Table of Contents Table of Contents... 1-1 1.1 Overview... 1-1 1.1.1 System Description and Application... 1-1 1.2 Compatibility between SRPU and EPON LPU... 1-3 1.2.1 S7502... 1-3 1.2.2 S7503/S7506/S7506R... 1-3 1.3 Service Features Supported by EPON... 1-3 i
1.1 Overview The Ethernet passive optical network (EPON) series products released by H3C include optical line terminal (OLT) devices and optical network unit (ONU) devices (EPON is a passive optical network implementation). By using optical splitters, Aolynk ET series ONU devices, and H3C S7500 series switches with the OLT (optical line terminal) function, you can set up EPONs to provide various optical accessing solutions, such as fiber to the home (FTTH) and fiber to the building (FTTB). In these optical accessing solutions: The OLT devices can be H3C S7500 series Ethernet switches. The ONU devices can be Aolynk ET series optical terminals or H3C S3100 series Ethernet switch with the ONU function. Note: For information about Aolynk ET series optical terminals and H3C S3100 series Ethernet switches with ONU functions, see Aolynk ET Series EPON ONU Quick Start and H3C S3100 Series Ethernet Switches Quick Start. 1.1.1 System Description and Application OLT devices can be deployed in the center office. As for the user side, you can use different ONU devices for different optical access solutions. OLT devices and ONU devices can be connected in the point-to-multipoint mode using POSs. FTTB solution: Deploy the ONU devices (H3C S3100 series with the ONU functions) beside the power distribution box in a basement or connect ET300/ET300-L20 to the switch in the corridor, and then perform networking configuration based on actual requirements. 1-1
NMS H3C S3100 Series Ethernet switch with the ONU function IP MAN Authentication & OLT Accounting S7500 Splitter Center Office L2 Switch located in the passage Connector box Access as near as possible L2 ET300/ET3 00-L20 Figure 1-1 FTTB network diagram FTTH solution: Deploy ONU devices (ET204/ET204-L20) in user home according to user requirements. PSTN Internet IP MAN Splitter ET204/ET IP TV 204-L20 ONU IP telephone Stream media server OLT S7500 Center Office.... Users PC Figure 1-2 FTTH network diagram 1-2
1.2 Compatibility between SRPU and EPON LPU 1.2.1 S7502 Table 1-1 Compatibility between S7502 series switch SRPUs and EPON LPUs Item LS81T1 2PE/ LS81P1 2TE LS81T1 6P LS81T3 2P LS81G T48B LS81G P48 LS81T GX2 LS81T GX4 LS81PT 4GA LS81PT 8GA LS8M1 PT4GB 0 LS8M1 PT8GB 0 1.2.2 S7503/S7506/S7506R Table 1-2 Compatibility between S7503/S7506/S7506R series switch SRPUs and EPON LPUs Item i I I II III III Plus Salien ceiii Edge LS81PT4 GA LS81PT8 GA LS8M1PT 4GB0 LS8M1PT 8GB0 1.3 Service Features Supported by EPON Table 1-3 Service features supported by EPON Service Supported feature Switching mode Store and forward. 1-3
Service EPON features Performance Switching function AAA and security QoS IP routing IEEE 802.3ah-compliant. Supported feature Each EPON port supports up to 32 ONUs, and each OLT supports up to 1,408 ONUs. DBA. Remote ONU management with NMS. Remote upgrade of ONU software. Switching capacity: 96 Gbps (it can be upgraded to 768 Gbps); forwarding performance: 72 Mpps. 4K VLANs. VLAN VPN, also known as QinQ (ET204 and ET204-L20 only). Each OLT supports 8K MAC addresses. Layer 2/3 wires peed forwarding. IEEE 802.3x-, IEEE 802.3ad-, IEEE 802.1D-, IEEE 802.1q-, and IEEE 802.1p-compliant. Port mirroring. Broadcast storm control. Authentication based on the MAC addresses of ONU. IEEE 802.1x. Local authentication and RADIUS authentication. Hierarchical system management and password protection OLT ports support access control list (ACL), Layer 2/3/4 packet filtering (frame filtering based on ports, and source/destination MAC address; packet filtering based on source/destination IP address and upper-level protocol types). Encrypted authentication using simple network management protocol (SNMP) v3. Secure shell (SSH) 2.0. Encryption of uplink/downlink (OLT/ONU) packets. Traffic classification. Bandwidth management in the granularity of 64 kbps based on ports, MAC address, IP address, TCP/UDP port numbers, type of service (TOS)/Diffserv values, and committed access rate (CAR). Eight or four queues per port. Queue scheduling algorithms, such as first in first out (FIFO) and priority queuing (PQ). Static routing. Routing information protocol (RIP) v1/v2. Open shortest path first (OSPF) v2. Intermediate system-to-intermediate system intra-domain routing information exchange protocol (IS-IS). Border gateway protocol (BGP) v4. Four equal-cost routes. 1-4
Multicast Service Dynamic host configuration protocol (DHCP) Huawei group management protocol (HGMP) features Load and update system software System configuration/syst em management System maintenance Supported feature Internet group management protocol (IGMP). IGMP Snooping. Multicast VLAN Registration (MVR). Protocol independent multicast-dense mode (PIM-DM). Protocol independent multicast-sparse mode (PIM-SM). DHCP Relay. Only H3C S3100 series Ethernet switches with ONU functions support this feature. Supports to load and update software by Xmodem protocol. Supports to load and update software by file transfer protocol (FTP) and trivial file transfer protocol (TFTP). Remote configuration and maintenance through a dialup modem on the AUX interface. Chinese/English GUI. Command line interface (CLI). Configuration through the Console port and using Telnet and Modem dialup. Network management system based on SNMP v1, v2, and v3. Remote monitoring (RMON) with 1/2/3/9 groups of MIB. System logs and alarms. Software upgrading using FTP and TFTP. Maintenance diagnostic tools including Ping and Tracert. Supports filter, output and account of alarm/debugging information. Supports Ping and Tracert. Supports remote maintenance through Modem dialup and Telnet login. 1-5