Datasheet OptiSwitch® 940 Series - 10GE Converged L2 & L3 Service Demarcation Key Features (*) OS940 Products Series Overview MRV’s OptiSwitch® 940 is a 1RU small form-factor series of Carrier-Ethernet 2.0 10GE enabled access and mini-aggregation platforms. The series provides carriers with industry best CAPEX and OPEX savings by converging advanced L2 and L3 funtionalites in a dense 19” platform. OptiSwitch 940 presents service providers with a full suite of carrier-grade Ethernet services along with high-availability, enhanced quality of service, security, and Operations, Administration & Maintenance (OAM) support. The uniqueness of a full suite of Carrier-Ethernet tools enables flexible service awareness and rigid SLAs for converged Triple Play, Business, and Mobile backhaul services. The OptiSwitch 940 series meets IEEE, ITU, IETF standards, as well as MEF specifications, and offers complete control for simplifing deployment and management, while providing full interoperability and guaranteed Service Level Agreements (SLAs). The devices are available in both standard and temperaturehardened versions. Additionally, to better meet the requirements of Mobile Backhaul applications, SyncE and IEEE1588v2 Synchronization & Timing support is also available. The OptiSwitch 940 series also supports the full suite of IPv4 and IPv6 unicast and multicast protocols, IP/MPLS, VRF, and L3 VPNs. Carrier Ethernet 2.0 service demarcation - MEF CE 2.0 Certified services - MEF 9, MEF 14, and MEF 21 compliance MRV Unified Master-OS® control plane for Metro-E services • Simplifies operation and management integration with OSS Non-blocking hardware architecture • All interfaces can be configured as UNI/NNI Wide range of Optical Layer 1 and Layer 2 VPN Services • EPL X-connect, E-Line, E-Tree, E-LAN, and E-Access • Point-to-point, point-to-multipoint, and multipoint-tomultipoint Flexible UNI/NNI interfaces - 100FX/1000FX and 10GE • Same device for all access and tier 1 aggregation scenarios • Support for jumbo frames on all ports Advanced traffic management with line rate performance • Classification, policing, metering, and per-flow QoS marking • Low-latency and precise controller service rates • Dual-rate 3- color metering with traffic conditioners Unmatched flexibility of Ethernet Virtual Circuits • Selective Q-in-Q and inner/outer VLAN translation Hierarchical QoS for premium SLAs sFlow support for Application-Aware Networking End-to-end HW- based Ethernet service OAM for monitoring SLAs • Standards compliance – IEEE802.1ah, IEEE802.1ag, ITU-T Y.1731, IETF RFC2544, and MEF 17 IA • Simplifies, monitors, and troubleshoots services/applications • Promptly reveals service impacting problems Protection mechanism • Packet rings, mesh, 1:1 (LOS), and n+1 (LAG) • 50ms network operation recovery based on MSTP (802.1s) and ERPS (G.8032/Y.1344), ELPS (G.8031) standards IP/MPLS • Supports all IGP and EGP protocols: RIP/ OSPF/IS-IS/BGP • Supports label distribution protocols: LDP/CR-LDP/RSVP-TE • Supports LER and LSR functionalities Multicasting service for IP-TV Triple Play Compact 1RU form factor for space saving Low power consumption Pluggable protected 1:1 power supplies Optional SyncE and IEEE1588v2 mobile backhaul synchronization in OS940-MBH/E Temperature Hardened models: OS940/E & OS940-MBH/E Applications IEEE802.1ag CFM & PM Y.1731, IP-SLA, RFC2544 10GE 10GE 10GE 10GE 10GE Backup 10GE Backup 10GE Backup ERPS - G.8032 10GE Protected Service Site A Site B 10GE Business Demarcation 10GE ERPS - G.8032 Based Ring Protection • Wide range of mission-critical revenue generating GigE and 10GE services – Triple-Play IPTV, NGN Voice services – Business services and mobile backhaul 10GE Not sure which solution best meets your needs? Visit www.mrv.com or e-mail us at Features and Solution Benefits The OptiSwitch 940 series is a class of high-performance systems with non-blocking hardware and software architecture engineered for deployment in new and demanding packet-optical network environments. The devices incorporate both 4x10GE ports and 12 tri-mode GE ports, in a fixed, non-chassis shape, structure to provide carriers with exceptional CAPEX and OPEX savings. To add to these savings, the devices enable customers to minimize power consumption. Since the devices support all industry standard OAM functionalities and have an internal hardware-based