4GE 1USB 5GWIFI CATV

4GE 1USB 2.4G 5GWIFI CATV

Passive Optical Network (PON) represents a proven fiber access technology that delivers multiple benefits including cost efficiency, exceptional bandwidth capacity, and excellent scalability. The passive optical splitting architecture combined with point-to-multipoint topology effectively addresses traditional active optical network challenges such as numerous failure points, complicated maintenance procedures, and elevated operational expenses.

The FB-LINK 713FBL ONU emerges as a purpose-built subscriber terminal designed specifically for this technological landscape. This device incorporates integrated Layer 2 switching alongside Layer 3 routing capabilities. Featuring a streamlined design and minimal footprint, it functions as a high-performance, energy-efficient FTTH optical network unit perfectly suited for diverse data service requirements across multiple operator FTTH deployment environments. As an XPON-compatible solution, the 713FBL seamlessly operates with both EPON and GPON infrastructure without requiring hardware replacement or firmware modifications.

 

Item Spotlights

● Support EPON/GPON mode and switch mode automatically

● GPON:Compliance with IEEE 802.3ah & itu-t g.984.x standard

● GPON:8 T-CONTs,32 GEM Ports

● Integrate OMCI(GPON)/OAM(EPON) and TR-069 remote configuration and maintenance

● Layer 3 Home Gateway/CPE features with Hardware NAT, support Multiple WAN, Route/Bridge mode, etc

● Layer 2 Switching, support 802.1Q VLAN, 802.1P QOS, Bandwidth Control, Spanning Tree, etc

● Support PPPoE/ Static IP/ DHCP

● Bi-directional FEC

● Support IPv4, IPv6 and IPv4/IPv6

● Support firewall level Settings, support based on URL/MAC/ IP/ address frame filtering

● Support multicast IGMP v2 proxy/ snooping, support MLD proxy/ snooping

● Qos supports PQ, WRR, and CAR queue scheduling

● Provide Maximum rate 300Mbps 2.4GHz Wireless interface,and Maximum rate 866Mbps 5.8GHz Wireless interface,,2T2R external antenna, support multiple SSID Settings

● Support DDSN, ALG, DMZ and UPNP

● Support CATV interface for Video Service,support to turn off CATV functionality

 

Description

Hardware Specifications
Size(L*W*H)	mm (L) *mm (W) *mm (H)
Optical signal access	1*GPON/EPON
User interface	4GE+2.4G/5.8G WLAN+1USB+CATV
Indicator light	POWER,PON,LOS,LAN1,LAN2,LAN3,LAN4,USB,2.4G,5G,WPS,CATV
Button	Power switch Button, Reset Button, WLAN Button, WPS Button
Weight	300g
Power adapter input	100V～240V AC,50Hz～60Hz
PowerSupply requirement	12V DC,1.5A
Power consumption	<10w
Working temperature	-10°C ~ +45°C
Environment humidity	5% ~ 95% (Non-condensing)
PON Interface
Module type	SC/APC
Working wavelength	PON：up 1310nm,down 1490nm ;CATV：1550nm
TX Optical power value	0.5～4dBm
RX Optical power value	Receiver sensitivity：-27dBm
Transmission distance	0～20km
Transmission rate	GPON:Up 1.244Gbps;down 2.488Gbps EPON:Up 1.244Gbps;down 1.244Gbps
Ethernet interface
Interface type	4*RJ45
Interface parameters	4*10/100/1000Mbps auto adaptive Ethernet interfaces
Wireless
Working mode	IEEE 802.11 b/g/n/AC
Antenna pattern	External 2*2T2R External antenna
Antenna gain	5dBi
Wireless bandwidth	Support 20MHz/40MHz/80MHz
Interface rate	2.4G WLAN：Maximum rate 300Mbps 5.8G WLAN：Maximum rate 866Mbps
SSID	Up to 4 SSID broadcasts are supported
CATV Interface
Optical receiving wavelength	1550±10nm
Optical reflection loss	≥45dBm
RF, WDM, optical power	+2~-15dBm
RF frequency range	47~1000MHz, RF output impedance: 75Ω
RF output level	78dBuV
AGC range	0~-12dBm
MER	≥32dB@-15dBm

