FSP150-XG308

Fixed form factor, 4xGE / 8x 1GE combo) / 8xSFP +, multi-tenant 1 or 10 Gbit demarcation for
business services, mobile backhaul and cloud access,
equipped with redundant power supply (AC or DC)

Heavier demands on data transport create demand for more speed.

As more companies move their data and applications to the cloud, providers of communication services (CSPs) have to scale up their networks. They face the challenge of coping with an ever-increasing diversity of network technologies. The solution to this increase in complexity is to strengthen the network with smart demarcation and aggregation technology. With a unique combination of interface technologies and open network protocols for management and control, network integration can be simplified and the applicability with a range of wholesale and retail bandwidth services can be optimized.

One device, multiple technologies

One common hardware architecture supports MEF-certified CE 2.0, IPv4 / IPv6 and MPLS demarcation. The FSP 150-XG300 series enables CSPs to meet an ever-growing number of connected devices, enterprise applications and cloud-based services. By deploying this series of highly scalable, multilayer demarcation and aggregation solutions, CSPs can easily increase bandwidth and at the same time meet the emerging need for multilayer networks. This powerful multi-layer demarcation and aggregation product series paves the way for price-competitive SLA-based 10Gbit services implemented via any desired network technology.

  • Virtual cable test – copper TDR
  • SFP digital diagnostics
  • Jumbo frames – per port/VLAN up to 10,000 bytes
  • Port mirroring
  • Port protection
  • Port reflection (LIN)
  • Port speed and duplexity capabilities advertising

  • Bandwidth (Gbps) / forwarding rate (Mpps); non-blocking architecture
  • MEF services and certifications
  • All ports can serve as UNI/NNI
  • Jumbo frames (up to 16,000 bytes) on all ports (per port/EVC)
  • Configurable Ethertype values
  • TLS, Q-in-Q, (802.1Q/802.1ad) – selective VLAN based on ACL + tag range rules
  • VLAN translation based on inner/outer VLAN / 802.1p
  • Tag swap over multi-point EVC
  • Uni-directional link detection protocol (UDLD)
  • Link layer discovery protocol (LLDP)
  • <50ms protection (1:1 link and device protection), LACP 1+1 (802.3ad)
  • MSTP (802.1s)
  • ELPS – G.8031/Y.1342
  • ERPS – G.8032/Y.1344 v2
  • Protection and fault recovery based on service OAM messages/alarms
  • Tunnel/filter of L2 protocols
  • H-VPLS services: H-VPLS spoke MTU-s, MAC withdrawal
  • Up to 64K MAC addresses
  • Learning table limit per VLAN/port
  • Link aggregation (EtherChannel)

  • Protocols: OSPFv2, OSPFv3, BGP4/BGP4+, IS-IS
  • VRRP, and IP tracking for VRRP
  • Longest prefix match (LPM) / next-hop (NH) tables
  • Static configuration
  • IPv6 routing
  • BFD (bidirectional forwarding detection)
  • VRF-Lite (requires the purchasing of L3 license)
  • IGMP snooping
  • DHCP (client, server, relay, snooping)

  • Hierarchical QoS (H-QoS)
  • CIR/EIR bandwidth granularity (64Kbps steps)
  • 802.1p and DSCP QoS queues no. (per port)
  • Classification by physical port, MAC, Ethertype, protocol, VLAN, IP/TCP/UDP, 802.1p (VPT), Di Serv (IPv4 and IPv6TC)
  • Marking/remarking profiles between layers (802.1p, IPToS / DSCP Bits)
  • Scheduling strict priority and 2 levels SDWRR
  • Color awareness UNI per EVC/CoS
  • Egress shaping (per port/queue)
  • In-service circuit parameters changes (on-the-fly ACLs)
  • Per flow SLA metrics (tra ic conditioner per service/total services)
  • Statistics of L2 control protocols (STP, LACP, 802.3ah)
  • L1 shaping

