MPLS router ME5200S

• 32 × 10GE SFP+ network interfaces, support for 1GE mode (1000BASE-X), possible use of 1000BASE-T SFP transceiver
• 4 × 40/100GE QSFP28 network interfaces, support for 40GE and 100GE modes
• Out Of Band (OOB) 1GE port (10/100/1000BASE-T)
• 10 MHz In/Out SMB (SubMiniature-B) 50 Ohm clock interfaces
• RS-232 console port (RJ-45) – 1 × USB 2.0

• Bandwidth - 720 Gbps, 720Mpps
• Buffer memory - 8 GB
• RAM - 16 GB
• MAC address table - 750 000 (the resource is shared with MPLS switching tables and elements of single-hop BFD sessions )
• Number of bridge domains - Up to 8K
• Routing table size:
  • FIB: up to 4M IPv4 or up to 2.7M IPv6
  • FIB capacity depends on    the    prefix    length
    
  • The resource is shared with ARP tables and IPv6 ND cache
    
  • RIB: up to 5.9M IPv4 or up to 4M IPv6 (limited by free RAM)
• L3 interfaces - Up to 8K
• MPLS VPN connections (L2/L3 service tunnels ) - Up to 16K
• ARP table - Up to 57K
• VRFs (MPLS L3VPN) - Up to 1000 (or up to 128 while running instances of BGP processes in each of the VRFs)
• Number of QoS queues - 96k

• Case ventilation:
• Front-to-back airflow 
• 3 hot-swappable redundant fan modules
• Power supply sources - Two hot-swappable redundant power modules
  • AC: 150-250V, 50Hz
  • DC: 36-72V
• Maximum power consumption - 350 W
• Operating temperature range - From 0 to 45^oC
• Weight - 9.8 kg
• Dimensions (WхHхD) - 440 х 87 х 500 mm

• Link aggregation groups: static LAG and LACP
• Tunnel interfaces with IP-GRE and IP-IP support
• IP unnumbered interfaces, Proxy ARP functionality
• Layer 3 interfaces (Bridge-domain Virtual Interfaces, BVI)
• Equal load balancing in group
• Multi-chassis LAG
• BFDoverLAG support, single connection failure detection (RFC 7130)
• Traffic mirroring — SPAN, RSPAN
• SyncE and ESMC protocol support

• Providing Ethernet switching through bridge domains and cross-connects
• IEEE bridging (IEEE 802.1d)
• VLAN (IEEE 802.1q)
• Q-in-Q (IEEE 802.1ad) with push/pop/swap/replace tag commands
• Spanning Tree protocols (STP, RSTP, MSTP)
• DHCP Snooping for bridge domains
• LLDP protocol

• IPv4, IPv6 Static Unicast Routing
• IS-IS protocol
• OSPFv2, OSPFv3
• Border Gateway Protocol (BGP)
• BGP Route Reflector, BDP Additional Path
• Route filtering (routemap, prefix-list)
• Policy-based routing, PBR
• IP unnumbered interfaces
• BFD for routing protocols and static routes
• FastReroute/Loop Free Alternate for OSPF/IS-IS
• VRRP (version 2), DHCP relay agent
• IPv4 ACL (access control lists) for transit traffic
• ECMP load balancing
• VRF
• Inter-VRF routing

• PIM-SM, PIM-SSM, Anycast RP
• IGMP v2/v3, SSM mapping
• MSDP
• MulticastVPN over mLDP
• VRF-lite technology, including for all protocols (PIM/IGMP/MSDP)

MPLS funtions

• Label Distribution Protocol (LDP)
• LDP FRR
• MLDP
• LDP authentication (MD5)
• RSVP-TE: automatic tunneling with a given bandwidth requirement, semi-automatic tunneling with indication of intermediate nodes
• RSVP-TE authentication
• RSVP-TE FRR (detour, facility)
• RSVP-TE end-to-end protection
• RSVP-TE auto-bandwidth
• Multiprotocol extensions for BGP-4
• BGP labeled unicast
•  MPLS pseudowire with PW backup
• MPLS FAT PW (flow-aware transport)
• MPLS L2VPN
• VPWS
  
• VPLS LDP signalling (”Martini”)
• VPLS BGP autodiscovery/signalling (”Kompella”)
• L2VPN Inter-AS option C
• MPLS L3VPN
• L3VPN for AFI/SAFI vpnv4 unicast and vpnv6 unicast
• BGP 6VPE
• L3VPN inter-AS option A, option C
• Per-vrf label
• LSP ping and LSP traceroute
QoS

• Ingress policing, egress policing/shaping
• Strict priority (SP) and Deficit weighted round-robin (DWRR) queue scheduling algorithms
• Up to 8 queues per logical interface, one SP queue
• QoS queue counters
• Weighted random early detection (WRED)
• Queue limit and burst size setting
• Traffic classification based on the 802.1p, MPLS TC, IP DSCP fields with the ability to remark the corresponding fields
• QoS marking and handling based on access control lists (ACLs)
• Storm Control
Reliability functions

• Management module redundancy feature; module fault detection time is 300 ms max
• Synchronization of FIB/ARP tables between management modules
• Graceful Restart for routing protocols
• Non-stop forwarding
• In-service Software Upgrade
• Storage of two firmware versions on the internal drive
• Ability to restore the previous firmware version during update
Management and monitoring

• Command Line Interface (CLI), SSH, Telnet for remote control
• SNMPv1/v2c/v3 for device status monitoring
• NETCONF protocol
• Static data export (Netflow v9, v5, IPFIX)1
• Configuration backup and restore (local, FTP, SFTP, TFTP)
• RADIUS, TACACS+ authentication and authorization; TACACS+ accounting
• Remote firmware change
• System parameters and resources monitoring
• Syslog
• Clock Synchronization, NTP, SNTP protocols
• Control-plane filtering
  
• Ability to limit the speed of traffic interception on the CPU
• ELTEX IP SLA



---

¹ME5000-SM-STAT/ME5000-SM-STAT2 statistics module is required to be in a fixed device or on all line cards within a modular device.