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Extending Avaya Fabric Connect Across the WAN

Extending Avaya Fabric Connect Across the WAN. Roger Lapuh, Product Line Management Avaya Networking Ian Harris, CTO; Global Channel and Alliances Ciena. Agenda. Live Fabric Connect Deployments. Ciena and Avaya. Ciena Packet Optical, Switching and OTN. Ciena 100G+ Optical Transport.

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Extending Avaya Fabric Connect Across the WAN

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  1. Extending Avaya Fabric Connect Across the WAN Roger Lapuh, Product Line Management Avaya Networking Ian Harris, CTO; Global Channel and Alliances Ciena

  2. Agenda Live Fabric Connect Deployments Ciena and Avaya Ciena Packet Optical, Switching and OTN Ciena 100G+ Optical Transport Bringing it all together Where Next?

  3. Agenda Live Fabric Connect Deployments Ciena and Avaya Ciena Packet Optical, Switching and OTN Ciena 100G+ Optical Transport Bringing it all together Where Next?

  4. Broad Applicability Live Fabric Connect Deployments by Vertical Segment

  5. Network Types Live Fabric Connect Deployments by Network Type

  6. Enterprise Data Center Live Fabric Connect Deployments by Network Type • Key reasons why customers deployed Fabric Connect in the data center: • Seamless vMotion Support • Robustness: edge provisioning only • No Spanning Tree/ Full Multi-pathing/ Shortest Path

  7. Hosted Data Center Live Fabric Connect Deployments by Network Type • Key reasons why customers deployed Fabric Connect in the hosted data center: • Full L2&L3 Virtualization support fur tenant separation • Robustness: edge provisioning only • No Spanning Tree/ Full Multi-pathing/ Shortest Path

  8. Stretched Data Center Live Fabric Connect Deployments by Network Type • Key reasons why customer chose Fabric Connect for stretched DCs for DC migrations • Full vMotion support across DCs • Seamless DR solution support • VLAN ID translation support

  9. Stretched Data Center Live Fabric Connect Deployments by Network Type • Key reasons why customer chose Fabric Connect for stretched DCs for DC migrations • Full vMotion support across DCs • Seamless DR solution support • VLAN ID translation support

  10. Enterprise Building Live Fabric Connect Deployments by Network Type L2 VSN 802.1Q 1/10GE DGW DGW L2 VSN • Key reasons why customers deployed Fabric Connect in an Enterprise building: • Edge provisioning • Separation for PC Compliance • Tenant separation • Simplified operations

  11. Enterprise Campus Live Fabric Connect Deployments by Network Type L2 VSN L2 VSN L2 VSN 802.1Q 1/10GE 802.1Q 1/10GE 802.1Q 1/10GE DGW DGW DGW DGW DGW DGW L2 VSN L2 VSN L2 VSN • Key reasons why customers deployed Fabric Connect in multisite Campus: • Seamless service extension • Data Center Extensions • Separation for PCI compliance • Tenant separation

  12. Metro Area Network Live Fabric Connect Deployments by Network Type L2 VSN L2 VSN L2 VSN 802.1Q 1/10GE 802.1Q 1/10GE 802.1Q 1/10GE Provider Service DGW DGW DGW DGW DGW DGW L2 VSN L2 VSN L2 VSN • Key reasons why customers deployed Fabric Connect in multisite Campus: • Seamless service extension • Data Center Extensions • Separation for PCI compliance • Tenant separation

  13. Fabric Connectivity Technologies Fabric Connect Link Connectivity ?

  14. Metro and Wide Area Networks Live Fabric Connect Deployments by Network Type L2 VSN L2 VSN L2 VSN 802.1Q 1/10GE 802.1Q 1/10GE 802.1Q 1/10GE DGW DGW DGW DGW DGW DGW Packet Optical Transport L2 VSN L2 VSN L2 VSN • Key reasons why customers deployed Fabric Connect in Metro Area Network • Seamless service extension • Data Center Extensions • Separation for PCI compliance • Tenant separation

  15. Agenda Live Fabric Connect Deployments Ciena and Avaya Ciena Packet Optical, Switching and OTN Ciena 100G+ Optical Transport Bringing it all together Where Next?

  16. Avaya – Ciena Service DeliverySPB-M provides the service delivery layer using Packet Optical WAN aggregation and connectivity SPB-M Mesh VLLI/CFM Fault Propagation G.8032 G.8032 VLLI/CFM Fault Propagation Packet Optical Transport

  17. Agenda Live Fabric Connect Deployments Ciena and Avaya Ciena Packet Optical, Switching and OTN Ciena 100G+ Optical Transport Bringing it all together Where Next?

