Exploring the Universe of Tests and Measurements
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Download the 54Th Annual Program Book
THE 54TH ANNUAL DECEMBER 4, 2020 1 Welcome To The We celebrate Fifty-Fourth Annual Cable TV Pioneers and appreciate Induction Celebration everything you are, and all that you do. Class of 2020 Induction Gala Charter Field Operations In Appreciation of C-SPAN would like to congratulate Ann Our Sponsors on joining the esteemed ranks How It All Began Officers and Managing Board of the Cable TV Pioneers The Spirit of the Pioneers who have shaped the Presenting the Class of 2020 Cable TV industry. Congratulations to the 25th Anniversary Class of 1995 In Memorium Active Membership 2020 Celebration Executive Committee David Fellows Yvette Kanouff Patricia Kehoe Michael Pandzik Sean McGrail Your leadership Susan Bitter Smith and forward thinking Jim Faircloth personifi es what it means to be a Cable TV Pioneer. 2 3 We’re Going Special Thanks Primetime Thanks To Our Sponsors To Thank you to our friends at C-SPAN for televising and streaming the induction ceremony for the Class of 2020. C-SPAN was created by the cable industry in 1979 as a gift to the American people and today with their stellar reputation, they are more relevant than ever. Unique to media as a non-profit, C-SPAN is a true public service of the cable and satellite providers that fund it. It’s thanks to the support of so many Cable TV Pioneers that C-SPAN has thrived. Many have served on C-SPAN’s board of directors, while others committed to add the services to their channel line-ups. So many local cable folks have welcomed C-SPAN into their markets to meet with the community and work with educators and local officials. -
Specific Assumptions Milestone 1
Specific Assumptions Milestone 1 - Advisory Committee Final Report A. Assumptions 1. Advisory Committee completes final report on current schedule 2. Advisory Committee report recommends system choice 3. No litigation that impedes process Task 2 - NPRM Generation & Channel Allotment A. Assumptions 1. FCC issues NPRM on announced schedule 2. Channels are allotted to cities at release of NPRM 3. FCC accepts Advisory Committee recommendation on system choice 4. No litigation that impedes process Task 3 - Comment & Decision Period A. Assumptions 1. Allows time for comments & reply comments 2. Provides time for preparation of Final Report & Order 3. No litigation that impedes process Milestone 4 - FCC Report & Order A. Assumptions 1. Final Report & Order confirms choice of single system Task 5 - Station Assignment Process A. Assumptions 1. Station channel assignment conducted after Final Report & Order 2. Stations cannot begin designs until after channel assignment 3. No litigation that impedes process Task 6 - Litigation A. Assumptions 1. Stations will experience some delay from litigation 2. All litigation, wherever in process, aggregated at this point 3. Litigation is not extended, is resolved on expedited basis 4. Litigation affects certainty of channel assignment for stations -2- Task 7 - Transmitter Site Acquisition A. Assumptions 1. Station determines non-usability of existing tower well in advance 2. Station begins search for land in advance of FCC decision 3. Station waits for end of litigation before completing acquisition 4. Little suitable space available in major metropolitan areas 5. Sufficient space can ultimately be found on the market Task 8 - AntennalTower Design A. Assumptions 1. Station will not begin final design until channel & location are certain 2. -
ANSI/SCTE 232 2016 Key Performance Metrics
