Buy REVERSE POE SWITCH 8 PORT FTTH from our D-Link Shop, Nairobi Kenya

The affordably priced Reverse PoE Switch delivers PoE to any small business network that wants to simplify the installation of wireless access points and IP-based surveillance cameras or FTTH PON system. These devices are optimally installed on a ceiling or high on a wall, away from most electrical outlets. PoE eliminates the requirement for a dedicated electrical outlet to power these devices.

This allows for flexibility in situating devices where AC power is difficult to access and lowers installation costs. Compact and flexible, the Reverse PoE Switch is ideal for small business FTTH networks that need to inexpensively use PoE to deploy wireless access points and IP-based network surveillance cameras.

Technical Features

• IEEE 802.3af power or reveres power on up to 8 ports
• Supply power to wireless access points and surveillance cameras and FTTH ONU over Cat-5 cabling
• 8 10/100/1000 Mbps Ports with AutoUplink™
• Supports PoE power up to 15.4W for each PoE port
• Supports PoE power up to 130W for all PoE ports
• It Supports PoE IEEE 802.3af compliant PDs
• Supports IEEE 802.3x flow control for Full-duplex Mode and back pressure for Half-duplex Mode
• 1K entry MAC address table of the Reverse PoE Switch with auto-learning and auto-aging
• LED indicators for monitoring power, link, activity and speed
• External power adapter supply

Key Features of a Reverse PoE Switch – 8 Port FTTH:

1. 8 Ports: The 8-port configuration allows the switch to accommodate multiple FTTH subscribers or network devices, making it suitable for small to medium-scale FTTH deployments.
2. Reverse Power over Ethernet: In Reverse PoE, power is provided to the switch via one of its Ethernet ports, simplifying the installation process and eliminating the need for separate power sources at each subscriber’s location.
3. PoE (Power over Ethernet) Support: Many Reverse PoE switches also support standard PoE, which allows them to supply power to connected devices like IP cameras, phones, or Wi-Fi access points.
4. Managed or Unmanaged: Reverse PoE switches can come in both managed and unmanaged varieties, offering flexibility in network management and control.
5. Rack-Mountable: These switches are often designed to be rack-mounted, making them suitable for installation in data center racks or network cabinets.
6. Quality of Service (QoS): Some models offer QoS features, ensuring that critical traffic, such as VoIP or video streaming, gets priority for better performance.

Benefits of a Reverse PoE Switch – 8 Port FTTH:

1. Cost-Effective Deployment: Reverse PoE eliminates the need for separate power sources at each subscriber’s location, reducing installation costs and complexity.
2. Centralized Power Management: Powering the switch centrally simplifies maintenance and troubleshooting, as power issues can be diagnosed and resolved at a single location.
3. Flexible Configuration: The 8-port configuration allows for flexibility in connecting multiple subscribers or network devices, making it suitable for various FTTH deployment scenarios.
4. Remote Management: Managed Reverse PoE switches provide remote management capabilities, enabling network administrators to monitor and configure the network remotely.
5. Improved Reliability: Centralized power reduces the risk of power outages at individual subscriber locations, enhancing network reliability.
6. Scalability: Reverse PoE switches can be easily scaled to accommodate additional subscribers or devices as the network grows.

Applications of a Reverse PoE Switch – 8 Port FTTH:

1. FTTH Networks: The primary application of an 8-port Reverse PoE switch is in FTTH networks, where it serves as a central point for distributing power and data to multiple subscribers.
2. Small to Medium-Scale Deployments: These switches are well-suited for small to medium-scale FTTH deployments, such as residential communities, small businesses, or multi-dwelling units (MDUs).
3. Network Cabinets: Reverse PoE switches can be installed in network cabinets or equipment rooms to centralize power and connectivity management.