Huawei MA5620 Multi Service GPON EPON ONU With 16 Ethernet Ports

Product Overview

Description

The MA5620 can be configured remotely, and its management and service channels are automatically established once the device is powered on and has successfully registered with the upper-layer device.

The MA5620 is plug-and-play and has management, maintenance, and monitoring functions to facilitate daily device management and fault diagnosis.
The MA5620 automatically adapts to GPON and GE upstream transmission modes to meet different FTTx access requirements, and it supports both the Session Initiation Protocol (SIP) and the H.248 protocol for interconnection with softswitches.

The MA5620 has 6-kV surge protection and Type C dual-PON port protection features to ensure the reliability of the device.

The MA5620 supports basic voice services, such as call, fax, and modem services, and supplementary voice services, such as three-way calling, call waiting, call transfer, calling line identification presentation, and calling number restriction services.

Thanks to the plug-and-play feature, the MA5620 has a shorter service provisioning phase, which reduces deployment costs. 

The high reliability of the MA5620 helps operators reduce device maintenance costs, and the service emulation and remote fault location features of the device helps reduce operation and maintenance costs.

With its energy-saving design, the MA5620 uses energy more efficiently, which in turn increases operators’ profitability.

 

 

Networking Description

 

• The MA5620 supports a fixed number of FE and POTS lines. The MA5626 supports a fixed number of FE lines for residential users.
• Through the features of wide coverage, flexible networking, and low maintenance cost of the GPON network, theMA5620/MA5626 can work with the OLT to provide high-bandwidth access services for users and at the same time expand the access capacity of the OLT.
• In a video monitoring network, the MA5626s are located at monitored points and the OLT is located at the monitoring center. The OLT is connected to the MA5626s using optical splitters with equal split ratio. The service process is as follows:
• The video monitoring device encapsulates monitored information into Ethernet packets and transmits the packets to the MA5626.
• After converting the received information from electrical signals to optical signals, the MA5626s transmit the information upstream to the OLT using PON ports.
• The OLT forwards the received information to other monitoring devices, such as a storage server, management terminal, and video decoder, at the monitoring center.
• The other monitoring devices decode and store the video information.

Classification	Feature
Ports	Provides one uplink port and supports small form factor (SFF) ports and GPON upstream transmission. Plain old telephone service (POTS) port GE and FE auto-adaptive electrical port
Layer 2 management	MAC address management Virtual local area network (VLAN) management Flow Bundle Layer 2 forwarding policiesLayer 2 isolation SVLAN+MAC forwarding SVLAN+CVLAN forwarding Layer 2 bridging 1:1 VMAC Transparent transmission of protocol packets
Quality of service (QoS)	Traffic Classification Policy Priority Processing Traffic Policing Congestion Control Access control list (ACL)
Emulation service	Point-to-Point Protocol over Ethernet (PPPoE) dialup service emulation Dynamic Host Configuration Protocol (DHCP) dialup service emulation Multicast emulation
Layer 3 features	IPv6 VLAN Layer 3 interface DHCP client Address Resolution Protocol (ARP) DNS Client Static route
Networking features	ETH OAM L2VPN Network time synchronization Ring detection
User security	Policy Information Transfer Protocol (PITP) DHCP option 82 Authentication, Authorization, and Accounting (AAA) 802.1x authentication Relay agent info option (RAIO) User isolation
System security	Source IP address filtering (IP address access list) Source MAC address filtering Destination MAC address filtering Anti-denial of service (DoS) attacks Anti-IP packet attack Anti-Internet Control Message Protocol (ICMP) packets attacks Source route filtering Firewall Blacklist Anti-MAC address transfer Anti-MAC address spoofing Anti-IP address spoofing
Operation and maintenance security	User account and password management Simple Network Management Protocol v3 (SNMPv3)-based authentication, encryption, and access control Setting of independent security administrator Encryption for file transfer Encryption for remote management and connection Security event logging
Line security	Advanced Encryption Standard (AES) 128 encryption for GPON downstream transmission
Operation and maintenance features	Local operation and maintenance Remote operation and user management Version and data management Device exception management
Environment monitoring	4830 power monitoring MiniESC