  18. Ciena Packet Optical E-Suite 6500 51xx & 39xx

  19. LAG 99.9999% Availability, Survivability • Multiple options compatible with packet radios • LAG (IEEE 802.3ad) • Active/Standby or Load Sharing • Adds capacity & reliability • G.8032 • OpEx friendly (E-Line, E-LAN, and E-Tree services) • Low CapEx with Sub 50ms protection • PBB-TE (IEEE 802.1Qay) • Sub 50ms protection • Traffic engineering, Static Provisioning • MPLS-TP • Sub 50ms protection • Static provisioning model (or dynamic control plane) • MPLS • Protection via FRR or BFD mechanisms • Dynamic control plane Ring Failover Path Primary Path Mesh Ethernet Service Carrier Class QoS and OAM TRANSPORT CLASS

  20. Ciena CES Portfolio Evolution Core Access Aggregation/Metro Software 10T 12T Mass Market 10G driving 100GIncreasing software sophistication 4T 1T 54xx 51xx Full Duplex Capacity 1T 100G 240G 88G 60G 10G 48G 28G 1G 10G 100G Max Port Speed

  21. Converging Coherent, OTNand Control Plane OTN switching + OneConnect control plane OTN + OneConnect WaveLogic coherent optical processors WaveLogic coherent optical processors

  22. OTN Core – Underpin All Service Delivery Private Connectivity (Retail and wholesale) Storage and Cloud Dedicated Video Services Existing Private lines over legacy SONET/SDH OTN Core

  23. Bandwidth can be changed on demand Services (OTN containers) can be switched/routed to different destinations with dynamic latency based routing Network efficiency and cost saving via protection bandwidth sharing Clear service and network performance measurement & segmentation OTN Switching Virtual Wavelength Services with OTN Storage Aggregation Ethernet SONET/SDH DigitalVideo Efficient, flexible and scalable high bandwidth services

  24. Agenda Live Fabric Connect Deployments Ciena and Avaya Ciena Packet Optical, Switching and OTN Ciena 100G+ Optical Transport Bringing it all together Where Next?

  25. What is Coherent Technology?A Change in Optical System Receiver Design Non-Coherent Systems use Intensity Modulated Direct Detection Coherent System Receiver works with local oscillator to tune into frequency of interest Analogous to Digital Radio: Intelligent receiver with access to amplitude, phase, and polarization information Practical scaling to 40G, 100G, and beyond Analogous to Morse Code: Dumb receiver Power or Amplitude (on/off) carries traffic info (1 bit/symbol))

  26. 10G 10G 10G 10G 10G 10G 100G 100G 100G 40/100 Gbpsl Benefits of 40G/100G Transport • Leverage aging plant • Roll legacy systems and free-up fiber • Support growth • Facilitate edge applications • Agile photonics • Lowest $/bit 40 GE, 100 GE Fiber relief Rapid service turn-up Better economics • Rapidly activate sub-circuits • Minimize field operations • Minimal “regen” points • Maximum throughput • High Bandwidth Services

  27. Q V (0,1) (1,1) H I V+H (0,0) (1,0) Implications of Coherent Technology to the Network Tune network performance with high performance DSP’s • Digital Signal Processing • Lower Baud Rate and Component Cost • Noise Tolerance Improvement • CD and PMD Mitigation Dual Polarization Multiple Bits per Symbol Built-in Optical Diagnostics Reconfigurable, restorable infrastructure • Coherent Optical Network Line System Simplification • Coherent Channel Selectivity • Real-time Performance Optimization Coherent transceivers plus intelligent photonic elements • Optical Layer Dynamic Reconfiguration

  28. Maximizing Capacity in Today’s ITU-grid based DWDM Line Systems … 100Ge 100Ge DWDM Spectrum – 50 GHz ITU grid • Identify channels with sufficient margin for higher order modulation • Coherent systems are uniquely capable of estimating available margin • Update modulation format on those channels • Switch in more services afforded by higher capacity channels

  29. Intelligent Infrastructure Integration R&E City Ring Gig R&E Regional Ring 10Gig 1 or 10G Ring 40 >> 100 Gig R&E Unified Management via OneControl 1 2 Multi-layer value proposition City Ring 3 Future-proof – technology independent 4 Packet-optical convergence 5 R&E Hardware-assisted Ethernet OAM

  30. Agenda Live Fabric Connect Deployments Ciena and Avaya Ciena Packet Optical, Switching and OTN Ciena 100G+ Optical Transport Bringing it all together Where Next?