ENGINEERING COMMITTEE Energy Management Subcommittee AMERICAN NATIONAL STANDARD ANSI/SCTE 232 2016 Key Performance Metrics: Energy Efficiency & Functional Density of CMTS, CCAP, and Time Server Equipment ANSI/SCTE 232 2016 NOTICE The Society of Cable Telecommunications Engineers (SCTE) Standards and Operational Practices (hereafter called “documents”) are intended to serve the public interest by providing specifications, test methods and procedures that promote uniformity of product, interchangeability, best practices and ultimately the long term reliability of broadband communications facilities. These documents shall not in any way preclude any member or non-member of SCTE from manufacturing or selling products not conforming to such documents, nor shall the existence of such standards preclude their voluntary use by those other than SCTE members. SCTE assumes no obligations or liability whatsoever to any party who may adopt the documents. Such adopting party assumes all risks associated with adoption of these documents, and accepts full responsibility for any damage and/or claims arising from the adoption of such documents. Attention is called to the possibility that implementation of this document may require the use of subject matter covered by patent rights. By publication of this document, no position is taken with respect to the existence or validity of any patent rights in connection therewith. SCTE shall not be responsible for identifying patents for which a license may be required or for conducting inquiries into the legal validity or scope of those patents that are brought to its attention. Patent holders who believe that they hold patents which are essential to the implementation of this document have been requested to provide information about those patents and any related licensing terms and conditions. -
Cable Network Handbook
CEL-TR-HFC-HANDBOOK-V4_3-091001 Technical Report Cable Network Handbook; Overview of Architecture, Technical Features and Services of Integrated Broadband and Cable TV Networks CEL-TR-HFC-HANDBOOK-V4_3-091001 2 Cable Network Handbook Keywords Cable Network, HFC Network, Television, Broadband Services Cable Europe Labs Cable House Avenue des Arts 41 B – 1040 Brussels BELGIUM Tel.: +32 2 521 17 63 Fax: +32 2 521 79 76 Important notice This technical report is the result of a cooperative effort undertaken at the direction of Cable Europe Labs for the benefit of the cable industry and its customers. This document may contain references to other documents not owned or controlled by Cable Europe Labs. Use and understanding of this document may require access to such other documents. Designing, manufacturing, distributing, using, selling, or servicing products, or providing services, based on this document may require intellectual property licenses from third parties for technology referenced in this document. Neither Cable Europe Labs nor any member company is responsible to any party for any liability of any nature whatsoever resulting from or arising out of use or reliance upon this document, or any document referenced herein. This document is furnished on an "AS IS" basis and neither Cable Europe Labs nor its members provides any representation or warranty, express or implied, regarding the accuracy, completeness, noninfringement, or fitness for a particular purpose of this document, or any document referenced herein. Individual copies of the present document can be downloaded from: http://www.cable-europe.eu/labs The present document may be made available in more than one electronic version or in print. -
?R~Ctical Aspects Op Home Teletext Gary W. Stanton
?R~CTICAL ASPECTS OP HOME TELETEXT GARY W. STANTON SOUTHERN SATELLITE SYSTEMS, INC. TULSA, OKLAHOMA 74136 ABSTRACT transmitted on the vertical blanking interval on a satellite signal. Since There have been many learned papers that date, knowledge has been obtained describing the detailed technical on the various parameters that affect aspects of teletext transmission; most successfull vertical blanking interval in language only understood by others transmission to and through the cable with an intimate knowledge of the environment. subject. This paper defines the During the last four years requirements for the practical knowledge has been gained, various implement~tion of home teletext standards have evolved, equipment has reception in the cable television been designed and services implemented environment. using vertical blanking interval Since data integrity is the measure technology. Numerous degradation factors of technical success, the items which peculiar to satellite television effect data integrity are deliniated. transmission and to the cable Included are the satellite path, receive environment have been identified. To