Multi-Service Cabling in Customer Premises

Transcription

1 ETSI Workshop Making Smart Cities Sustainable" Multi-Service Cabling in Customer Premises Olivier BOUFFANT Orange Labs 8 th of June 2017 Interne Orange 1

2 Content Evolution of usages and services Building backbone for FTTH Residential cabling inside customer premises Evolution of French regulation since 2016 Evolution of residential cabling since 2016 Interne Orange 2

3 Evolution of usages and services Interne Orange 3

4 Evolution of Usages & Services: VHBB Ready! e-technologies - services o Silver Economy o E-medecine o E-learning VHBB flux o Box >100Mbit/s and up to 1 Gbps o LAN interface 1GbE and more New technologies o TV THD (4K-8K), TV 3D o Gaming o In-home Cloud (NAS ) Smart home services o Home connected o Security o Smart Grid Societal approach o IoT o Simplicity (plug & play) o Green solutions Interne Orange 4 4

5 Building backbone for FTTH Interne Orange 5

6 Building cabling for FTTH Since 1st of April 2012 : in France it is mandatory to pre cable the building backbone with fibre (FTTH) French cabling guide UTE and ETSI TS (Telecom risers) : Installation of Floor Distribution Box Installation of Optical ENTI Floor Distributor Drop cable Optical ENTI Riser cable Operators Distribution Point Interne Orange 6

7 Residential cabling inside customer premises Interne Orange 7

8 Structured cabling from the Home Distributor to the customer outlets Coax OF Interne Orange 8

9 Residential cabling since 2010 French standard NFC amendment 3 (in line with EN Homes): It is mandatory to use a patch panel at the HD (Home Distributor) Each room has to be cabled with a minimum of 2 RJ45 outlets in the home It is mandatory to install Optical ENTI for FTTH building 1st April 2012 : it is mandatory to pre cable the building backbone with fibre (FTTH) FTTH DSL Home Distributor Room 1 Home Distributor Room 1 Eth PC DSL DSL ETH Television ENTI RJ45 outlet PC Optique Room 2 Room 2 Optical ENTI PC PC ENTI IP phone POTS phone Interne Orange 9

10 Evolution of French regulation since 2016 Interne Orange 10

11 Evolution of French regulations 2016 Evolution of R of construction code New law in August 2016 It makes mandatory: RJ45 patch panel at HD Single cable to transport al signals inside home (data & broadcast) Minimum of 2 RJ45 outlets in the main room Installation of Optical ENTI Free zone (beside the HD) Figure from «Objectif Fibre» Interne Orange 11

12 Evolution of residential cabling since 2016 Interne Orange 12

13 1 universal network 2 specific networks Since 2016, evolution of residential cabling called «Grade» Definition of cabling grades, according to AFNOR XP C published in September 2016 Grade 1 (cat5) Grade 2TV (cat6) Grade 3TV (cat6a) Optical grade In existing homes: building permit before 10/01/2016 Definition of cabling grades and main characteristics of cabling system TECHNICAL CHARACTERISTICS Cable type Frequencies Bit rate with non - simultaneous use Bit rate with simultaneous use TV-FM-SAT Distribution (DVB-T, DVB-S, DVB-C) Grade 1 (+coax) U/UTP 100 MHz 100 Mbit/s Coaxial cabling Grade 2 (+coax) F/UTP 250 MHz 1 Gbit/s Coaxial cabling In new homes: building permit after 10/01/2016 Grade 2 TV F/UTP with 1 TV foiled pair 250 MHz 1 Gbit/s 100 Mbit/s + TV 2,2 GHz Grade 3 TV x/ftp (1) 500 MHz 10 Gbit/s 100 Mbit/s + TV 2,2 GHz Additional network Optical Grade Optical unlimited 10 Gbit/s 10 Gbit/s + TV 2,2 GHz On TV foiled pair (7/8) 2,2 GHz On TV foiled pair (7/8) 2,2 GHz (1) x : S, F ou SF Interne Orange 13

14 Since 2016, grade 2TV «Grade 2TV» installation is made of cat6 cable and connectors with one foiled pair (for broadcasted TV) AFNOR C standard (cable) allowing bit rate up to 1Gbps over 4 pairs Possibility to put the RGW in the living room Grade 2TV installation principle Interne Orange 14

15 Since 2016, grade 3TV «Grade 3TV» installation is made of cat6a cable and connectors with one foiled pair (for broadcasted TV) AFNOR C standard (cable) allowing bit rate up to 10 Gbps over 4 pairs Possibility to put the RGW in the living room Grade 3TV installation principle Interne Orange 15

16 New standards beyond Gbps an bz (5GBASE-T) bz (2.5GBASE-T) ab 0 1Gbps 2.5Gbps 5Gbps 7.5Gbps 10Gbps Today Ethernet over 100 m (use of 4 pairs): 1Gbps (residential market) on cat5 10 Gbps (LAN market) on cat6a Tomorrow (2 or 3 years), growth of bit rate: 1Gbps over 40m on cat5 cable (1 or 2 pairs) or POF (plastic fibre) 2,5 Gbps over cat5 5 Gbps over cat6 (even cat5) Interne Orange 16

17 New standards for optical Home Network ETSI POF TS series: Plastic Optical Fibre System Specifications for 100 Mbit/s and 1 Gbit/s TS : Application requirements TS : Physical layer ETSI GOF TS : Singlemode Optical Fibre System Specifications for Home Cabling CENELEC EN (European) Cabling system for homes, residential cabling XP C (French) Cabling system for homes, residential cabling 2 proposed optical solutions: 2 nd optical outlet Optical grade Interne Orange 17

18 Optical solutions in XP C nd optical outlet inside premises «Objectif Fibre» recommandation Interne Orange 18

19 Optical solutions in XP C Optical grade with silica fibre (SMF or MMF) or plastic fibre (POF) Home Distributor Wifi outlet (with media-converter) Optical Patch panel Optical Box Example of Optical ENTI Optical ENTI Optical outlet RJ45 outlet (with media-converter) Interne Orange 19

20 Thank you! Interne Orange 20

21 Appendix Interne Orange 21

22 Statistics new residential premises«gbps Ready» (INSEE) Parc logements Gbps Ready Parc logements équipés Gbps Année Nouveaux logements annuel Installations conformes aux obligations Mise en conformité avec travaux (prise, accessoires GTL) Non conformes Nouveaux logements potentiels Gbps ready annuel Parc logements Gbps ready Total logements % logements Gbps ready / total logements % 0% 80% % 0% 80% % 20% 40% % 20% 40% % 20% 40% % 20% 20% % 20% 20% % 15% 5% % 15% 5% % 15% 5% % 15% 5% % 15% 5% % 15% 5% % % 15% 5% % 15% 5% % 15% 5% % 15% 5% % 15% 5% % Interne Orange 22