Nyt net nye muligheder Forskningsnettets nye optiske infrastruktur ?

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1 Nyt net nye muligheder Forskningsnettets nye optiske infrastruktur ? DeiC Informationsmøde 16. september 2016 Divisionsdirektør Martin Bech

2 Du er i det rigtige rum, hvis du vil høre om Den (lidt besværlige) proces, der har ført frem til i dag Hvad vi har købt Hvilke fremtidsperspektiver vi ser Installationsprocessen Nyt net i øvrigt Lidt om tjenester DeiC Net & Services 2016

3 Indledende øvelser Oplæg til beslutning og budget i 2014 Vedtagelse af budget og proces i bestyrelsen Styregruppe for projektet Brugerundersøgelse, analyse, designvalg, kravspecifikation (gennemgået på konferencen 2015) Prækvalifikation december for lille tilslutning, derfor: Ny prækvalifikation start 31. marts DeiC Net & Services 2016

4 DeiC Net & Services 2016

5 Ny udbudslov 2016 Danmark implementerer direktivet i national lov Som det første land DeiC Net & Services 2016

9 Den store nyskabelse European Single Procurement Document Forkortet ESPD Som er obligatorisk En slags selvangivelse for bydere DeiC Net & Services 2016

10 6 siders regulativtekst 13 sider ESPD Udgivelse af ESPD: EU-regulativ 2016/ DeiC Net & Services 2016

11 ESPD som PDF med JPG-filer DeiC Net & Services 2016

12 Online-version af ESPD DeiC Net & Services 2016

13 Dette oversættes til XML DeiC Net & Services 2016

14 og tilbage igen til evaluering DeiC Net & Services 2016

15 Prækvalifikation 5 bydere: DeiC Net & Services 2016

16 Time schedule of the whole process DeiC Net & Services 2016

17 Fælles erfaringer efter forhandlingsrunden Vi kan opsige service med 6 måneders varsel i stedet for 6 uger Leverandørerne protesterer i varierende grad over vores crazy professor scenarie, men efterkommer vores ønsker Avoidance/afvisning er eksotisk for dem Garanti i tre år uspecificeret har alle ønsket at bringe i overensstemmelse med producentens garantier Hvis vi flytter mere end 50% af trafikmatricen over på systemet har vi de facto accepteret leverancen DeiC Net & Services 2016

18 Kvalitet: 5 points Ericsson (ECI Apollo) Produktlinie: Apollo 96XX + Artemis Har også alt 88x50GHz Løsningen for 1G er add/drop mux Beskyttelse findes både som 1+1 og/eller med linieside switching Alien lambda feels at home Yes til alt! DeiC Net & Services 2016

19 Ericsson - services Kvalitet: 4,9 points Leveringsprocedure og factory staging helt baseret på den fremgangsmåde vi foreslår De har en troværdig leveringsplan på 20 uger! DeiC Net & Services 2016

20 Ericsson forbehold Nu kun helt rimelige præciseringer Vores appendix 8 om bod mv accepteret as is! DeiC Net & Services 2016

21 Prisen Under halvdelen af det budgetterede Også billigst over 10 år Transponderpriser for 10G λ sæt på 27-55kkr 88 bølgelængder inklusive Alle ROADMs er født 4-vejs Opgradering 2-vejs til 3-vejs: 69kkr Konvertering ILA ROADM : 220kkr Jeres betaling: Som sædvanligt i 2016, men nye, lavere priser i DeiC Net & Services 2016

24 Vores nuværende DWDM-net ALU 1626LM Med to separate 2-vejs noder i LGB og ORE OADM ILA <1km 61,9km AL2 66,6km FAR 82,4km AL1 89,7km HOB 71,5km HOL 80,4km 37,2km BAL LGB LGB HER SIL 1,2km AR2 RISO 88,0km 58km 32,6km AR1 73,8km RUC 8,4km 14km 7,8km PAN 32,7km 103,4km OD2 TAAS KUA VEJ KOL 84,3km 75,9km <1km OD1 34,1km OD3 NYB 81,3km 88,4km NAS SLA 96,1km 28km 8,0km ORE ORE DeiC Net & Services 2016

