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The EPON market is a rich ecosystem with multiple system vendors focusing on various market segments, starting from chip vendors through system developers to network developers and planners EPONs today are already under extensive deployment, with approximately 6+ million lines in operation, while the total deployed CO port
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capacity exceeds 16+ million units with the growth rate exceeding 300,000 ports per month So far, the main EPON deployments are being carried out by Asian carriers, namely KDDI, K-Opticom, Korea Telecom, NTT, and Softbank BB Other national carriers on the remaining continents, including the Americas and Europe, are mainly at the evaluation stage Following is a nonexhaustive list of EPON-specific component and hardware manufacturers, which is meant only to show the breadth of the manufacturing base (company names listed in alphabetic order):
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Vendor Delta Electronics, ETRI, Fiberxon, Fujitsu, Furukawa, Hitachi/Lightron, NEC, Sumitomo, Vitesse, Zenko ETRI, Centillium, Conexant, Immenstar, GW, Passave, Teknovus Allied Telesyn, Alloptic, Corecess, Dasan/Siemens, Entrisphere, Fiberhome, Fujitsu, Furukawa, Hitachi, Huawei, Hyundai, Mitsubishi, OKI-Fujikura, Salira, Samsung, Sumitomo, UTStarcom, ZTE Agilent, Fujitsu Solution/Product Name Optics, transceivers, and PHY EPON ASIC vendors System developers and integrators Both OLT and ONU chipsets Comments
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1 S Clavenna, Metro Optical Ethernet, Lightreading (wwwlightreadingcom), 2000 2 IEEE, 8023, IEEE, Standard 2005 3 J Case, M Fedor, M Schoffstall, and J Davin, A Simple Network Management Protocol RFC 1067, University of Tennessee at Knoxville, NYSERNet, Inc, Rensselaer Polytechnic Institute, Proteon, Inc 1988 4 D Reed, Copper Evolution, Federal Communications Commission, Technological Advisory Council III, Washington, DC, USA, report, available at http://wwwfcc gov/oet/tac/TAC_III_04_17_03/Copper_Evolutionppt, 2003 5 M Burke, Ellacoya Data Shows Web Traffic Overtakes Peer-to-Peer (P2P) as Largest Percentage of Bandwidth on the Network, online report, available at: http://wwwellacoyacom/news/pdf/2007/NXTcommEllacoyaMediaAlertpdf 2007 6 K G Coffman and A M Odlyzko, Internet growth: Is there a Moore s Law for data traffic : Kluwer, 2001 7 IEEE, 8023ah Clause 64 Multi-Point MAC Control, IEEE, Standard 2004 8 C Chang-Joon, E Wong, and R S Tucher, Optical CSMA/CD Media Access Scheme for Ethernet Over Passive Optical Network, IEEE Photonics Technology Letters, vol 14, pp 711 713, 2002
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9 C Chae, E Wong, and R Tuckker, Ethernet over passive optical network based on optical CSMA/CD media access technique, IEEE Photonics Technology Letters, vol 14, pp 711 713, 2002 10 G Kramer, B Mukherjee, and G Pesavento, IPACT: A Dynamic Protocol for an Ethernet PON (EPON), IEEE Communications Magazine, vol 40, pp 74 80, 2002 11 G Kramer, B Mukherjee, and G Pesavento, Interleaved Polling with Adaptive Cycle Time (IPACT): A Dynamic Bandwidth Distribution Scheme in an Optical Access Network, Photonic Network Communications, vol 4, pp 89 107, 2002 12 G Kramer, A Banerjee, N K Singhal, B Mukherjee, S Dixit, and Y Ye, Fair Queueing With Service Envelopes (FQSE): A Cousin-Fair Hierarchical Scheduler for Subscriber Access Networks, IEEE Journal on Selected Areas in Communications, vol 22, pp 1497 1513, 2004 13 M Ma, Y Zhu, and T H Cheng, A bandwidth guaranteed polling MAC protocol for Ethernet passive optical networks, presented at IEEE Infocom 2003, San Francisco, CA, USA, 2003 14 G Kramer and B Mukherjee, Design and Analysis of an Access Network based on PON Technology, 2000 15 G Kramer, B Mukherjee, and G Pesavento, Ethernet PON (ePON): Design and Analysis of an Optical Access Network, Photonic Network Communications, vol 3, pp 307 319, 2001 16 G Kramer and G Pesavento, Enabling Next Generation Ethernet Access with Ethernet Passive Optical Networks, presented at NFOEC, Orlando, 2003 17 G Kramer and G Pesavento, EPON: Challenges in Building a Next Generation Access Network, presented at 1st International Workshop on Community Networks and FTTH/P/x, Dallas, 2003 18 IEEE 8023, Call For Interest: 10 Gbps PHY for EPON, online report, available at: http://wwwieee802org/3/cfi/0306_1/cfi_0306_1pdf, 2006 19 J Kim, Authentication and Privacy in EPON, IEEE8023ah Ethernet in the first mile, White Paper, 2002 20 O Haran, Ethernet PON, Security Considerations, IEEE8023ah Ethernet in the first mile, White Paper, 2001 21 K Murakami, Y Fujimoto, and O Yoshihara, Authentication and Encryption in EPON, IEEE8023ah Ethernet in the first mile, White Paper, 2002 22 Y L Goff, Y Fujimoto, K Murakami, O Haran, and O-P Hiironen, Encryption layer comparison, IEEE8023ah Ethernet in the first mile, White Paper, 2002 23 H Shinohara, Broadband access in Japan: rapidly growing FTTH market, IEEE Communications Magazine, vol 43, pp 72 78, 2005
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