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TDMoEthernet Aggregator Agenda Introduction Applications - PowerPoint PPT Presentation

Loop-IP6763 TDMoEthernet Aggregator Agenda Introduction Applications Advantage 1: Faster and Better Services Advantage 2: Saving in Cap-EX & Op-EX Feature List Panel View Point to Point Connection


  1. Loop-IP6763 TDMoEthernet Aggregator

  2. Agenda • Introduction • Applications • Advantage 1: Faster and Better Services • Advantage 2: Saving in Cap-EX & Op-EX • Feature List • Panel View • Point to Point Connection • RSTP/MSTP Protection • 802.3ad Link Aggregation April 2012 LoopTelecom.com

  3. Introduction Circuit Provisioning The Core Communications Network Migration TDM Ethernet Need a cost effective solution to transport E1/T1 plus STM-1/4* or OC3/12* signals over an IP network April 2012 LoopTelecom.com

  4. App. 1: Transport of E1(T1) & LAN thru IP/MPLS IP6700 4 E1 FE (Fast Ethernet) FE (Fast Ethernet) IP6763 STM-1 (N x E1) IP6716 GbE 16 E1 IP/MPLS GbE GbE GbE/ FE (Fast Ethernet) FE (Fast Ethernet) IP6702 2 E1 FE (Fast Ethernet) April 2012 LoopTelecom.com

  5. App. 1 Ex. : Use of TDMoE in Mobile Backhaul BTS Pre Aggregation Core Cell Agg 300+ Site Site 4E1 Voice BSC 500+ 2+ 10,000+ IP6700 STM1 MGW (N x E1) Microwave FE (Fast IP6763 Ethernet) GbE Node B SDH/SONET SDH/SONET IP ADM ADM 16E1 BTS GbE ADM E1 Leased Line GbE IP6716 RNC SGSN GGSN FE (Fast Ethernet) Network Management Data Node B RAN Core April 2012 LoopTelecom.com

  6. App. 1 Ex.: Corp. VPN Replacing E1 Lease Lines Branch Office PBX 4 E1 Head Quarter IP6700 Router V.35 FE (Fast Ethernet) Video LAN Conference STM-1 (N x E1) IP6763 GbE PBX 16 E1 IP6716 IP/MPLS PBX GbE LAN Video LAN Conference FE (Fast Ethernet) IP6702 2 E1 PBX Email Video Corp. Server Conference Database Video Server LAN Conference April 2012 LoopTelecom.com

  7. App. 2: Ext. of SDH/SONET Trunks thru IP/MPLS Corporate Head Quarter IP6763 STM-1 STM-1 GbE STM-1 SDH/SONET Modem IP/MPLS Branch IP6763 Office GbE STM-1 STM-1 Modem April 2012 LoopTelecom.com

  8. Advantage 1: Faster & Better Mobility Services Skype Voice via Internet $ RNC RNC RNC IP Node B IP-6763 IP-6716 GbE optical (Up to 1.2G) without QoS/OAM Skype Voice via 3.5G $ RNC RNC RNC Node B Voice 64Kb/s Video 2Mb/s SDH-ATM Data 200Mb/s (50M) STM-1/4 (Up to 622M) Data 2Gb/s (400M) Idle 170Mb envelop April 2012 LoopTelecom.com by Vicki

  9. Advantage 1: Faster & Better Mobility Services Skype Voice via Internet $ RNC RNC RNC IP Node B IP-6763 IP-6716 GbE optical (Up to 1.2G) with QoS/OAM Skype Voice via 3.5G $ RNC RNC RNC Voice 64Kb/s Video 2Mb/s SDH-ATM Data 200Mb/s (50M) STM-1/4 (Up to 622M) Data 2Gb/s (400M) Idle 170Mb envelop April 2012 LoopTelecom.com by Vicki

  10. Advantage 2: Savings in Cap-Ex & Op-Ex 120 Watts 50 Watts IP-6763 IP6300-Eth SW IP6716-TDMoIP • $ Savings in Cap-Ex & Op-Ex  66% Rack Space Reduction O9400-S ADM  66% Maintenance Reduction  58% Power Reduction April 2012 LoopTelecom.com