  31. Ciena OPn Network Architecture Management, Orchestration, Assurance, Security, Applications Consumer Storage Enterprise Compute Express Wholesale Aggregate High-Touch IP Connect Users to Content Connect Content to Content Economical aggregation High-scale, optical & lean packet core Delivering service SLAs and best cost using the right network layer

  32. Ciena’s Service Orchestration Product Offering SELF-SERVICE Service Management Apps Web Portal DATA CENTER AUTOMATION V-WAN NSM IT-WAN orchestration Back Office Private Cloud Hybrid Cloud Controller OneControl PrivateDC Public DC Private DC OF 1.3 Agent Cloud Infrastructure Public DC

  33. Agenda Live Fabric Connect Deployments Ciena and Avaya Ciena Packet Optical, Switching and OTN Ciena 100G+ Optical Transport Bringing it all together Where Next?

  34. Why Avaya and Ciena? Orchestration Layer COM V-WAN NSM One Control G.8032 G.8032 Ciena Carrier Ethernet G.8032 SPB-M SPB-M SP WAN Enterprise LAN

  35. Key Benefits of Avaya – Ciena Solution • Very simple system and service turn-up • No hard hats required! • Simple tools, available skills • End-to-end service delivery • Extremely resilient • Always-on, ultra high availability • Carrier Grade Transport Infrastructure • End-to-end service monitoring • Simplified L2 and L3 service enablement • End-to-end network virtualization including IP Multicast • No complex core routing protocols • Highly flexible infrastructure *Some development work required

  36. IP MPLS Provider Service WAN Fabric Connect Deployments by Network Type MPLS-IP VPN WAN • Key reasons why customers want to Fabric Connect in Wide Area Network • Extending VRFs to the branch offices via IP VPN service • Providing full Multicast support in the branch offices

  37. Fabric Connect over IPVPN (MPLS) WAN Site 1 VSP4000 SPB Fabric Site 2 VSP4000 Main Site IPVPN VSP4950 Site 3 VSP4000 WAN Site 4 VSP4000 • Resilient Hub and Spoke design over IP VPN • Leverages SFP Pluggable for IP tunnel emulation Avaya

  38. VRF Extensions over WAN Site 1 VSP4000 VRF SPB Fabric Site 2 VSP4000 Main Site IPVPN VRF VSP4950 VRF Site 3 VRF VSP4000 WAN VRF VRF VRF 1 interface Site 4 VSP4000 VRF Avaya Extending multiple L3 VPNs/VSNs across single IP VPN service. Application: PCI compliance in the branch offices

  39. IP Multicast to Branch Offices Site 1 • Application Example: • IP Multicast based Video Surveillance over IP VPN solution VSP4000 VRF SPB Fabric Site 2 VSP4000 Main Site IPVPN VRF VSP4950 VRF Site 3 VRF VSP4000 WAN VRF VRF VRF 1 interface Site 4 VSP4000 VRF Avaya

  40. Complete End-to-End Large Enterprise Solution Building4 Building3 Building5 10GE G.8032 G.8032 Provider Service Packet Optical Transport DC 1 DC 2 WAN Campus / Data Center MAN

  41. BEST OF ATF SPEAKER AND TEAM AWARD #AvayaATF Be sure to tweet your feedback on this presentation Winners will be announced at closing of event

  42. Thank You!

  43. Trends - Sophisticated QoSLeveraging Bandwidth for Revenue

  44. Router Market Bifurcation Present Mode of Operation: for addressing IP traffic growth not sustainable Future Mode of Operation: is bifurcation of router into two key functions IP Service Router- specialized, high touch and centralized content manipulation at the data center 1 Router Market Internet Video Off-Net Video Gaming Assemble bandwidth into high capacity bundles IP Traffic Growth Voice • Bandwidth consumption is exploding and new patterns are arising • High router CapEx and OpEx reduce IP service margins • High touch packet processing not required everywhere • Most packet traffic in metro/aggregation is transit Transport-class packet network - deterministic, low cost and distributed, end-to-end connectivity Data center synchronization & virtual machine migration Private enterprise retail and wholesale connectivity P/PE Router Deployments

