DOCSIS 3.1 Downstream Early Lessons Learned
By John J. Downey, Cisco Systems Inc.
|
2017 |
Developing the DOCSIS 4.0 Playbook for the Season of 10G
By Dr. Robert Howald, Jon Cave & Olakunle Ekundare, Comcast; John Williams & Matt Petersen, Charter Communications
|
2021 |
Impact of Access Environment in Cable’s Digital Coherent System – Coexistence and Full Duplex Coherent Optics
By Zhensheng (Steve) Jia, Ph.D., L. Alberto Campos, Ph.D., Mu Xu, Ph.D., Haipeng Zhang, Ph.D., Jing Wang, Ph.D. & Curtis Knittle, Ph.D., CableLabs
|
2018 |
An Experimental Study of the Return-Path Performance of a DOCSIS System
By Thomas K. Fong, Ph.D. @Home Network, Bill Kostka Cable Television Laboratories, Inc and John Chen, Cisco Systems, Inc.
|
1999 |
Transitioning To M-CMTS
By Andrew Page, John T. Chapman, Carmelo Iaria, Glenn McGilvray
|
2006 |
The Modular CMTS Architecture
By John T. Chapman
|
2005 |
Leveraging DOCSIS® 4.0 CM Backward Compatibility on DOCSIS 3.1 Networks
By Karthik Sundaresan, Cable Television Laboratories Inc.; Doug Jones, Cable Television Laboratories Inc.
|
2023 |
Unleash the Power of Cloud Computing for CMTS
By John Chapman & Tong Liu, Ph.D., Cisco Systems Inc.
|
2021 |
Estimating Downstream Performance And DOCSIS 3.1 Capacity In CAA and DAA Systems
By Michael Emmendorfer, Brent Arnold, Zoran Maricevic, Frank O'Keeffe, and Venk Mutalik,
ARRIS
|
2015 |
The Capacity of Analog Optics in DOCSIS 3.1 HFC Networks
By Zian He, John Skrobko, Qi Zhang, and Wen Zhang,
Cisco Systems
|
2016 |
Analysis And Prediction Of Peak Data Rates Through DOCSIS Cores
By John Holobinko, Glenn McGilvray & John Ritchie, Cisco Systems, Inc.
|
2018 |
Virtual Fiber – 100 Gbps over Coax
By Steven Krapp, MaxLinear, Inc
|
2017 |
DOCSIS® Time Protocol Proof of Concept Phase II Results
By Ruoyu (Roy) Sun Ph.D., CableLabs; Aaron Quinto, Mark Poletti, CableLabs, Inc; Charles Cook, Vikas Sarawat, Praveen Srivastava, Lei Zhou, Charter Communications, Inc.; Elias Chavarria Reyes, Ph.D., Hitron Technologies, Inc.
|
2022 |
Experiment Results for Supporting LTE-FDD, LTE-TDD, and 5G Timing Synchronization Over DOCSIS CAA and DAA
By Yair Neugeboren, Greg Cyr & Chris Zettinger, CommScope
|
2019 |
FDX & D3.1 Capacity Scenarios
By Karthik Sundaresan, CableLabs
|
2018 |
DOCSIS 4.0: A Key Ingredient of the 2030's Broadband Pie
By Zoran Maricevic, Ph.D., Tom Cloonan, Ph.D. & John Ulm, CommScope; James Andis, HFC Technologies
|
2021 |
Broadband Capacity Growth Models - Will the end of Exponential Growth eliminate the need for DOCSIS 4.0?
By John Ulm, Zoran Maricevic, Ph.D., Ram Ranganathan; CommScope
|
2022 |
Collision-Free Hyper-Speeds on the Bi-Directional FDX Highway
By Dr. Robert Howald, Comcast; John Ulm, CommScope; Saif Rahman, Comcast; Dr. Zoran Maricevic, CommScope
|
2022 |
The Power of Distributed Access Architectures
By John J. Downey, Cisco Systems
|
2020 |
HFC Improvement For DOCSIS 3.1 Evolution
By Maxwell Huang, Cisco Systems
|
2015 |
