Product Overview

EW-F601P is a WiFi 6 PoF optical ceiling AP designed for FTTH and indoor wireless access. It provides one GE LAN port, one 2.5GE PD port, and AX3000 dual-band WiFi. Through an optical-electric hybrid cable, the AP can receive both network data and power through one connection, eliminating the need for a separate power adapter at the ceiling. It also supports plug-and-play installation, OMCI, and TR-069 remote maintenance, making it suitable for offices, hotels, schools, and other PoF network solutions.

Technical Parameter

Item	EW-F601P
User Interface	1 × GE RJ45
User Interface	1 × 2.5GE RJ45 PD
WiFi Rate	2.4 GHz: 574Mbps, 5.8GHz: 2402Mbps
PON Mode	GPON and EPON mode self-adaptation
Interface Mode	Optical-electric composite cable
GPON	Upstream 1.25Gbps / Downstream 2.5Gbps
GPON Transmit Optical Power	0~4dBm
GPON Optical Power	-7dBm ~ -28dBm
EPON	Upstream 1.25Gbps / Downstream 1.25Gbps
EPON Transmit Optical Power	0~4dBm
EPON Optical Power	-7dBm ~ -27dBm
PoF Input Voltage	48V-57V PoF
Transmission Distance	300m
Ethernet	1 × 10/100/1000/2500M self-adaption
Ethernet Transmission Distance	100m
Size	188mm × 180mm × 43mm
Operating Temperature	-10°C ~ 50°C
Operating Humidity	0% ~ 85% (non-condensing)
Storage Temperature	-40°C ~ 80°C
Storage Humidity	5% ~ 95% (non-condensing)
PoF Power Supply	48V-52V, 0.25A
DC Power Supply	12V / 1.5A
Power Consumption	<12W

AX3000 Dual-Band Wireless Coverage

The EW-F601P supports dual-band WiFi 6 with wireless rates of up to 574 Mbps on the 2.4 GHz band and 2,402 Mbps on the 5 GHz band. Its AX3000 wireless capacity provides a practical solution for indoor environments that require stable access for multiple users and devices. The AP supports multi-AP deployment and smart roaming, helping users maintain more consistent wireless access when moving between connected coverage areas.

2.5G Network Port for Higher-Speed Uplinks

Alongside the Gigabit Ethernet interface, the EW-F601P provides a 2.5GE RJ45 PD port with 10/100/1000/2500M auto-negotiation. The higher-speed port helps reduce the limitations of conventional Gigabit uplinks and provides additional capacity for broadband access and compatible downstream devices.

DC and PoF Power Supply for Flexible Installation

The EW-F601P supports both DC and PoF power input. When connected to a compatible PoF optical router, the AP can receive power and optical data through an optical-electric hybrid cable. This design reduces the need for a separate power outlet or local power adapter near the ceiling. It is suitable for meeting rooms, shopping malls, hotel apartments, offices, and other indoor areas where power wiring is limited or inconvenient.

Smart Roaming for Multi-AP Indoor Networks

In multi-AP environments, smart roaming helps client devices connect to the AP with the strongest available signal as users move through different coverage areas. This is useful for front desks, meeting rooms, offices, corridors, and other connected indoor spaces that require continuous wireless access.

Port Rate Limit for Bandwidth Control

The port rate limit function allows administrators to set different traffic rates for connected ports or access terminals. This helps distribute available bandwidth more deliberately when multiple users and devices share the same network.

160 MHz WiFi 6 for High-Speed Access

The 5 GHz band supports 160 MHz channel bandwidth and dual-band concurrent access. With a combined wireless rate of up to 2,976 Mbps, the EW-F601P can support high-speed applications such as video streaming, cloud access, online conferencing, and other bandwidth-intensive services. Actual wireless performance depends on client devices, channel conditions, network capacity, installation height, and the surrounding environment. For multi-AP deployment planning, refer to the PoF network planning guide.

Key Features of the EW-F601P PoF Ceiling AP

Point-to-Multipoint Network Access

The EW-F601P supports a point-to-multipoint network topology for collecting and converging distributed Ethernet services. It provides standard RJ45 Ethernet access on the user side and can be integrated into structured PON and PoF access networks.

Dynamic Bandwidth Allocation and QoS

Dynamic bandwidth allocation allows connected users and devices to share network capacity more efficiently. The AP supports QoS-related functions, IEEE 802.1p and CoS protocols, as well as WR and SP queue scheduling algorithms to help manage traffic priorities.

Multicast and VLAN Support

The EW-F601P supports IGMP multicast and multicast VLAN for efficient delivery of multicast services. It also supports the IEEE 802.1Q VLAN protocol for network segmentation and traffic management.

Link Monitoring and Traffic Protection

Line loopback detection helps identify abnormal conditions on the user-side Ethernet interface. Broadcast storm suppression and IEEE 802.3x full-duplex flow control help improve traffic stability within the connected network.

PON Access and Remote Management

The AP supports GPON and EPON mode self-adaptation for connection to compatible PON access networks. It can be managed remotely through the OLT and also supports local console management for installation, configuration, and maintenance.