25 Ny optisk backbone i ,9km 66,6km FAR 82,4km AL2 <1km AL1 HOB 89,7km 71,5km 4-vejs noder i LGB og ORE Muliggør forbindelser mellem de to ringe uden yderligere udgifter end transponderne i hver ende Mere redundans mellem LGB og ORE HOL 80,4km 37,2km BAL LGB OADM ILA HER SIL 1,2km AR2 RISO 88,0km 58km 32,6km AR1 73,8km RUC 8,4km 14km 7,8km PAN 32,7km 103,4km OD2 TAAS KUA VEJ KOL 75,9km <1km OD1 NYB SLA 28km 8,0km 84,3km OD3 34,1km 81,3km 88,4km NAS 96,1km ORE DeiC Net & Services 2016

26 Ny optisk backbone i ,9km 66,6km FAR 82,4km AL2 <1km AL1 HOB 89,7km 71,5km Ny lokation i Skanderborg på DWDM-nettet Muliggør kortere forbindelser og kortere redundansstrækninger for mange forbindelser i Jylland og på Fyn HOL 80,4km 37,2km BAL LGB OADM ILA HER SIL 1,2km AR2 RISO 88,0km 58km SKBG 32,6km AR1 73,8km RUC 8,4km 14km 7,8km PAN 32,7km 103,4km OD2 TAAS KUA VEJ KOL 75,9km <1km OD1 NYB SLA 28km 8,0km 84,3km OD3 34,1km 81,3km 88,4km NAS 96,1km ORE DeiC Net & Services 2016

27 Ny optisk backbone i 2017 ILA i NYB kan undværes Sparede driftsudgifter til et site, hvor vi alligevel næppe vil få brug for tilstedeværelse OADM ILA <1km 61,9km AL2 66,6km FAR 82,4km AL1 89,7km HOB 71,5km HOL 80,4km 37,2km BAL LGB HER SIL 1,2km AR2 RISO 88,0km 58km SKBG 32,6km AR1 73,8km RUC 8,4km 14km 7,8km PAN 32,7km 103,4km OD2 NYB TAAS KUA VEJ KOL 75,9km OD1 <1km 122,5km SLA 28km 8,0km 84,3km OD3 81,3km NAS 96,1km ORE DeiC Net & Services 2016

28 Ny optisk backbone i 2017 <1km HOL og NAS konverteres til ROADMs Muliggør korte, sorte fibre til lokationer i disse byer i stedet for lange, dyre kapacitetsforbindelser OADM ILA 61,9km AL2 66,6km FAR 82,4km AL1 89,7km HOB 71,5km HOL 80,4km 37,2km BAL LGB HER SIL 1,2km AR2 RISO 88,0km 58km SKBG 32,6km AR1 73,8km RUC 8,4km 14km 7,8km PAN 32,7km 103,4km OD2 TAAS KUA VEJ KOL 75,9km OD1 <1km 122,5km SLA 28km 8,0km 84,3km OD3 81,3km NAS 96,1km ORE DeiC Net & Services 2016

29 Ny optisk backbone i ,9km 66,6km FAR 82,4km AL2 <1km AL1 HOB 89,7km 71,5km OD2 og OD3 konverteres til 3-vejs noder Kortere redundansstrækninger for en masse forbindelser i hele landet Fremtidssikring HOL 80,4km 37,2km BAL LGB OADM ILA HER SIL 1,2km AR2 RISO 88,0km 58km SKBG 32,6km AR1 73,8km RUC 8,4km 14km 7,8km PAN 32,7km 103,4km OD2 TAAS KUA VEJ KOL 75,9km OD1 <1km 122,5km SLA 28km 8,0km 84,3km OD3 81,3km NAS 96,1km ORE DeiC Net & Services 2016

30 Fremtidssikring 88 kanaler à 50GHz fra starten 100Gbps og formodentlig snart 200Gbps kan klemmes ind i 50GHz kanaler Nye forbindelser på tværs betyder mindre delay også på redundansstrækningerne Strækninger med mange benyttede kanaler bliver aflastet Alien waves bliver testet allerede fra starten Udbygning med flere ringe og lokationer langt mere realistisk fordi omkostningerne er meget lavere end hidtil: alle noder er essentielt set 4-vejs fra starten DeiC Net & Services 2016