earth station, satellite receiver, cable offset these factors, error correcting modulators, AML link, and the cable techniques have been developed which plant itself. Results of various give several orders of magnitude measurements and observations describing improvement in data integrity. With the effect of each subsystem have been these improvements, home teletext is made and the results will be described. suitable not only for video display, but Practical suggestions for achieving also for electronic mail and downloading desired results in the most critical of computer software and games. areas are presented. HISTORY INTRODUCTION It is generally acknowledged that The first vertical interval the first commercial use of vertical transmission to the cable television blanking interval technology was by the industry was conducted at the NCTA British Broadcasting Company in Great Convention in Las Vegas in 1979. -
Employment Effects of Subsidized Broadband Internet for Low-Income Americans
Online Appendix: Wired and Hired: Employment Effects of Subsidized Broadband Internet for Low-Income Americans George W. Zuo Appendix A: Appendix Tables and Figures Figure A1: Major Comcast Cable M&A Events: 1990-2018 1994 • Comcast acquires Canadian based Maclean Hunter’s U.S. cable operation based in New Jersey, Michigan, and Florida, adding 550,000 subscribers 1995 • Comcast acquires E.W. Scripps cable systems based in California, Tennessee, Georgia, West Virginia, Florida, and Kentucky, adding 800,000 subscribers 1998 • Comcast acquires Jones Intercable, Inc in the Mid-Atlantic adding 1 million subscribers 1998 • Comcast acquires Prime Communications in Maryland, Virginia, adding 430,000 subscribers 1999 • Comcast acquires Greater Philadelphia Cablevision, Inc in Philadelphia, adding 79,000 subscribers 1999 • Comcast and AT&T enter agreement to exchange cable communications systems, gaining cable communications systems serving 1.5 million subscribers 2000 • Comcast acquires Lenfest Communications in Pennsylvania, Delaware and New Jersey adding 1.3 millions subscribers 2000 • Comcast completes cable swaps with Adelphia and AT&T broadband, gaining customers in Florida, Indiana, Michigan, New Jersey, New Mexico, Pennsylvania and Washington D.C. 2001 • Comcast acquires select AT&T Broadband cable systems in New Mexico, Maryland, Delaware, New Jersey, Pennsylvania and Tennessee adding 585,000 subscribers 2001 • Comcast acquires AT&T Broadband cable systems in Baltimore adding 112,000 subscribers 2001 • Comcast and A&T Broadband merge forming -
Distributed PON Architectures for North American MSO's Next
FEATURED TOPIC Distributed PON Architectures for North American MSO’s Next-Generation Access Keiichi TSUJIMOTO*, Yohei HAMADA, Howard ABRAMSON, and Kazuya MATSUMOTO ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- A traditional PON (passive optical network) consists of an OLT (optical line terminal) installed in a cable television headend and ONUs (optical network units) at subscriber premises (Fiber-to-the-Premise, FTTP) or a distribution point serving multiple subscribers (Fiber-to-the-Distribution-Point, FTTdp). This paper describes a new class of products Sumitomo Electric Industries, Ltd. is introducing to assist North American MSOs (multiple system operators) to address fundamental requirements for their access networks such as distance, subscribers served per port, trunk fiber conservation, uniform operations support systems, and the cost of space, power, and cooling of equipment. ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Keywords: 10G-EPON, FTTH, DPoE 1. Introduction PON (passive optical network) is an efficient, economical, large capacity method for providing network access to subscribers. A conventional PON architecture, which -
1. Il Quadro Economico E Regolamentare