  11. Feature List - 1 • Full front access 1U height or 2U* with 1+1 protected main boards (ETSI) • Aggregate ports – 2 x WAN ports: combo Gigabit Ethernet (GbE) with SFP housing – Protection • 820.3ad Link Aggregation • G.8032* Ethernet Ring Protection • Tributary ports – Hot-swappable plug-in card type: • Up to 2 Dual STM-1 / OC3 cards or • Max. 1 Dual STM-4* card (with 1+1 protection) – LAN interface: 3 x 10/100/1000 BT Ethernet ports, auto-negotiation – E1/ T1 Interface: 8 E1/ T1*, 16 E1/ T1* • Hot-swappable Power – -48Vdc plug-in module (-36 to -72 Vdc), dual for redundancy * Future Option April 2012 LoopTelecom.com

  12. Feature List - 2 • Bridging & Switching – Jumble frame up to 13K bytes – Max. 4K VLAN • Assign VLAN based on MAC, IP, protocol, or flow* • VLAN based packet filtering • Translation on ingress and egress • Q-in-Q: add, remove, and translate both S-VLAN and C-VLAN • QoS – 8 priority queues/port – User config CoS and DiffServ/ToS in outgoing IP frame – DSCP mapping – Strict priority, WRR, WDRR for queue shaping – RED and WRED for queue management • Pseudo-Wire (PW) – Max. 1024 pseudo-wires – Each PW can be assigned a separate VLAN – Point to point and point to multi-point * Future Option April 2012 LoopTelecom.com

  13. Feature List - 3 • Support 802.1d MAC learning (maximum 32K entries) • Support 803.3x Flow control on input ports • Support 802.1D STP, 802.1s MSTP, 802.1w RSTP • Support IGMP Snooping (RFC 2236) • Storm control: packet based or byte based • Ingress rate limit per port from 8k bps to 1G bps • Link-Level OAM*: 802.3ah, Clause 57* • Service-Level OAM*: 802.1ag, ITU Y.1731* • Support IPv4 Routing & IPv6* Routing • Support 2 SNTP Timing References • Support MPLS-TP* • Alarm Relay and ACO (Alarm Cutoff) button • Jitter and Wander – PPM: per G.823 Traffic (+/- 1ppm) – PPB: per G.823 Synchronous (+/- 1ppb) * Future Option April 2012 LoopTelecom.com

  14. Feature List - 4 • Management port and interface – Console port, VT100 menu-driven – SNMP port – SNMP v1/ v3 management – SSH – Telnet via SNMP port – In-band management through • Ethernet WAN ports • A VLAN port • Any one of the DCC channels • Compliance: SAToP (RFC 4553), SONET/SDH CEP (RFC 4842), MEF-8 • TDMoIP (RFC 5087)*, CESoPSN (RFC 5086)*, HDLCoPSN (RFC 5087, 4618)* • RoHS Compliance * Future Option April 2012 LoopTelecom.com

  15. Panel View - Interface 1U (ETSI) Console Port 2 DC Power Supplies Alarm 8/16/32 E1/T1 Input / Output 3 10/100/1000 LAN Ports Clock Input / Output SNMP Port 2 GbE WAN Ports 2 Dual STM-1/OC-3 Cards April 2012 LoopTelecom.com

  16. Panel View – Air Filter & Fan Fan Air Filter April 2012 LoopTelecom.com

  17. Point to Point Connection When the traffic is broken, there is no protection. 1 GbE STM-1/OC3 STM-1/OC3 (N X E1/T1) (N X E1/T1) IP6763 IP6763 IP/MPLS April 2012 LoopTelecom.com

  18. RSTP/MSTP Protection The total throughput: 1 GB Working path (1 GB) STM-1/OC3 STM-1/OC3 (N X E1/T1) (N X E1/T1) IP6763 IP6763 IP/MPLS Auto-switch to protection path if fault is detected Protection path (1 GB) (RSTP/MSTP to prevent loops) April 2012 LoopTelecom.com

  19. 802.3ad Link Aggregation The total throughput: 2GB 2 working paths 2 working paths 1 GB + 1 GB 1 GB + 1 GB STM-1/OC3 STM-1/OC3 (N X E1/T1) (N X E1/T1) IP6763 IP6763 IP/MPLS This path still works, thruput is reduced to 1 GB April 2012 LoopTelecom.com

  20. Thank you. April 2012 LoopTelecom.com

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