31 The Apollo family

32 Apollo opt " racks, with 221 mm height (5U), 443 mm width, and 253 mm depth 8 Universal slots - Share the same cards with 9624 and 9603 shelves Redundant Controller Redundant power

33 Project requirements A Layer 1 optical network 9608 for A/D, 9603 for ILA Transport of 1, 10, and 100G services AOC10B, TR10_12 and TM100 With 3 4 way nodes Comply optical channels Designed for 88chs 50Ghz spacing No Regeneration Comply No switching\routing functionality Comply 19 racks Comply No BER noise floor Comply System clock synchronization Comply ILA to OADM migration capabilities Comply

34 1g access rings over otu2 Efficiently aggregating 1G services The card has integrated crossconnect capabilities, providing more efficient utilization of the lambda Up to 8x1GE aggregated According to standard GE mapping to OTU Multiple client interface types: STM-1/OC-3, STM-4/OC-12, GbE, FC/FC2/FC4, OTU-1, STM- 16/OC-48, DVB-ASI, SDI, or HD-SDI

35 Traffic design example for 1G Circuit Endpoint Endpoint Alternative Service Type Remarks Lambda name A B circuit FSK-116 9x1GE B LGB PAN FSK FSK-004 9x1GE C AR2 OD2 None Currently OD AoC_10B Pass through AoC_10B A/D

36 1 gbe aggregation card For DeiC architecture, ECI offer the AoC_10B service card for the 1xGBE services 16 SFP-based client ports, software configurable to support GbE, 1G FC, 2G FC, 4G FC, STM-1/OC-3, STM-4/OC-12, STM-16/OC-48, and OTU-1 services Two independent XFP-based OTU2 line ports 40G ODU-XC ADM on Card GFEC or EFEC on all ports 16 independent Clients 1GbE FC-1/2/4G STM1/4/16 OC3/12/48 OTU1 SFP SFP SFP SFP SFP SFP < 30 Watt OTN XFP XFP OTU2 (10G)

37 AOC10B configurations ADM on card with Line protection P1 P2... P8 OTN Mapper P17 P18 ADM on card with Client protection Dual 8 clients Muxponder P1 S/C P2... P16 OTN Mapper P17 - East P18 - West P1.. P2. P16 OTN Mapper P1 7 P1 8

38 10G service mapping Offering dense, smart, efficient and scalable mapping of multiple client types 10G LAN, STM-64/OC-192, OTU2/OTU2e, FC8G/FC10G/FC16G 10G services are designed in either OCH 1+1 with card protection Y protection on card

39 Traffic design example for 10G Circuit Endpoint Endpoint Alternative Service Type Remarks Lambda name A B circuit FSK GE B AR1 RUC FSK FSK GE C AR1 SIL None 19 Tr10_12

40 10 GBE service card TR10_12 High Density 10G Transponder For DeiC architecture, ECI offer the TR10_12 service card for the 10GBE services First to market with full SFP+ transponder for maximum 10G density Single slot in any Apollo platform Six independent client-network transponder pairs <60W (w/ all pluggable) FEC or EFEC on all ports FC16G (two max per card) Ultra low latency mode 6 independent transponders 10GbE FC- 8/10/16G STM64/ OC192 OTU2/2e < 60 Watt w/all pluggables SFP+ SFP+ SFP+ SFP+ SFP+ SFP+ OTN SFP+ SFP+ SFP+ SFP+ SFP+ SFP+ OTU2/2e (10G)

41 Tr10_12 service card configurations Unprotected Client-to-Line Y-Protected P1 P7 P1 P7 P2 P3 P4 OTN Mapper P8 P9 P10 P2 P3 P4 OTN Mapper P8 P9 P10 P5 P11 P5 P11 P6 P12 P6 P12 Ultra-low Latency (*ULL) Traffic and Card Protected with splitter/coupler P1 P2 P3 P4 P5 P6 OTN Mapper P7 P8 P9 P10 P11 P12 P1 P6 P1 P6 TR10_12 Card A IOP TR10_12 Card B P7 P12 P7 P12 *ULL supported rates: 8G/10G/16G-FC, 100GbE

