The Carrier Ethernet switches platform is designed to meet the require — ments of metro aggregation and metro core carrier grade networks. As part of the Carrier Ethernet portfolio, the switches allow for cost-effective and rapid rollout of metropolitan networks, enabling convergence of triple play services and business customers services over the same converged net — work infrastructure.
The SURPASS hiD 6630/6650/6670 switches are designed to meet the growing demand for bandwidth in carrier networks. It allows carriers to take advantage of the Ethernet technology ability to reduce costs in terms of CAPEX and OPEX, without compromising on the availability of the delivered services and QoS.
The platform offers high scalability with modular chassis and a variety of service cards. This preserves the network's ability to scale-up with a grow — ing number of subscribers and growing bandwidth demand. The platform is fully redundant with a non-blocking switch architecture.
Quality of Service (QoS) profile guarantees differentiation and treatment of converged services according to Class of Service throughout the switch — ing process. Service Level Agreements (SLA) are monitored and enforced. In addition, bandwidth reservation mechanisms working in combination with the APM-E can guarantee end-to-end services over the metro network.
SURPASS hiD 6630/6650/6670
• 3/5/12 service slots
• Up to 120/320/640 Gbps switching capacity (HD)
Interface modules
• 2-port/1-port 10G BaseX XFP
• 20-port/10-port 1000 BaseX SFP
• 10-port 100/1000 BaseT
• 32-port 100 BaseFX
• CES 32-port E1/T1
• CES 2-port channelized STM1/OC3
Performance
• Up to 216k MAC addresses
• 4,096 VLANS, 16.7M stacked VLANS
High availability features
• 1: 1 hot standby redundant CM
• N: 1 redundant fabric modules
• Distributed power
• Redundant AC power supply
• Dual DC power feeding
• 802.3ad inter-card link aggregation
• Hitless SFC and SFM failover
• ERP™ — sub 50 msec protection
Agency compliance
• NEBS Level 3
• EMC 1TR9 (Germany)
• EN300 386 (2001)
• Safety EN/UL 60950
• ETSI ETS 300-019 class 1.2, 2.3, 3.1
Advanced SLA and QoS functionality
• Support for 8 hardware-based Classes of Service (CoS) per port
• QoS mapping based on IEEE 802.1p priority IP TOS/DSCP
• Color-aware policing, traffic shaping, WRED congestion management
• Advanced queuing: WRR, WFQ, strict priority
• Hierarchical shaping per service per subscriber
• L2CP for Platform Control
• Class of service:
• Guaranteed bandwidth via
Connection Admission Control (CAC)
• Diffserv-based Ethernet CoS (CIR, PIR)
Layer 2 support
• IEEE 802.1D bridging
• IEEE 802.1Q VLAN tagging
• IEEE 802.1w/s RSTP/MSTP
• IEEE 802.1ad provider bridge
• IEEE 802.3ad link aggregation
• IEEE 802.3ae 10G Ethernet
• IEEE 802.3ah Ethernet in the First Mile
• VLAN OAM
• Up to 9KB jumbo frame support
• VLAN manipulation:
• S-VLAN stacking according to C-VLAN
• VLAN swapping
• VLAN translation
• Hierarchical VLAN manipulation
• VLAN cross-connect:
• S-VLAN and S+C-VLAN cross-connect with no MAC learning
Layer 2 Security
• Port isolation, Lock port
• Access Control Lists
• MAC limit number
MPLS
• L2 MPLS LER & LSR functionality
• VPLS, H-VPLS
• RFC 3036 Label Distribution Protocol
• RFC 3209 RSVP-TE signaling/provisioning
• P2P EoMPLS (VPWS) PW
• MPLS-IETF OAM
• LSP Ping and LSP Trace route
• E-LSP with DiffServ priority queuing
• RFC 3033 MPLS encoding
• 1:N and 50 ms FRR resiliency
• 1: 1 global TE-tunnel restoration
Layer 3 routing features
• RFC 2328 OSPFv2
• RFC 1195 IS-IS
• RFC 2474 DiffServ
Multicast features
• IGMP snooping v2, v3
• Enhanced IGMP security features
• Multicast over VPLS
Management capabilities
• APM-E End-to-end network management
• ACI-E Element manager
• Industry standard CLI
• In-band 802.3ah management
Advanced Provisioning Manager Ethernet (APM-E)
• SNMP v3, Telnet, SSH, TFTP
The SURPASS Carrier Ethernet solution combines the flexibility of Ethernet with the reliability of classic transport networks. With the end-to end man — agement provided by APM-E, fast and easy provisioning of the network is possible. New services can thus be offered at lower cost.