 

Fiber-to-the-X (FTTx) technology continues to reshape how millions of households and businesses access high-speed internet. As demand for bandwidth-intensive applications grows exponentially, the infrastructure powering these connections must evolve to meet modern requirements. Advanced optical network units (ONUs) now serve as the critical bridge between fiber optic networks and end-user devices, delivering the performance needed for today's digital lifestyle.

Understanding FTTx Technology and Its Impact on Modern Networks

FTTx represents a family of fiber optic access architectures that bring high-speed connectivity closer to end users. Unlike traditional copper-based systems, FTTx deployments leverage passive optical networks (PON) to deliver superior bandwidth with reduced infrastructure costs. This approach eliminates active electronic components between the service provider and subscriber, resulting in networks that are more reliable, cost-effective, and scalable.

The evolution of FTTx has made fiber-to-the-home (FTTH) implementations increasingly practical for service providers. By utilizing point-to-multipoint architecture, these networks efficiently serve multiple subscribers through a single fiber strand, dramatically reducing deployment expenses while maintaining exceptional performance standards.

Key Advantages of Advanced FTTx Optical Network Units

Modern FTTx equipment combines multiple functions into compact, energy-efficient devices. Today's leading solutions integrate layer-2 switching and layer-3 routing capabilities, providing comprehensive network management within a single unit. This consolidation simplifies installation, reduces equipment footprint, and lowers operational costs for service providers.

Versatile Network Compatibility

The most sophisticated FTTx devices support both EPON and GPON standards, automatically adapting to the deployed network infrastructure. This dual-mode capability protects investments by eliminating the need for equipment replacement when upgrading or modifying network architecture. Operators can deploy a unified device across diverse installations, streamlining inventory management and technician training.

Comprehensive Connectivity Options

Premium FTTx solutions deliver multiple connection interfaces to accommodate varied user requirements. Gigabit Ethernet ports provide wired connectivity for computers, gaming consoles, and smart TVs, while dual-band wireless capabilities ensure robust WiFi coverage throughout the premises. USB ports enable network storage and printer sharing, while integrated video services support IPTV and cable television distribution.

Enterprise-Grade Performance Features

Advanced FTTx equipment incorporates sophisticated traffic management capabilities, including quality of service (QoS) controls, VLAN support, and bandwidth allocation. These features ensure optimal performance for latency-sensitive applications like video conferencing and online gaming, even during peak usage periods. Hardware-accelerated NAT routing maintains high throughput while supporting multiple WAN configurations.

Enhancing User Experience Through Intelligent Design

The latest FTTx technology prioritizes user experience through thoughtful design and powerful wireless capabilities. Dual-band WiFi support accommodates both legacy devices and modern high-performance clients, with higher frequencies providing exceptional speeds for bandwidth-intensive activities. Multiple SSID support enables network segmentation, allowing users to create separate networks for guests, IoT devices, or specific applications.

Security features protect users from online threats through integrated firewall functionality, URL filtering, and access controls. Remote management capabilities via TR-069 and OMCI/OAM protocols enable service providers to diagnose issues, update firmware, and adjust configurations without dispatching technicians, reducing operational costs and improving customer satisfaction.

Environmental Considerations and Energy Efficiency

Modern FTTx equipment emphasizes energy efficiency, consuming minimal power while delivering maximum performance. Compact designs reduce material usage and shipping costs, while wide operating temperature ranges ensure reliable operation in diverse environmental conditions. These characteristics make advanced ONUs suitable for deployment in various scenarios, from climate-controlled buildings to outdoor cabinets.