42 100G service mapping Alien lambda mapping Wavelengths detection at ROADM networks, using ROADM built in OCM (Optical Channel Monitoring). Creating a virtual Alien transceiver at management system (embedded and EMS level) for enabling Alien Lambda LIGHTPULSE Creating a Virtual Alien card/module at the NMS for presenting Un-Managed- Elements for presenting trails with non-eci equipment. Native lambda mapping elastic capability of selecting 3 different type of clients: 10GbE\40GbE\100GbE enabling up to 1200km unregenerated links

43 Traffic design for 100G Circuit name Service Type Endpoint A Endpoint B Alternative circuit 100GE A LGB ORE None Alien 100GE A LGB AR1/2 None PoC Remarks Lambda PoC, via Aalborg TM100 Alien Lambda (EOL OSNR 19dB)

44 Tm100 service card 1,500Km/2300Km reach NRZ DP-QPSK C-band tunable 50 GHz spacing SD-FEC w/ 15% overhead CD tolerance 27,000 ps PMD tolerance 15 ps Pluggable line 100GbE (LR4/SR10) Or 2 * 40GbE (SR4) Or 10 * 10GbE (SR10/LR10) < 85 Watt w/all pluggables CFP2 OTN CFP

45 Tm100 service card configurations 1500Km/2300Km CFP 100G coherent TM Km/2300Km CFP 100G coherent TM Km/2300Km CFP 100G coherent TM100 CFP2 LR4/SR10 LC/MTP24 LC/MTP24 10km (LR4) 100m (SR10) MTP12 MTP24 40GbE SR4 CFP2 SR10 100m 40GbE SR4 LC MTP24 CFP2 SR10 10GbE 10GBASE-SR 10km LR10* *V m (SR10) 100GbE LR4/SR10 OR

46 ROADM site example Traffic is added/dropped or passed through Artemis Artemis 1P 4A Artemis 4A

47 AR1 fylder f.eks. nu kun 1 rack, og bruger kun 474W

48 ILA site example Artemis 1P 9603

49 Lightsoft nms UNIFIED NETWORK MANAGEMENT Carrier Ethernet, MPLS, DWDM, OTN, SDH Full FCAPS INTUITIVE Point-and-click E2E service creation SCALABLE 20K NEs, 1M trails & tunnels APPLICATION AWARE Path finding, QoS monitoring, service restoration, CNM, more Security Apps Control Transport OPEN Multi-vendor management via generic EMS easy and field proven OSS integration supported by rich set of northbound interfaces

50 Lightpulse integrated Real-time optical performance monitoring Eliminate truck rolls Fully embedded and automated, no hands-on End-to-End Coverage Any Apollo or alien wavelength Optimal Light Path selection For provisioning and restoration Total Power (dbm) -15 Power Per Channel (dbm) -24 Number of Channels 8 Transmitted Channels (G.694.1) Channel Type ODU2 ODU2 ODU2 ODU4 Accumulated Dispersion (PS/nm) OSNR (db/0.1nm) PMD (PS) Distance (Km) NL (dbm) G and LTE OPT OPT OPT Triple Play OPT OPT OPT OPT OPT OPT Access Aggregation Core

51 L1 encryption Client agnostic 10G/100G/200G links 100% throughput, wire speed Diffie-Hellman key exchange AES-256 encryption with GCM extensions X.509 Authentication with third-party administration option Enterprise office Enterprise IT Admin Apollo NE-A NE-A Private Key Encrypted Optical Link Intercepted data is indecipherable Network Key Manager used by Enterprise customer to administer encryption of and monitor their links Apollo NE-B NE-B Private Key Cloud-based applications

52 ECI SDN Open, flexible, programmable Long service Shorter SDN solution for the WAN provisioning TTM cycles Enables smooth migration from brownfield networks to Greater a full SDN+NFV topology Limited NFV operational interoperability/ SDN efficiencies rigid Creates architecture new revenues by supporting complex services over Closed multiple layers of physical and virtual network resources management Virtualizatio system n Lowers Capex and Opex through more efficient resource Traditional use working processes New level of services ECI Proprietary 64

