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Enabling GENI Connections Quilt GENI Workshop Heidi Picher Dempsey July 22, 2010.

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Presentation on theme: "Enabling GENI Connections Quilt GENI Workshop Heidi Picher Dempsey July 22, 2010."— Presentation transcript:

1 Enabling GENI Connections Quilt GENI Workshop Heidi Picher Dempsey July 22, 2010

2 Regional and Campus GENI Many projects with different needs and /GEC8DemoSummary All projects eventually enable experiments between researchers and infrastructure spanning multiple locations (usually campuses) Most separate control, data, instrumentation planes Notable exceptions like Million Node GENI (may not be exceptions in the long run) Network protocol experimentation makes layer 2 connections important for many projects GENI campus connections in Spiral2 mostly 1Gbps, some 10Gbps, but will grow quickly. About 75% of Quilt members already support GENI projects. Role of regionals expanding (e.g. GENI racks)

3 Nationwide Meso-scale Prototype Current plans for locations & equipment WiMAX ShadowNet Salt Lake City Kansas City Washington, DC Atlanta Stanford UCLA UC Boulder Wisconsin Rutgers NYU Polytech UMass Columbia OpenFlow Backbones Seattle Salt Lake City Sunnyvale Denver New York City Houston Chicago Los Angeles Atlanta OpenFlow Stanford U Washington Wisconsin U Indiana U Rutgers Princeton Clemson Georgia Tech Arista 7124S Switch Toroki LightSwitch 4810 HP ProCurve 5400 Switch Juniper MX240 Ethernet Services Router NEC IP8800 Ethernet Switch NEC WiMAX Base Station

4 Meso-Scale in the backbones Internet2 and NLR installing 5 OpenFlow switches in each backbone (HP ProCurve and possibly a second vendor) NLR 3-node backbone live for GEC8 demo ProtoGENI installing additional nodes (2 or more) in Internet2 and integrating prototype OpenFlow GENI layer 2 data planes starting to appear across backbones, regionals and campuses – ION, FrameNet and custom network engineering "stitching" VLANs – ORCA, IGENI demonstrating dynamic VLANs at GECs – NLR and I2 10Gpbs layer2 interconnect at Atlanta ShadowNet: installing 3 Juniper M7i routers for measurements in I2 PoPs this year Find updates through GENI wiki Spiral Two page ( Internet2 MX-960 conns NLR dwgs courtesy I2, NLR

5 MesoScale in the Regionals Plain old IP Tunneling above layer 2 (GRE, OpenVPN) Layer 2 – Single VLAN (801.q tagged) – VLAN translation (Supported in ION, not Sherpa/FrameNet) – Layer 2 tunneling (MPLS, QinQ) (DRAGON, OpenFlow) – Direct fiber to NLR or I2 backbone (ION, FrameNet) – Access via FrameNet/ION procedures (duration, bw limits,first-come first-served) More info (how-tos, track connections, references) site BBN snippet

6 MesoScale in the Regionals (cont) International – GpENI – iGENI (Starlight) – K-GENI (Korea/Indiana only) – ORBIT (Australia only) – PrimoGENI (Brazil) – Others brewing Mobile/Wireless (over L2 or IP at regional) – WiMAx – OpenFlow WiFi (Openroads) – Offloading/Application Migration (e.g. Android phones) University of Wisconsin – Million Node GENI dwgs courtesy iGENI

7 DRAGON dwgs courtesy iGENI MAX, GpENI, TIED projects (may be others) Dynamic resource allocation via GMPLS-enabled control plane MAX supports sliced edge compute resources (myPLC) and network virtualization with a GENI Aggregate Manager Layer 2 Ethernet switches with dedicated 1 GbE and 10GbE connections Layer 3 IP (management, control and general connectivity) Programmable network hardware — NetFPGA card installed in rack mounted PC o acts as OpenFlow switch, programmable router, packet generator, etc. o offers advanced measurement capabilities

8 ProtoGENI and ORCA ProtoGENI backbone (5 locations in I2) – Current nodes on 10 GE dedicated connections to Infinera GENI wave – Moving to 1 GE ION links between nodes in August (stay tuned) – Campuses access via IP, ION or dedicated layer2 (through regional) ORCA clearinghouse uses NLR backbone in Spiral 2 – Campuses connect via FrameNet, iGENI, and regional optical networks – Dynamic VLAN allocation – ORCA broker plans to eventually support many mixed connection types dwgs courtesy iGENI

9 Op enFlow Deployment Roadmap

10 Clemson OpenFlow Example Multiple layer 2 & 3 connections VLAN 3711 connects BBN and Clemson via NLR, SoX and NoX.

11 Application (Experiment) Example LLDP workaround

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