  • Link OAM -802.3ah EFM (discovery, config, fault, loopback and dying gasp)
  • Service OAM 802.1ag CFM – MEP and MIP
  • Service OAM ITU-T Y.1731 PM (latency, jitter) – microsecond accuracy
  • Multi-point service OAM
  • Service availability measurement (Y.1563, MEF 10.2)
  • Service resiliency (MEF 10.2.1)
  • MEF SOAM PM – MEF 35 (latency, jitter and synthetic loss per service – SLM) – microsecond accuracy
  • Automatic scheduling for PM tests to increase utilization
  • IP SLA – hardware-based measurement for IP VPN (L3) networks – microsecond accuracy
  • L2 loopback with MAC swapping (per port/EVC)
  • L2 loopbacks per L2, L3, L4 headers (source/destination swap)
  • RFC 2544 test head throughput measurement, loss ratio (up to wire-speed GbE)
  • Automated action scheduler for operation of any OAM
  • ITU-T Y.1564 service activation testing
  • Dying gasp message for power failure alarm (EFM-OAM and SNMP trap option)

  • UNI flood limit – DoS protection (broadcast, multicast and unicast rate control)
  • Learning table limit – MAC control per EVC
  • Wire-speed ACLs
  • Restricted and controllable configuration access
  • Optional console disable mode
  • DHCP Option 82
  • Separate control and data plane
  • 802.1x port based authentication
  • Link flap guard
  • Link flap damping

  • Out-of-band management
  • IPv6 management
  • Command line interface (CLI) via Serial, TELNET, or SSH V1 and 2
  • Simple network management protocol (SNMPv1, v2, and v3
  • Remote monitoring (RMON) – Ethernet statistics (Group 1), history (Group 2), alarm (Group 3), and event (Group 9)
  • RADIUS AAA for management
  • TACACS+ AAA for management
  • Upload/download/append configuration files with FTP and SCP
  • Time of day + calendar + time zone
  • Internal syslog + remote syslog + encrypted syslog
  • Support MRV provisioning and network management platform

  • Internet control message protocol (ICMP)
  • Internet group management protocol (IGMP)
  • Linux shell
  • Domain name server (DNS) client
  • Network Time Protocol (NTP)
  • Mobile backhaul (MBH)
  • CLI/Linux shell commands scheduler
  • Cross connect mode
  • Bootstrap protocol (BOOTP)
  • sFlow (previously RFC3176)

  • Dimentions (W x H x D):
    − FSP 150-XG308, FSP 150-XG304u: 438.66mm x 325mm x 44.45mm / 17.27in x 12.8in x 1.75in (full rack width)
  • Temperatuur operation:
    − FSP 150-XG304, FSP 150-XG304u and FSP 150-XG308: 0°C to 50°C / 32°F to 122°F
    − FSP 150-XG304 and FSP 150-XG304u with extended temperature: -40°C to 65°C / -40°F to 149°F
  • Humidity: 85%, non-condensing
  • Power supply:
    − AC input voltage: 90 to 240VAC, 50 – 60 Hz
    − DC input voltage: 18 to 60V DC
  • Stroom consumption:
    − FSP 150-XG304 series: 29.5W (excluding optics)
    − FSP 150-XG304u series: 33W (including VDSL module, excluding optics)

Safety Agency Approvals

  • UL 60950-1:2007 R10.14
  • CAN/CSA-C22.2 NO. 60950-1-07+A1:2011+A2:2014
  • EN 60950-1:2006+A11:2009+A1:2010+A12:2011+AC:2011+A2:2013

Electromagnetic Emission

  • FCC Part 15, Subpart B(class A) radiated emissions
  • EN 55011/CISPR11 radiated emissions
  • EN 55022/CISPR22 radiated emissions
  • EN 55011/CISPR11 conducted emissions
  • EN 55022/CISPR22 conducted emissions
  • EN/IEC 61000-3-2 harmonic emissions
  • EN/IEC 61000-3-3 voltage fluctuations

Immunity

  • EN55024 Information technology equipment Immunity
  • EN/IEC 61000-4-2 ESD
  • EN/IEC 61000-4-3 radiated immunity
  • EN/IEC 61000-4-4 electrical fast transient/burst immunity test
  • EN/IEC 61000-4-5 conductive surges
  • EN/IEC 61000-4-6 conductive disturbances
  • EN/IEC 61000-4-8 immunity to magnetic fields
  • EN/IEC 61000-4-11 voltage dips and short interruptions

Environmental

  • EU 2002/95/EC RoHS2 directive
  • REACH SVHC
  • EU 2002/96/ECWEEE directive
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