Virtualized Converged Data Centers & Cloud how these trends are effecting Optical Networks Todd Bundy Director, Global Alliances-Enterprise ADVA Optical Networking tbundy@advaoptical.com 203-746-8060
Connecting Data Centers - today! Two dominant protocols! Fibre Channel and FICON SAN! 2G, 4G and 8G soon 16G! vendors: Brocade and Cisco! Used for Traffic! Ethernet LAN! 1, 10GE, 40GE! vendors: Cisco, Foundry, Extreme, Juniper, HP! Used for LAN traffic and server clustering! Connectivity between data centers based on WDM! Lowest latency and 100% transparent! Provides required bandwidth up to 1 Tbps! Can transport all protocols 2
What is the effect of Data Center Convergence on Optical Networks?! Convergence of SAN & LAN onto a common fabric! Value propositions:! Server I/O Consolidation! Single physical fabric! Single management system! Emerging Interfaces and Protocols:! 10G DCB (Data Center Bridged Ethernet) -Lossless Ethernet! DCB Applications:! Synchronous Disk to Disk Mirroring and Traffic (uses oe)! VMware VMotion (uses Ethernet, benefits from QoS and low latency features of DCB)! Customers:! Large Enterprise! Financial Institutions! Cloud Providers! R & E Servers Multiple fabrics One fabric 3
What is the effect of Server Virtualization On Optical Networks? Oracle SQL Application Servers Email File Print DNS Domain Deploy several virtual machines on one server using virtualization software (VmWare) 10/40 10G DCB Converged Ethernet 8/16 Gbit/s Fibre Channel consolidating servers drives higher port counts and data rates on optical networks! 4
What effect does Cloud have on Optical Networks? Security is #1 issue! Local ADVA Encryption Demo Remote Video Converter Converter Cu Video FO NMS SSH via USB FO Fiber Tap encrypted encrypted NMS SSH via USB non-encrypted NMS SSH via USB FO Converter Cu Video? 5
Connecting Data Centers today with & Workload, BC/DR Synchronuos Disk Mirror Fiber LAN Connectivity Server Clustering Ethernet Ethernet Legend - LAN 8G - SAN Main Site Remote Site 6
Connecting Data Centers today with oe/dcb Workload, BC/DR Synchronuos Disk Mirror Fiber Ethernet LAN Connectivity Server Clustering DCB DCB Ethernet - virtual Images - I/O Consolidation - 10G oe/dcb Legend 8G 16G oe/dcb - virtual Images - I/O Consolidation - 10G oe/dcb 7
Connecting Data Centers near future Workload, BC/DR Synchronuos Disk Mirror DCB Gateway DCB Gateway Fiber DCB Core DCB Core DCB LAN Connectivity DCB Moving VMs (Virtual Machines) - virtual Images - I/O Consolidation 10G oe/dcb Legend 8G 16G oe/dcb - virtual Images - I/O Consolidation 10G oe/dcb Main Site Backup Site 8
Connecting Cloud Data Centers - future DCB Core Dynamic Optical Transport DCB Core Site A Site B DCB Core Site C 9
ADVA-Juniper Packet Optical Integration Workload, BC/DR Synchronuos Disk Mirror QFX Fiber QFX EX/MX LAN Connectivity EX/MX QFX QFX Moving VMs (Virtual Machines) - virtual Images - I/O Consolidation 10G oe/dcb Legend 8G 16G oe/dcb - virtual Images - I/O Consolidation 10G oe/dcb Main Site Backup Site 10
ADVA-Juniper IBM Connecting Cloud Data Centers OSS Tivoli () IBM servers System X, P, Z, or blades End to end OSS view FSP NM/ SM End-to-end wavelength path fault and performance monitoring surveillance IBM servers System X, P, Z, or blades BNT G8264 TOR BNT G8264 TOR MX/EX Colored optical interfaces on routers avoids additional OEO Dynamic Optical Transport Colored 10/100Gbit/s Interoperable peering control plane for automated resource provisioning. Reconfigurable optical layer. Migration to colorless ROADM and directional switching ROADMs for full dynamic flexibility without manual intervention :: Optimized, integrated Ethernet Optical Network improves network efficiency :: Reduced OEO transitions, flexible bandwidth usage :: Dynamic optical layer migration. 50GHz channel spacing, 10/40/100Gbit/s :: Integrated end-to-end surveillance 11
ADVA-Juniper IBM Connecting Cloud Data Centers OSS Tivoli () IBM servers System X, P, Z, or blades End to end OSS view FSP NM/ SM End-to-end wavelength path fault and performance monitoring surveillance IBM servers System X, P, Z, or blades BNT G8264 TOR BNT G8264 TOR MX/EX Dynamic Optical Transport Colored 10/100Gbit/s Interoperable peering control plane for automated resource provisioning. Colored optical interfaces combine FSP 3000 and MX integrated wavelengths onto a common fiber path Reconfigurable optical layer. Migration to colorless ROADM and directional switching ROADMs for full dynamic flexibility without manual intervention :: Optimized, integrated Ethernet Optical Network improves network efficiency :: Reduced OEO transitions, flexible bandwidth usage :: Dynamic optical layer migration. 50GHz channel spacing, 10/40/100Gbit/s :: Integrated end-to-end surveillance 12
Take away-adva FSP is the perfect convergence mechanism using Native Channels transparent to protocol with lowest latency, provides unlimited bandwidth and performance offers investment protection! fully Encrypted payload 10 B SAN Market 10 B SAN Market Fibre Channel FICON Channel ESCON Channel Infiniband Ethernet DCB/oE Sonet/SDH ADVA s Fiber Fibre Channel FICON Channel ESCON Channel Infiniband Ethernet DCB/oE Sonet/SDH FULLY ENCYPTED PAYLOAD AT THE PHYSICAL LAYER 13
Thank you