Il sistema globale delle comunicazioni 1. IL QUADRO ECONOMICO E REGOLAMENTARE Lo sviluppo della tecnologia digitale sta ridisegnando i confini tra i di- versi servizi di telecomunicazione, le trasmissioni radiotelevisive ed i servizi informatici on line. Tradizionalmente, infatti, tali servizi erano forniti attraverso reti e piattaforme differenti; oggi, invece, la tecnolo- gia digitale è in grado di fornire una codificazione comune e una mag- giore capacità di banda così da poter veicolare più servizi di comuni- cazione sulle stesse reti. Paradigma del veloce progredire di tale fe- nomeno di convergenza è il rapido sviluppo di Internet, Rete delle re- ti oramai in grado di fornire una varietà completa di servizi di comu- nicazione, compresa la telefonia vocale e la televisione. La conver- genza dei servizi, stimolata dal progresso tecnologico, ed i conse- guenti cambiamenti nelle strutture del mercato costituiscono il punto di partenza ma anche la sfida per le attività di regolamentazione del- le comunicazioni. Innanzitutto il quadro giuridico-regolamentare si presenta ancora frammentato. In Europa, ma anche negli Stati Uniti, le norme relative alla televisione, alle telecomunicazioni e ad Internet sono diverse. Anche i principi ispiratori sono differenti. La televisione (in Europa) viene per lo più regolamentata per assicurare il pluralismo politico e sociale. Le telecomunicazioni rispondono a imperativi di carattere economico-concorrenziale. Internet presenta maggiore flessibilità ma con il rischio che una liberalità derivante dal carattere innovativo del mezzo presti il fianco ad abusi o a sviluppi non uniformi nei vari pae- si. Inoltre, nella maggior parte dei paesi, le istituzioni responsabili della regolamentazione nel settore della radiotelevisione e delle tele- comunicazioni sono distinte l’una dall’altra. -
Table 1 AT&T-Mediaone Merger Results of MHHI Analysis With
Table 1 AT&T-MediaOne Merger Results of MHHI Analysis with Respect to the Supply of Video Programming Services Pre-Merger MHHI Post-Merger MHHI Delta MHHI1 Silent Interest2 Post-Merger, MediaOne's interest in Time Warner Entertainment becomes silent Case 1: Liberty is a separate entity from AT&T 1934 1981 48 Case 2: Liberty is owned and controlled by AT&T 1940 2045 104 Proportional Control 3 Post-Merger, MediaOne's interest confers proportional control of Time Warner Entertainment Case 3: Liberty is a separate entity from AT&T 1934 1937 4 Case 4: Liberty is owned and controlled by AT&T 1940 2059 118 Notes: 1May not equal the difference of the pre-merger and post-merger MHHls due to rounding. 2All other control interests are proportional to ownership interests except in the following cases: Liberty's 9% interest in Time Warner and 8% interest in News Corp. are silent and AT&rs 33% interest in Cablevision is silent. 3AII ownership interests confer proportional control except the cases noted in footnote 2. 58 Table 2 AT&T-MediaOne Merger Results of MHHI Analysis 1 with Respect to the Purchase of Video Programming Services Pre-Merger MHHI Post-Merger MHHI Delta MHHI2 Silent Interest3 Post-Merger, MediaOne's interest in Time Warner Entertainment becomes silent Case 1: Liberty is a separate entity from AT&T 1051 1304 254 Case 2: Liberty is owned and controlled by AT&T 1069 1328 258 Proportional Control4 Post-Merger, MediaOne's interest confers proportional control of Time Warner Entertainment Case 3: Liberty is a separate entity from AT&T 1051 1432 381 Case 4: Liberty is owned and controlled by AT&T 1069 1452 383 Notes: 'AT&T sells 735,000 subscribers to Comcast post-merger. -
1998 Board Summary Action Archive
Board Summary Action Archive | Board of Supervisors | Placer County, CA Board Summary Action Archive 1998 ● December 15, 1998 ● June 29, 1998 ● December 7, 1998 ● June 16, 1998 ● December 1, 1998 ● June 15, 1998 ● November 16, 1998 ● June 2, 1998 ● November 3, 1998 ● May 19, 1998 ● November 2, 1998 ● May12, 1998 ● October 26, 1998 ● May 11, 1998 ● October 20, 1998 ● April 21, 1998 ● October 19, 1998 ● April 20, 1998 ● October 6, 1998 ● April 7, 1998 ● September 15, 1998 ● March 24, 1998 ● September 14, 1998 ● March 23, 1998 ● September 1, 1998 ● March 17, 1998 ● August 25, 1998 ● March 10, 1998 ● August 11, 1998 ● February 24, 1998 ● July 28, 1998 ● February 10, 1998 ● July 14, 1998 ● January 20, 1998 ● June 30, 1998 ● January 6, 1998 file:///C|/Documents%20and%20Settings/mmccorma.PLACERCO...0Documents/bos/sumarchv/sumarchv_revMast1998_060106.htm6/2/2006 1:14:23 PM Board Summary Action, December 15, 1998 -- Placer County, Calif. Board Summary Action, December 15, 1998 Board of Supervisors' Chambers 175 Fulweiler Avenue Auburn, CA 95603 FLAG SALUTE - Lead by Supervisor Williams. STATEMENT OF MEETING PROCEDURES - Read by Clerk. PUBLIC COMMENT: None given. CONSENT AGENDA: Moved #14 for separate action. Consent Agenda approved as amended and with action as indicated. MOTION Bloomfield/Weygandt VOTE: 4:0 (White absent). 