53 SDN - Phase 2 99xx Packet support MPLS-TP. HIO G capacity, fabric connected 5x100G - 100Ge/OTU4 client or coherent line 4QAM V8.4 2x200G Coherent line 8QAM (Q4/17) TM200EN 200G Transponder/Muxponder Encrypted, 10/40/100GE, 16/32G-FC. SDN optical controller 99xx Packet support Phase 1 OSC8_T 1588 timing V8.2 support Mini OTN, pay as u grow (Q2/17) 800G OTN-XC, with up to four MIO G OTN- XC card. ROADM20_TF High count ROADM twin ROADM20_CF MxN ROADM site collector OA_DLF/OA_DHF - Dual amplifier for ROADM site V8.0 OTDRLH (Q1/17) Long haul OTDR ASON Priority and Preemption DeiC Net & Services 2016

54 Success stories: DFN Company Overview and Opportunity Provides communication services for science and R&D in Germany Connects over 750 institutions Customer RFP Highlights Opportunity Network upgrade to support high performance and flexible broadband applications Network Access-to-core network with over 100 nodes ECI Solution 11,000 Km of fiber ECI Solution OTN Transport + Switching solution Transponders and muxponders at access for service aggregation ODU-XC Network at core for Diagram grooming Core network mesh connectivity using 10G and 100G coherent 88 channels Multi-degree CDC ROADMs in all nodes WSON Why ECI? Complete, flexible and competitive transport solution now 100G transponder performance CDC ROADM Why flexibility ECI Lower opex through LightPULSE and LightSOFT end-to-end comprehensive network management Future proof e.g. 1T, Data services.

55 Success stories: SWITCH Company Overview and Opportunity National research and education network in Switzerland Opportunity Replace old 2.5G/10G Customer RFP Highlights DWDM network with 100G and ROADMs Network Diagram ECI Solution ECI Solution OTN Transport solution 88 channel 10G/100G transponders and muxponders Network Diagram Multi-degree colorless and directionless ROADMs, mixed with Fixed OADMs Customized service solution Why ECI? Strong technical compliance, willingness to support non-standard requirements Prior experience with NRENs (national research and education Why ECI networks)

56 Success stories: grnet

58 Leverandørkonfigurationen DeiC DeiC DK DK Netnordic Relacom Ericsson Alcatel-Lucent /Nokia ECI DeiC Net & Services 2016

60 Installationsprocessen DeiC Net & Services 2016

63 Potentielle problemer ifm. Installationen (pr. dd.) OADM ILA <1km 61,9km AL2 66,6km FAR 82,4km AL1 89,7km HOB 71,5km HOL 80,4km 37,2km BAL LGB HER SIL 1,2km AR2 RISO 88,0km 58km SKBG 32,6km AR1 73,8km RUC 8,4km 14km 7,8km PAN 32,7km 103,4km OD2 TAAS KUA VEJ KOL 75,9km OD1 <1km 122,5km SLA 28km 8,0km 84,3km OD3 81,3km NAS 96,1km ORE DeiC Net & Services 2016

68 Løsningen DeiC Net & Services 2016

70 Ibrugtagning Fra februar/marts 2017 Gradvis et kredsløb ad gangen Sammen med alle jer Afsluttet i løbet af sommeren 2017 hvis alt går vel DeiC Net & Services 2016

72 Nye forbindelser DeiC Net & Services 2016

74 DeiC Net & Services 2016 To ringe i Jylland er de nye store projekter - Begge 10G på CWDM

75 Tjenester Ny videokonferencetjeneste undersøges edusafe VPN service på vej i test DDoS beskyttelse på vej data.deic.dk i produktion DMP online FileSender nu del af Digital Eksamen Serviceinfo opgraderinger (APIs mv) Dashboard for institutioner Separate indlæg i morgen DeiC Net & Services 2016

77 DeiC skriver regninger til 190 institutioner DeiC Net & Services 2016

80 DeIC s tjenester Forskningsnettet Nettet Basale netnære tjenester Netetablering Serviceinfo End-to-end overvågning eduroam ipass Certifikater WAYF Computing&Storage Nationale HPC faciliteter PRACE Datamanagement-initiativer Kompetencecenter PR & Community Kaltura Mediasite data.deic.dk DMP online DKCERT Adobe Connect Videokonference (H.323) Nyheder på vej edusafe DDoS beskyttelse DeiC Net & Services 2016