Meeting Home Networking Bandwidth Needs with GEPOF Technology

Gigabit Ethernet over Polymer Optical Fiber (GEPOF) is a promising technology addressing the growing bandwidth requirements in home networking. Advances in FTTH technology enable high-speed connections for Smart Homes, supporting services like cloud computing, 4K video streaming, and Internet of Things. The existing networking mediums face limitations, but GEPOF offers a solution with high bandwidth potential and efficiency. Compared to copper, fiber optics show superiority in bandwidth growth potential and reliability. IEEE 802.3 GEPOF Study Groups delve into these advancements to meet future connectivity demands.

• Home Networking
• GEPOF Technology
• Fiber Optics
• Bandwidth Growth
• Smart Home

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1. Home Networking bandwidth growth needs and POF Eugene (Yuxin) DAI PhD Cox Communications Gigabit Ethernet over POF Study Group October , 2014

2. OUTLINE Home networking requirements GEPOF use cases FTTH home networking applications FTTH MDU applications DOCSIS HFC home networking IEEE 802.3 GEPOF Study Group 2

3. Home, Smart Home, Gigabit home Advance of FTTH technology enables gigabit services to the home 10G EPON can provide 10 Gbps symmetric shared bandwidth NG-PON2 can provide 40 Gbps aggregated capacities Several service providers have announced providing Gigabit services to residential and business customers Smart Home requires high bandwidth (data rate) connectivity in home Cloud, 4K video, multi-room DVR, high speed Internet, Internet of things The current home network physical medium may become the bottlenecks IEEE 802.3 GEPOF Study Group 3

4. Home networking mediums today Power line Twisted pair (Since 1880 s) Homeplug av What are in common? G.HN Limited spectrum bandwidth Limited data rate Vulnerable to RF interference Vulnerable to EMI Complexity at PHY & MAC layers Air or vacuum (better be air) Coax cable (Since 1940) 802.11x MOCA WiFi Tomorrow, SMART HOME needs networking medium that can meet the bandwidth growth in the coming decades and centuries IEEE 802.3 GEPOF Study Group 4

5. PHY overheads do matter Low overhead is essential for mediums that have limited spectral resources medium Standard PHY rate MAC rate Twisted pair G.HN 900 Mbps 500 Mbps Coax MOCA 2.0 base 700 Mbps 400 Mbps MOCA 2.0 Extended 1.4 Gbps 800 Mbps Power line HomePlugAV 200 Mbps 80 Mbps HomePlug AV2 (SISO) 750 Mbps 300 Mbps POF may provide the spectral resource needed, and GEPOF may provide the required bandwidth and efficiency IEEE 802.3 GEPOF Study Group 5

6. Fiber or Copper for Home Networking? Cooper Fiber Advantages Advantages Optical medium Immune to EMI Immune to RF noises Non conductive cables Immune to lighting strike Eliminating Spark Hazards Higher bandwidth growth potential Well Established foot print in home Twist pair phone line Coax New cooper based home networking standards G.hn, MoCA2, homeplug AV2 Disadvantages Disadvantages Very limited bandwidth grow potential Small or no installed base GOF is hard to handle When bandwidth growth potential is the key weight, fiber is the choice for home networking

7. GOF or POF for Home Networking? POF advantages Large core diameter ~ 1mm Low cost connectors Easy installation and termination Low cost light sources for POF High speed LED VCSEL Comparison POF with GOF Diameter (mm) Cladding 1 Core 0.5 0.125 GOF MMF(62.5um/125um) GI-POF SI-POF GOF advantages Infinite amount of bandwidth for home networking POF disadvantages Limited to short reach networking applications GOF disadvantages Need professional person and equipment for installation When easy installation, termination of fiber is the key weight, POF is the choice for home networking

8. GEPOF use case 1: DOCSIS home networking Problem Solution Even though Coax cable has a shield, it can still be subject to EMI and RF interferences Some customer sites experience persistent EMI and/or RF interferences Replace in home Coax cable with POF A cable operator in US reported very positive results Fiber, up to 60km Coax, ~ 300m POF cable CM CM GEPOF Switch CM Optical Node CMTS CM HeadEnd A cable operator in US already use POF for DOCSIS HFC home networking IEEE 802.3 GEPOF Study Group 8

9. GEPOF use case 2: FTTH + POF home networking GEPOF converter Central Office/HeadEnd ODN POF cable TDM GEPOF Switch ONT 1:N OLT 10G EPON TDMA ONT FTTH 20 km standard reach POF 50m 100m 10G EPON provides Gigabit service to the home GEPOF switch provides P2P Gigabit Ethernet in home POF network Active GEPOF converters provide Gigabit Ethernet connectivity in home To active GEPOF wall jack today Connect to wireless routers and/or consumer devises To passive POF wall jack in the future IEEE 802.3 GEPOF Study Group 9

10. GEPOF use case 3: MDU applications Central Office/HeadEnd GI-POF POF cable ODN GEPOF RE/SW GEPO F ports TDM MDU ONT 1:N OLT POF cable 10G EPON GEPOF RE/SW TDMA ONT FTTB 20 km MDU network 200m FITH 50m 100m MUD ONT with GEPOF ports provide GE to multiple homes and/or apartment units over POF cable GI-POF may be needed for MDU POF networks in order to achieve Gigabit rates with extended reach (further study) GEPOF repeater/switch provide GE to in home SI-POF network IEEE 802.3 GEPOF Study Group 10

11. POF transmission rate today GEPOF technology is proven, Gigabit rate transmission on 50m SI-POF demo product is available Experiment of 5.6 Gbps transmission on 50m GI-POF is reported* *]Visani et. al., Photon. Technol. Lett., 23, 768 (2011) 11

12. POF for bandwidth growth 500 650nm window Attenuation dB/km 400 300 200 100 700 500 600 400 The 650nm red window can be used for GEPOF today More low attenuation windows can be used in the future GI-POF for multi-Gigabit home networking IEEE 802.3 GEPOF Study Group 12

13. Summary The advances of PON provide Gigabit and above services to the home Home networking needs to keep up with the bandwidth for the next decades POF is a promising physical medium to meet the home networking bandwidth growth today and in the future POF also have advantages in the situation that EMI and RF interferences hard to correct We have discussed 4 GEPOF use cases FTTH + FITH FTTH + FTTD FTTH MDU DOCSIS HFC home networking IEEE 802.3 GEPOF Study Group 13

14. Thanks Eugene.dai@cox.com IEEE 802.3 GEPOF Study Group 14

15. GEPOF use case 3: FTTH + FTTD Central Office/HeadEnd ODN POF cable TDM GEPOF Switch ONT 1:N OLT 10G EPON TDMA ONT FTTH 20 km standard reach FITH 50m 100m TV with GEPOF interface 10G EPON provides Gigabit service to the home GEPOF switch provides P2P Gigabit Ethernet over in home POF network Passive POF wall jack GEPOF converters are integrated with consumer devices GEPOF IEEE 802.3 GEPOF Study Group 15