RDK All Access (Networks): DOCSIS, DSL, PON and Beyond
By Marcin Godlewski, Technicolor
|
2019 |
Predictions On The Evolution Of Access Networks To The Year 2030 & Beyond
By Tom Cloonan (CTO-Network Solutions), Mike Emmendorfer (Sr. Director),
John Ulm (Engineering Fellow), Ayham Al-Banna (Distinguished System Engineer),
Santhana Chari (Sr. Director) , ARRIS
|
2014 |
A Comparison Of Centralized vs. Distributed Access Architechtures for PON
By Michael Emmendorfer and Sebnem ZorluOzer,
ARRIS
|
2016 |
Scaling of Current PON Technologies to Meet the CPON Goals of 100Gbps and Beyond
By Karthik Sundaresan, CableLabs; Zhensheng (Steve) Jia, Ph.D., CableLabs; Kevin Noll, Vecima
|
2023 |
Revolutionizing Access Networks: How TFDM Coherent PON Combines the Best of TDM and WDM PONs
By Zhensheng (Steve) Jia, Ph.D., CableLabs; Haipeng Zhang, Ph.D., CableLabs; L. Alberto Campos, Ph.D., CableLabs
|
2023 |
Remote PON Network Performance
By Edward Boyd, Tibit Communications, Kevin A. Noll,
Time Warner Cable, Saifur Rahman & Nagesh Nandiraju, Comcast Cable, and Fernando Villarruel, Cisco Systems
|
2015 |
Migrating MSO FTTP Networks to a Distributed Access Architecture
By Phil Miguelez, Comcast
|
2017 |
Understanding Latency across PON systems (With few comparisons to DOCSIS systems)
By Karthik Sundaresan, CableLabs; Evariste Some, CableLabs, & University of Colorado, Boulder
|
2022 |
Bandwidth and Latency Analysis of 25GS PON - An Overview of 25GS Passive Optical Networks
By Edward Boyd, Tibit Communications, Inc; Edward Walter, AT&T, Inc.; Fernando Villarruel, Ciena Corp
|
2022 |
Fighting FTTH with DOCSIS
By Mike Darling, Rogers Communications
|
2023 |
Network Migration Demystified In The DOCSIS 3.1 Era And Beyond
By Ayham Al-Banna, Tom Cloonan, and Frank O’Keeffe, ARRIS, and Dennis Steiger, nbn
|
2016 |
Coherent PON Poised to Become Cable’s Next Long Term Evolution Access Platform
By Zhensheng (Steve) Jia, Ph.D., L. Alberto Campos, Ph.D, Haipeng Zhang, Ph.D., Chris Stengrim, Curtis Knittle, Ph.D.; CableLabs
|
2022 |
Future Proofing Access Networks Through Wireless/Wireline Convergence
By Martin J. Glapa, Hungkei (Keith) Chow, Werner Coomans, R. J. Vale & Enrique Hernandez-Valencia, Nokia, Bell Labs Consulting
|
2017 |
Enhancing Wi-Fi QoE With Targeted Approach
By Bart Vercammen & Jos Delbar, Technicolor
|
2018 |
Covid-19 Learnings: All Roads Lead to DOCSIS 4.0 Technology
By Jeff Finkelstein, Cox Communications; Tom Cloonan, CommScope; Doug Jones, CableLabs
|
2020 |
Delivering Access Beyond 10G: Coherent Subcarrier Aggregation as Backhaul for Next-Generation R-OLT, RMD, and Wireless
By Colin Howlett & Kevin A. Noll, Vecima; Aaron Chase & Antonio Napoli, Infinera; Jay Rolls, Pacband
|
2021 |
The Yin And The Yang Of A Move To All Fiber: Transforming HFC To An All Fiber Network While Leveraging The Deployed HFC Assets
By Venk Mutalik, Marcel Schemmann, Zoran Maricevic, and John Ulm, ARRIS Group
|
2015 |
Converged Multi Access Networks
By Amit Singh, Cisco Systems; Eric D. Heaton, Intel Systems, Inc.
|
2018 |
Preparations for Deploying & Lessons Learned from Deploying High Split (204 MHz) on I-CCAP, R-PHY, & R-MACPHY - High Split as a Steppingstone Towards DOCSIS® 4.0
By Craig Coogan, CommScope, Inc.; Jamie Brown, Shaw Communications, Inc.; Zoran Maricevic, Ph. D., CommScope, Inc.
|
2022 |
Next Generation - Cable Access Network
By M. Emmendorfer, S. Shupe, D. Cummings, T. Cloonan Contributors: Z. Maricevic, M.
Schemmann, B. Dawson, V. Mutalik, J.Howe, A. Al-Banna,and F. O'Keeffe, ARRIS
|
2011 |