The Future of FTTx Infrastructure

As internet usage patterns continue evolving, FTTx networks must accommodate increasing bandwidth demands. Next-generation optical network units provide the foundation for future services, with IPv6 support ensuring compatibility with expanding address space requirements. Multicast capabilities efficiently deliver video content to multiple subscribers, reducing bandwidth consumption and enabling advanced IPTV services.

The flexibility inherent in modern FTTx architecture allows service providers to introduce new offerings without replacing infrastructure. Whether deploying residential broadband, business connectivity, or specialized services, contemporary optical access equipment adapts to diverse requirements while maintaining consistent performance and reliability.

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Frequently Asked Questions About FTTx Technology

What is the difference between EPON and GPON in FTTx networks?

EPON (Ethernet Passive Optical Network) and GPON (Gigabit Passive Optical Network) are both FTTx standards that deliver fiber connectivity to end users. GPON typically offers higher downstream speeds and more sophisticated traffic management features, making it popular in regions following ITU standards. EPON provides symmetric bandwidth and simpler implementation, common in areas following IEEE standards. Modern dual-mode equipment supports both standards, providing deployment flexibility.

How does FTTx improve internet speeds compared to DSL or cable?

FTTx technology delivers fiber optic connectivity much closer to end users, dramatically reducing signal degradation. While DSL performance decreases with distance from the telephone exchange and cable networks share bandwidth among neighbors, FTTx provides dedicated fiber capacity with minimal distance limitations. This results in consistently higher speeds, lower latency, and more reliable connections, especially for upstream activities like video conferencing and cloud backups.

Can FTTx equipment support multiple devices simultaneously?

Absolutely. Modern FTTx optical network units include multiple Gigabit Ethernet ports for wired connections and dual-band wireless capabilities supporting dozens of concurrent devices. Advanced traffic management ensures fair bandwidth allocation and prioritization of time-sensitive applications, maintaining smooth performance even when multiple family members stream video, game online, and conduct video calls simultaneously.

What role does the CATV interface play in FTTx devices?

The integrated CATV (Cable Television) interface allows FTTx equipment to distribute traditional cable TV or IPTV services throughout the home using existing coaxial wiring. This "triple play" capability enables service providers to deliver internet, phone, and television services through a single fiber connection, simplifying installation and reducing equipment clutter. Some deployments may disable this feature if not required.

How far can FTTx signals travel before degradation?

FTTx networks using PON architecture typically support distances up to 20 kilometers between the central office and subscriber premises without active equipment. The passive optical splitters used in these networks introduce minimal signal loss, while advanced error correction maintains data integrity across the entire distance. This extended reach makes FTTx viable for rural deployments and enables service providers to serve geographically dispersed customers from centralized facilities.

Is professional installation required for FTTx equipment?

While FTTx optical network units feature user-friendly interfaces, initial installation typically requires professional technicians to ensure proper fiber optic connection and network provisioning. The fiber termination itself demands specialized tools and expertise, and service providers must configure the device to work within their network infrastructure. However, once installed, most user-facing features like WiFi settings can be managed through web interfaces or mobile apps.

What security features protect FTTx networks?

Contemporary FTTx equipment incorporates multiple security layers, including WPA3 wireless encryption, stateful firewall inspection, and access control lists. URL filtering blocks malicious websites, while MAC and IP-based filtering controls device access. Remote management protocols use encrypted connections, and regular firmware updates address emerging vulnerabilities. These comprehensive protections safeguard user data and prevent unauthorized network access.

How does FTTx technology support future bandwidth needs?

FTTx infrastructure provides exceptional upgrade capacity. While current implementations deliver gigabit speeds, the underlying fiber optic technology supports multi-gigabit services through equipment upgrades without replacing cables. This "future-proof" characteristic protects long-term investments, allowing service providers to introduce faster tiers as user demands grow and technology advances, all utilizing the same fiber infrastructure.

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