IPv4, IPv6, and Cloud Management

The EW-F601P supports both IPv4 and IPv6 networks. Cloud management is also available for centralized device configuration, monitoring, and maintenance in suitable network environments.

PoF and PD Support

The EW-F601P supports PoF power input through an optical-electric hybrid cable and is compatible with PD-based deployment requirements. This allows the AP to receive power through the network connection in supported PoF architectures.

Operating Temperature

The AP supports an operating temperature range of -10°C to 50°C. The installation environment should also provide suitable ventilation and protection from excessive moisture, dust, and physical interference.

Network Connection Workflow

The EW-F601P is normally deployed as the wireless endpoint in a PON and PoF access network. The typical connection path is: OLT → Central PoF Router → Optical-Electric Hybrid Cable → EW-F601P → WiFi Clients and Ethernet Devices Before finalizing the installation, confirm that the AP can register with the upstream PON system, that the hybrid cable is correctly terminated, and that the required wired and wireless services are available at the endpoint.

Ceiling Placement and RF Planning

The mounting position of a ceiling AP affects signal distribution, roaming performance, and user experience. The EW-F601P should be installed near the planned coverage area and kept away from large metal obstructions, enclosed cabinets, and other structures that may weaken wireless signals. For multi-AP projects, AP spacing should be determined through a site survey rather than a fixed coverage radius. The survey should consider ceiling height, wall materials, expected user density, application traffic, and possible sources of wireless interference.

Pre-Deployment Acceptance Testing

A sample installation is recommended before bulk deployment. The acceptance test should include:

• GPON or EPON registration with the upstream OLT
• Optical link stability and cable termination quality
• PoF or DC power input according to the selected installation method
• 1GE and 2.5GE link negotiation
• Wired and wireless data forwarding
• VLAN, multicast, and port rate limit functions
• Smart roaming between multiple APs
• Remote management and local maintenance access
• Continuous operation under the planned network load

The test results can be used to confirm compatibility between the OLT, PoF router, hybrid cable, AP, and client network equipment.

When to Choose a PoF Ceiling AP

The EW-F601P is a suitable option when a project requires ceiling-mounted WiFi 6 access together with fiber-based backhaul and centralized remote power. It is especially useful when:

• Ceiling power outlets are limited or difficult to install
• APs need to be placed far from the equipment room
• The project uses GPON or EPON access infrastructure
• A 2.5G wired interface is required for the AP
• Multiple APs must be deployed across offices, hotels, schools, or commercial buildings
• The network requires a centralized power and access architecture

When local power and copper Ethernet cabling are already available, a conventional PoE ceiling AP may be simpler for a short-distance installation. The final choice should be based on cable distance, power access, network topology, and project maintenance requirements.

Deployment Troubleshooting Guide

The AP Has Power but Does Not Register

Check the GPON or EPON mode, OLT authentication settings, optical levels, cable termination, and the configuration of the upstream PoF router.

The PON Link Is Online but Wireless Access Is Unavailable

Check the wireless service configuration, VLAN settings, SSID availability, client authentication, and the connection between the AP and the upstream network.

The 2.5G Port Negotiates at a Lower Rate

Confirm that the connected device and cable support the required speed. The negotiated rate is determined by the capabilities and settings of both ends of the Ethernet link.

Roaming Performance Is Unsatisfactory

Check whether the APs use compatible wireless settings, whether the coverage areas overlap appropriately, and whether interference or excessive AP spacing affects the handover process.

The PoF Connection Is Unstable

Inspect the hybrid cable, connector termination, central power output, optical loss, cable distance, and total endpoint power demand. A project should remain within the available optical and power budgets.

FAQs

Does the EW-F601P work as a standalone wireless router?

The EW-F601P is a ceiling-mounted optical AP for PON and PoF networks. It is designed to work with a compatible upstream OLT and network architecture rather than replace the complete access and routing system.

Can a third-party OLT be used with the EW-F601P?

Third-party OLT use should be confirmed on a case-by-case basis. The GPON or EPON mode, optical interface, authentication method, management functions, firmware behavior, and VLAN configuration should all be tested before deployment.

How should the number of APs be determined?

The required number of APs depends on building layout, ceiling height, wall materials, user density, application traffic, and the target coverage level. A wireless site survey is recommended instead of estimating AP quantity only by floor area.

Does a 2.5G port guarantee 2.5Gbps wireless speed?

No. The 2.5G port provides higher-capacity wired connectivity, but actual wireless performance also depends on client devices, channel conditions, backhaul capacity, network configuration, and simultaneous user traffic.

Can the EW-F601P be connected directly to a standard PoE switch?

The EW-F601P’s primary access and power methods are based on its PON, PoF, and DC interfaces. Do not assume direct compatibility with a standard PoE switch without confirming the port function, voltage requirements, and power method in the product documentation.

What should be confirmed before placing a bulk order?

Before a bulk order, confirm the OLT model, GPON or EPON mode, hybrid cable type, transmission distance, connector configuration, power method, 2.5G device compatibility, management requirements, and the results of sample testing.