  45. Ciena-Avaya ATF Proof of Concept Avaya VSP 4000 Switch Avaya VSP 4000 Switch 10.1.10.104 10.1.10.105 SPB SPB 10GE 1GE or 10GE 10GE 1GE or 10GE 10GE G.8032 10.1.10.102 10GE 10GE 10GE 10GE 10.1.10.103 3 10GE 10GE 2 10GE 10GE • ATF Demo Proof of Concept( POC) Solution: • Demo Features: • 2 x 6500 100G Converged Packet Optical Switches • 2 x VSP 4K Switches and 2 x 3960 and 5150 Switches • Solution Benefits: • 100G WaveLogic 3 (WL 3) Programmable DSP Ultimate Flexibility • 100G Coherent DSP Scales from 100G to 400G • 100G Integrated Test-Set (No need External 100G Test Set) • 100G Soft FEC DSP (Bandwidth, Latency, Distance on Demand) • 100G WL 3 can deliver up to 75 trillion operations per second • 6500 8.8 Tbps in a single 6500 System with 100G, 88 Waves, 50Ghz • 3960 and 5150 are Connected to Avaya VSP 4K Switches • Demonstrates seamless inter-op with SPB & Avaya VSP 4K Switches • Demonstrates seamless inter-op end to end over CE and 6500 100G • Demonstrates G.8032 Fast Failover Times • Solution is fully inter-operable with Avaya 4K Switches and SPB • Solution delivers Always Available Network uptime guarantee • Ciena and Avaya’s Unique Value Proposition: • Ciena’s 6500 with 100G WaveLogic 3 and Carrier Ethernet Portfolio can deliver a best in class fully inter-operable end to end Solution with Avaya’s SPB Technology. 10.1.10.100 10.1.10.101 1 Test Link Failure Recovery Time on 100G 6500 Connection 1 100G WaveLogic 3 Core 2 Test Link Failure Recovery on Time on 10GE 5150 to 6500 Connection 3 Test Link Failure Recovery Time on 10GE VSP4K to 5150 Connection ** All Applications between Avaya VSP 4KSwitches remain up and operational in all 3 Failure Scenarios ATF POC P Address Domain: 10.1.10.xxx Subnet Mask: 255.255.255.0 Default Gateway: 10.1.10.1 DNS: 10.1.10.1

  46. Ciena-Avaya ATF Orlando ATF POC Demo Team Messaging • 6500 100G WaveLogic 3 (WL 3) Solution: • Demo Features: • 2 x 6500 7-Slot Switches (AC Powered) • 10x10GE OCI Client Interfaces • 100G WL3 OCLD Line Interfaces • 10GE Connectivity into Avaya Switches • 6500 100G WaveLogic 3 Optical Core. • Demo Benefits: • 100G WL 3 Coherent Optical scales from 100G to 400G • 100G WL 3 Soft FEC with Programmable DSP • 100G WL 3 can deliver 75 trillion operations per second • 100G WL 3 delivers a Dynamic, Intelligent Network • 100G WL 3 delivers maximum Investment Protection • Solution is fully inter-operable with Avaya Switches • Solution delivers 5 9s Network uptime guarantee • Ciena’s Carrier Ethernet Solution: • Demo Features: • 1 x 5150 and 1 x 3960 10GE Connected to Avaya Switches • Demonstrate clean CES (5150 and 3960) inter-op with Avaya VSP 4K Switches • Demonstrate clean end to end 6500 100G WL3 and CES (5150/3960) SPB Packet Flow in between Avaya switches • Demo Benefits: • Solution is fully inter-operable with Avaya Switches • Solution delivers 5 9s Network uptime guarantee • Ciena and Avaya Value Proposition: • Ciena’s 6500 with 100G WaveLogic 3 and Carrier Ethernet Portfolio can deliver a best in class fully inter-operable end to end Solution with Avaya’s SPB Technology and Product Portfolio. Avaya VSP 4000 Switch Avaya VSP 4000 Switch SPB SPB 10GE G.8032 10GE 10GE 100G WaveLogic 3

  47. Avaya – Ciena Service deliverySPB-M provides the service delivery infrastructure using efficient Carrier Ethernet WAN aggregation and connectivity SPB-M Mesh VLLI/CFM Fault Propagation G.8032 G.8032 VLLI/CFM Fault Propagation Packet Optical Transport

  48. Service Centralization Requiring Larger Bandwidth • Long Haul Meshes of service switches located in Central Offices Services are switched in arrays of distributed switches • Metro • LH Centralized service nodes hosted in Data Centers Service flows from edge to data centers at core of metro or LH Metro

  49. Tx DSP WaveLogic 3:Bigger AND Smarter Bandwidth • Soft FEC • New Rx Design TECHNOLOGY ADVANCES • Integrated soft FEC • Greater capacity at longer reaches • Programmable performance for latency-sensitive applications • Improved receiver DSP • 6x increase in processing power • Doubled PMD mitigation • 30% reduced power/card • 32 nm CMOS • 75 trillion operations per second • 4 km of wire in 18 mm die • First transmitter DSP • Programmable modulation • Spectral shaping

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