• HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU

HUAWEI EG8247W5 ONU

ONT 1 x GPON, 2 x POTS, 4 x GE, 2.4G/5G Wi-Fi, 1 x USB, 1 x RF
Model:EG8247W5
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • HUAWEI EG8247W5 ONU
  • Description

  • Application Scenario

EchoLife EG8247W5 FTTH provides four GE ports, one POTS ports, one CATV port, one USB port, and supports 2.4G&5G WiFi. At the same time, the ONT features high-performance forwarding capabilities to ensure an excellent experience with VoIP, Internet, and HD video services. These features make EG8247W5 a perfect option for broadband access.

EG8247W5 FTTH is a routing-type GPON Optical Network Terminal ONT with 4*GE+1*POTS+1*USB+CATV+2.4G&5G WiFi, 5dBi offering an ideal all-optical access solution and future-oriented service support capability.

Specification of EG8247W5 ONU
Working environment Operating temperature: 0ºC to 40ºC
Environment humidity: 5% to 95% (noncondensing)
Static power consumption 9.7 W
Power specifications Power adapter input: 100 to 240 V AC, 50–60 Hz
System power supply: 11–14 V DC, 2 A
Network-side Port GPON
User-side Ports 4xGE+1xPOTS+1xUSB+CATV+2.4G/5G WIFI
Indicators POWER/PON/INTERNET/USB/WLAN
Dimensions(length x width x height) 295 mm x 215 mm x 25 mm
Weight About 500g
Interface Parameters
GPON Port • Class B+
• Receiver sensitivity: -27 dBm
• Overload optical power: -8 dBm
• Wavelengths: US 1310nm, DS 1490nm
• Wavelength blocking filter (WBF) of G.984.5
• Flexible mapping between GEM Port and TCONT
• GPON: consistent with the SN or password
authentication defined in G.984.3
Ethernet Port • Ethernet port-based VLAN tags and tag removal
• 1:1 VLAN, N:1 VLAN, or VLAN transparent
transmission
• QINQ VLAN
• Limit on the number of learned MAC addresses
• MAC address learning
• Auto-adaptive 10 Mbit/s, 100 Mbit/s or 1000 Mbit/s
CATV Port • Frequency Range 45 MHz to 1000 MHz
• Output resistance 75 ohms
• Received average optical power: -8dBm to +2dBm
• RF output power: ≥17dBmV/Ch
POTS Port • G.711A/μ, G.729a/b, and G.722 encoding/decoding
• T.30/T.38/G.711 fax mode
• DTMF
• Emergency calls (with the SIP protocol)
USB Port • USB2.0
• FTP-based network storage
• File/Print sharing based on SAMBA
• DLNA function
WLAN • IEEE 802.11 b/g/n (2.4G)
• IEEE 802.11 a/n/ac (5G)
• 4 x 4 MIMO (2.4G)
• 4 x 4 MIMO (5G)
• Antenna gain: 5 DBI
• WMM/Multiple SSIDs/WPS
• Air interface rate: 300 Mbit/s (2.4G), 867 Mbit/s (5G)
Product Function
Smart interconnection • Smart Wi-Fi coverage
• SIP/H.248 auto-negotiation
• Any port any service
• Parental control
Smart service • Scheduled Wi-Fi shutdown
• Smart Wi-Fi sharing:
Portal/802.1x authentication
Soft GRE-based sharing
Smart O&M • IPTV video quality diagnosis
• EMDI
• Rogue ONT detection and isolation from the OLT
• Call emulation, and circuit test and loop-line test
• PPPOE/DHCP simulation testing
• WLAN emulation
Layer 3 Features • PPPOE/Static IP/DHCP
• NAT/NAPT
• Port forwarding
• ALG, UPnP
• DDNS/DNS server/DNS client
• IPv6/IPv4 dual stack, and DS-Lite
• Static/Default routes
• Multiple services on one WAN port
Multicast • IGMP v2/v3 proxy/snooping
• MLD v1/v2 snooping
QOS • Ethernet port rate limitation
• 802.1p priority
• SP/WRR/SP+WRR
• Broadcast packet rate limitation
Common O&M • OMCI/Web UI/TR069
• Variable-length OMCI messages
• Dual-system software backup and rollback



What is an ONU?

ONU, also known as an Optical Line Terminal, is one of the essential devices required for internet connectivity. Its function is to convert optical signals from optical fibers into digital signals. This conversion is necessary because devices such as PCs and smartphones cannot directly process optical signals. Conversely, digital signals sent from devices like PCs and smartphones need to be converted by the ONU into optical signals before being transmitted to the internet. Typically, the ONU is leased from a contracted line operator.



How does an ONU work?

On the network side, the ONU receives data from the Optical Line Terminal (OLT) via a Passive Optical Network (PON) and delivers it to end-user devices. On the user side, it converts optical signals into electrical signals and vice versa, enabling bidirectional communication. It also performs signal processing, maintenance, and management functions to ensure a reliable and stable connection.



Features of ONU

To better understand its functions, here are the key features of an ONU:

  • Triple Play Services: Supports data, IPTV, and VoIP services, catering to the needs of both residential and commercial users.

  • Bidirectional Data Transmission: Receives broadcast data from the OLT while sending back user-generated data through assigned transmission windows.

  • Ethernet Data Buffering: Temporarily stores Ethernet data before transmitting it to the OLT, optimizing data flow.

  • Remote Management via OAM: Enables remote Operation, Administration, and Maintenance (OAM), allowing service providers to monitor and configure ONUs efficiently.

  • Security and Quality of Service (QoS): Many ONUs offer enhanced security features and Quality of Service (QoS) support, ensuring reliable performance for different applications.



    Applications of ONU

    1. RF/CATV Port: Used for connecting to cable television.

    2. Power Interface: Provides power connectivity.

    3. USB Port: Typically a USB 2.0 interface.

    4. LAN Port: Supports FE (10/100BASE-T) or GE (10/100/1000BASE-T) options.

    5. Telephone Port: Also known as POT, VoIP, Voice, or FXS port.

    6. Optical Port: Connects to the Optical Distribution Network (ODN).

    7. Antenna: Provides Wi-Fi connectivity, supporting 2.4 GHz Wi-Fi or dual-band 2.4 GHz/5 GHz Wi-Fi.


Where is the ONU located in FTTx?

Depending on the FTTx (Fiber to the x) technology used, the ONU can be placed in different locations. Different types of FTTx technologies include:

  1. FTTC (Fiber to the Curb): The ONU is placed at a distribution point near the curb or in a cabinet close to user premises.

  2. FTTB (Fiber to the Building): The ONU is installed in a communication cabinet or wiring closet inside the building.

  3. FTTN (Fiber to the Node): The ONU is located at a remote node or access point, typically serving a neighborhood or cluster of users.

  4. FTTH (Fiber to the Home): The ONU is placed inside the home of the end-user.