1. BOARD OF SUPERVISORS MINUTES - Approved August 11 & 25, 1998. 2. CLAIMS AGAINST THE COUNTY - Rejected the following claim: a. 98-152, Farmers (Hamblin), $3,042.56 (Claim for property damage). 3.ADMINISTRATIVE SERVICES: a. Information Technology - Approved an increase to blanket purchase order 6302 with Infosol, Inc., in the amount of $95,000, to retrofit the existing payroll system to Year 2000 standards and extend the agreement to June 30, 2000. -
Perserving the Public Interest: a Topical Analysis of Cable/DBS
PRESERVING THE PUBLIC INTEREST: A TOPIcAL ANALYSIS OF CABLEJDBS CROSSOWNERSHIP IN THE RULEMAKING FOR THE DIRECT BROADCAST SATELLITE SERVICE Stephen F. Varholy In the early 1980's the direct broadcast satellite Dish Network4 becoming ubiquitous, DBS's fu- service ("DBS") I was envisioned both as a revolu- ture is assured. It has made one of the most suc- 5 tion for the nation's television screens and as a cessful debuts in consumer electronic history, technical curiosity that would forever supplement with industry analysts touting that in the short pe- cable television in areas where cable could not riod between the service's inauguration in 1994 to reach.2 Today, with names such as DirecTV3 and present,6 DBS has acquired over 9 million sub- I DBS is a non-broadcast video service in which satellites that DBS would remedy the lack of commercial television in beam television signals back to earth using high-powered rural areas. One witness before Congress disputed this asser- transponders (transmitters) that allow the use of small size tion, testifying that DBS reception would be problematic and satellite receiving antennas (dishes). See DANIEL L. BRENNER, that it would serve a non-existent consumer demand for en- MONROE E. PRICE AND MICHAEL I. MEVERSON, 2 CABLE TELEVI- tertainment sources (citing that video cassettes and discs, SION AND OTHER NONBROADCAST VIDEO § 15.01 (April 1998) among other media, would more easily satisfy this demand). [hereinafter Nonbroadcast Video]; c.f, Satellite Communications/ See Satellite Communications/Direct Broadcast Satellites Hearing Direct Broadcast Satellites Hearing Before the Subcomm. on Before the Subcomm. -
(12) United States Patent (10) Patent No.: US 6,510,152 B1 (*) Notice R
USOO651O152B1 (12) United States Patent (10) Patent No.: US 6,510,152 B1 Gerszberg et al. (45) Date of Patent: Jan. 21, 2003 (54) COAXIAL CABLE/TWISTED PAIR FED, 5,880,446 A 3/1999 Mori .......................... 235/380 INTEGRATED RESIDENCE GATEWAY 5,940,387 A * 8/1999 Humpleman ................ 370/352 CONTROLLED, SET TOP BOX 5,978,780 A 11/1999 Watson ........................ 705/40 5.991,800 A * 11/1999 Burke et al. ................ 709/218 5.999.207 A 12/1999 Rodriguez et al. ............ 348/14 (75) Inventors: SES inton.sty 6,026,158. A 2/2000 Bayless et al. ............. 379/355 Martin, Y. plinger, 6,034,689 A * 3/2000 White et al. ................ 345/357 Morristown, Philip Andrew Treventi, 6,049,831. A 4/2000 Gardell et al. .............. 709/236 Murray Hill; Hopeton S. Walker, 6,137,839 A * 10/2000 Mannering et al. ......... 375/260 Haledon, all of NJ (US) OTHER PUBLICATIONS (73) Assignee: AT&T Corp., Middletown, NJ (US) David Iler, “Telephony Over Cable, Communications Engi (*)* ) Notice:Notice RSubject t Neildisclai TGI. the E."t f thi neeringLee Goldbers, and Design”, MCNA/DOCSIS 12/98, http://www.cednagazine.com. MAC Clear a Path For the Cable-Modem Invasion, Electronic Design”, Dec. 7, 1997, U.S.C. 154(b) by 0 days. http://www.penton.com/ed/PageS/magpages/dec0197/ comtech/1201ct1.htm. (21) Appl. No.: 09/224,281 Ralph W. Brown, “Pegasus Set-top Terminal', 3/97, http:// (22) Filed: Dec. 31, 1998 www.pathfinder.com/corp/tech/brown?pegasuS/pegasuSSet topnctapaper.html, Time Warner Cable. Related U.S.