traffic generator, they enable the provider to save on expensive testing equipment required to monitor SLAs with 3rd party test equipment vendors. In addition, the devices support various technologies that enable the provider utmost flexibility in network design and the capability to use it for multiple purposes, such as, an elaborated L2 suite for Metro Ethernet and Mobile Backhaul , full wire-speed, and full protocol suite for IP and MPLS networks (including MPLS LER and LSR functionalities). Multi-purpose Service Interfaces The platform offers a unique combination of features and optical interfaces that enable easy and flexible field configurations while making it ideal for maintenance and inventory. As a small form device, it helps providers save on rack space and, along with very low power consumption, it leads to a substantial decrease in power consumption and overall operational and maintenance costs. Interface Protocol Tri-mode built-in RJ45 10/100/1000Base-T or 100/1000FX SFP ports 10GE LAN / WAN (OC192/STM64) • • • • • • • • • No. of Ports Interface Type IDs of Ports 12 SFP 1 to 12 4 XFP 13 to 16 All Interfaces can be configured as UNI/NNI to enable access-to-edge and intra-network services Hot Swappable XFP and SFP pluggable optics ensure a wide range of operating distances, costeffectiveness , and performance Tri-mode built-in RJ45 electrical interfaces and optical SFP ports XFP ports support short-haul to long-haul operating distances SFP ports support short-haul to long-haul operating distances, single strand, and CWDM and DWDM optics 10GE interfaces are software configurable for 10GE LAN or WAN OC192/STM64 protocol All SFP and XFP interfaces enable remote Optical Power Level monitoring and alarm thresholds All RJ45 electrical interfaces enable remote copper-TDR cable diagnostics All SFP and XFP ports have SyncE support for mobile backhaul clock synchronization End-to-end Service ProVisioning and OAM MRV’s Pro-Vision® application provides a complete suite of easy-to-use GUI tools for provisioning and activation management of services over fiber and bonded copper. Network monitoring is supported by real-time sampling and historical performance reporting for customer SLA. The system has carrier-grade UNIX-based software that supports full FCAPS industry standards to ensure simplified interoperability with existing Operation Support Systems (OSSs) and 3rd party Network Management Systems (NMSs) through northbound protocols, such as CORBA, SNMP, TL1, HTTP, and XML. End-to-end service provisioning and activation across network infrastructure Service Specifications MEF Services • • • • • • • MEF-compliant CE 2.0 services UNI cerified Type 1 and Type 2 External-NNI & Internal-NNI EPL, E-Line, E-Tree, and E-LAN – MEF9, E-Access EPL, E-Line, E-Tree, and E-LAN Traffic Management – MEF14 OAM Implementation Agreement (IA) – MEF17 All interfaces can be configured as UNI/NNI Packet Switching Services • • • • • • • • 100 Gbps (Full-duplex) non-blocking wire-speed architecture Configurable jumbo frames per port/EVC Packet buffer management IEEE802.1Q and IEEE802.1ad provider bridges - 4K active VLANs/EVCs - Selective Q-in-Q stacking per ACL criteria - Customer VLAN switching over Service VLAN tunnel - Inner classification on double tagged frames - Configurable Ethertype values - Private VLAN Transparent cross-connect mode - Per System, per port, or per EVC non-learning mode Learning table limit per VLAN/port Layer 2 tunneling of control protocols UNI protected port/Layer 1 filtering Packet Ring and Link Protection Services • Sub 50 ms network recovery for ring and dual–homed topologies • MSTP per IEEE 802.1s • ERPS (ring-based network protection) per ITU-T G.8032/Y.1344 • Link Aggregation (LAG n+1) – static and LACP per IEEE 802.3ad - Load balancing based on L2-3-4 headers • ELPS ITU-T G.8031/Y.1342 • Link level 1:1 Loss of Signal (LOS) protection • Bi-directional Link Fault Reflection • Link flap protection and damping • Uni-directional Link Detection (UDLD) Multicast and IP Services • Wire-speed multicast replication • IGMP v1,v2 snooping , proxy, and fast leave, PIM-SM, PIM-SSM • Wire-speed IPv4 and IPv6 packet fowarding and routing - RIP, RIPng, OSPFv2, OSPFv3 , BGP4, BGP4+, VRRP - BFD - DHCP server/client/relay Layer 2.5 Services • MPLS LER & LSR functionality Ethernet over MPLS pseudowire with Traffic Engineering • MPLS Protection based on FRR detour mode and dual-homed spoke MTU-s • MPLS BFD for MPLS OAM (based on RFC 5884) • MPLS OAM (MPLS PING / MPLS Traceroute) Availability • Pluggable 1:1 Hot-swappable dual redundant power - AC and/or DC • Ambient temperature sensor for alerting • Dual image & rollback processes • Modular control plane - Master-OS™ Timing & Synchronization Services (for OS940-MBH/E model) • ITU-T G.8261, G.8262, G.8264 • ITU-T G.736, G742, G.813, G.823, G.824 • IEEE1588v2 PTP Telecom Profile • IEEE1588v2 PTP Master */Slave/BC modes * Future Software release Traffic Management • Traffic management per flow/EVC/Port • Shaping and policing at L1/L2/L3 • Ingress and egress policing and shaping • Color aware and color unaware BW-profile per MEF 10.2 • Congestion avoidance mechanisms: Tail-Drop and Weighted Random Early Discard (WRED) • Scheduling Mechanisms: Strict-Priority (SP), round-rubin (RR), and weighted round-rubin (WRR) • Classification by L1, L2, L3 and L4 criteria (Physical port, MAC, Ethertype, double VLAN tags, IP/ TCP/UDP) • Marking or/and Remarking profiles based on: IEEE802.1p, DSCP, and MPLS EXP • 8 hardware Service Level queues for every physical and extra port • Counters per UNI, CoS, EVC, control protocols - 4K counters Security • Wire-speed ACLs on L2, L3, and L4 headers - Up to 3K rules - Ingress and Egress ACLs - Multiple actions in single ACL • CPU Denial-of-Service protection • MAC filters and MAC limit per port/per VLAN • UNI Broadcast/Multicast/Unicast rate control • Flood limit of OAM frames • DHCP Relay Agent Information Option 82 per RFC 3046 • ACL for management sessions from NOC • View-based Access Control Model (VACM) • IEEE 802.1X Port-based Network Access Control (PNAC) Management & Diagnostics Tools • • • • • • • • • • • • • • • • • • • Out-of-band management via EIA-232 console port Out-of-band Ethernet management port Industry Standard CLI Link Layer Discovery Protocol (LLDP), per IEEE802.1ab TELNET, SSHv2, SNMPv3, RMON (4 groups) Port mirroring - ingress & egress traffic to analyzer port Remote service/flow mirroring per ACL ﾐ Sniffer VLAN Built-in sniffer Hierarchical Administration policy RADIUS and TACACS+ AAA Configuration load/save with FTP or Secure Copy (SCP) Network Time Protocol (NTPv3) Internal / Remote Syslog Scripting tool for macro configurations & maintenance Scheduler for automated excecution (single, several, or periodic) of preset administrator commands IPv4 & IPv6 management sFlow (RFC 3176) Support by MRV’s EMS/NMS (MegaVision/ProVision) USB interface to simplify and enable rapid software upgrades* Standard OAM • End-to-end Service OAM IEEE 802.1ag - Connectivity Fault Management per service MEP/MIP - In-service EVC loopbacks , Linktrace & continuity check • End-to-end Performance Measurement per ITU-T Y.1731 • Service OAM per MEF35 and ITU-T Y.1563 • End-to-end IP SLA measurement - Jitter, Latency, and Loss per service with nanosecond precision • RFC2544 internal tester with wire-speed throughput measurements • EFM Link OAM (segment-based CO-to-CE) IEEE802.3ah - Discovery, port-loopback, remote failure indication, dying gasp • Optical signal level monitoring (SFP SFF-8472) • Copper cable diagnostics TDR on RJ45 ports • Bi-directional Link Integrity - Remote failure notification/reflection Technical Specifications Standards Compliance Operating Temperature Storage Temperature Humidity (max.) Performance Physical Dimensions WxDxH Weight MTBF @250C/770F Power Consumption (W) MRV-OS940 Rev.6 04-14 OS940 & OS940R OS940/E & OS940-MBH/E FCC Part 15 (class A); EMC Directive (class A emission, immunity); Low Voltage Directive (electrical safety); RoHS2 Directive; WEEE Directive; CE; TUV-R (USA, Canada); GOST (for selective products); REACH SVHC; ETSI (for selective products); NEBS Level 3 Certified (for selective products), C-Tick (for selective products). 0 to 50 oC (32 to 122 oF) -40 to +65 oC (-40 to 149 oF) o o -40 to +70 C (-40 to 158 F) 85% (non-condensing) Non-blocking 100Gbps (full-duplex) architecture Full-wire speed packet forwarding on all ports at 95M pps 443.0 x 297.9 x 43.8 mm3 443.0 x 357.9 x 43.8 mm3 (17.44 x 11.73 x 1.72 inch) (17.44 x 14.09 x 1.72 inch) 3.05 kg (6.72 lb) 3.35 kg (7.39 lb) for OS940-MBH/E 324583 hr 240551 hr (OS940-MBH/E) 265497 hr (OS940/E) Max Min Max Min 60 55 68 63 Copyright ©2014 MRV Communications, Inc. All Rights Reserved.