
3. Intelligent Network Self-Healing: With AI-PoE watchdog enabled by default, it automatically detects and recovers faulty devices, minimizing manual maintenance efforts and ensuring stable network operation.
4. Plug-and-Play Convenience: As an unmanaged switch, it requires no professional configuration—simply connect power and devices to start using it, lowering the technical barrier to entry and making it ideal for small and medium-sized enterprises looking to rapidly deploy their networks.
5. Flexible Installation Options: Supports wall mounting with hexagonal holes, allowing adaptable placement based on site requirements, saving space and accommodating diverse installation needs.
6. Port-Based VLAN Isolation: Enabling this feature via the DIP switch achieves data segregation between ports, enhancing network security and preventing cross-user interference and data leakage in multi-user settings.
Core Product Value
- Provides a one-stop solution for powering and transmitting data to PoE-enabled devices, eliminating the need for extra power cabling and reducing installation costs.
- Its intelligent self-healing function dramatically cuts down on network maintenance expenses while boosting operational stability and continuity.
- Long-distance transmission and VLAN isolation capabilities make it suitable for a wide range of small and medium-sized networking scenarios, expanding its application scope.
- With its plug-and-play design, it lowers the technical barriers to network deployment, helping businesses quickly complete their network setups.
Target Customer Groups
Hotel network operations departments, campus logistics management teams, industrial park network construction service providers, government and enterprise IT operations departments, bank security network procurement teams, hospital IT infrastructure development teams, community property management companies, factory area network installation contractors, administrative departments of small and medium-sized enterprises, and network monitoring equipment integrators.
Application Scenarios
This product is applicable to various small and medium-sized enterprise and public-area networking scenarios, including: powering wireless APs and VoIP phones in hotel rooms; deploying surveillance camera networks in school classrooms and dormitories; establishing wireless coverage and security monitoring networks in public areas of industrial parks; setting up desktop terminals and IP phones in government and corporate office spaces; supplying power to surveillance equipment and queue management systems in bank branches; building call systems and monitoring networks in hospital wards; installing video intercoms and surveillance systems at community entrances; and constructing monitoring and wireless coverage networks in factory production areas. It can simultaneously provide stable power and data transmission to multiple PoE-enabled devices—including wireless APs, IP cameras, VoIP phones, and video intercoms—via Ethernet cables.
Solving Industry Pain Points
It effectively addresses traditional networking challenges such as separated power and data transmission for PoE devices, complex and costly wiring, limited transmission distances of ordinary switches requiring additional repeaters for large-scale deployments, difficulties in promptly recovering from terminal failures in unmanned scenarios leading to poor network stability, and data security risks and cross-user interference inherent in non-isolated networks. At the same time, it lowers the technical barriers for small and medium-sized enterprises, enabling rapid network deployment without specialized personnel, thereby saving both manpower and time.
Common Questions FAQ
Q1: Which devices are supported by the PoE ports on the ONV-H1108PSD?
A: Ports 1–8 support the PoE+ standard, providing power and data transmission via Ethernet cables to wireless APs, IP cameras, VoIP phones, video intercoms, and other PoE-compliant devices. Each port can deliver up to 30W, making it compatible with most commonly used PoE devices.
Q2: How do I enable the device’s long-distance transmission mode?
A: Simply switch the DIP switch on the device to the “E” position to activate the 10M rate, 250-meter long-distance transmission mode for ports 1–8. This also enables port-based VLAN isolation, ideal for large-scale networking and multi-user separation scenarios.
Q3: What is the AI-PoE network self-healing mode?
A: Also known as the PoE watchdog, it is enabled by default. When a connected PoE device encounters a crash or network anomaly, the switch automatically detects the issue and restarts the corresponding port’s power supply, restoring normal operation without manual intervention and enhancing network stability.
Q4: Does this switch require any configuration before use?
A: The ONV-H1108PSD is an unmanaged switch with a plug-and-play design. No professional configuration is needed—just connect power and devices to start using it. Operation is simple and convenient.
Q5: Are there any specific requirements for the power delivery wiring sequence?
A: By default, it supports 1,2 (+)/3,6 (-) 4-pair Ethernet cabling. Standard Ethernet cables can be used to achieve power and data transmission without special wiring configurations.
