TV, Version 33—The Next Milestone

Is the TV industry due for the next big thing?

The universal clue to the most significant technology trend affecting modern television today begins with a riddle: Who can get their family to sit together and watch a TV show or a movie without someone turning to their smartphone for a better entertainment alternative? Me neither.

TV displays will continue to get bigger and pictures will get better, but many viewers don't have the time, patience, or space to sit in front of a big screen. Today's 'anytime anywhere' lifestyle is driven by ever-growing numbers of wireless hand-held devices displaying more TV content to viewers.

TV content has always used the theatrical ‘one-to-many’-style audience model. By design, the basic tone of television and movies is for groups of people sitting together, simultaneously watching and reacting to the same screen. That's why stages are common to theater, film and TV.

The first network use of the new AMPEX VTR by CBS to tape delay newscasts to the USA West Coast, circa 1956.

The first network use of the new AMPEX VTR by CBS to tape delay newscasts to the USA West Coast, circa 1956.

Smartphones and tablets are turning the TV audience into a ‘one-to-one’ personal experience, like the radio audience model with earbuds, as it's like someone talking in your ear. Because of this global shift in viewing habits and viewer dynamics, the mechanics and techniques of TV broadcasting and video production are adjusting to make TV more personal. ATSC 3.0 is a good example.

The best way to see where TV is going, is to identify the technical milestones that made it what it is today. The following list is my humble opinion. It is primarily based on the most exciting original products that often debuted at annual NAB Shows and the significant new trends they set. It also is the source of the data used to generate the chart at the top. Notably, some years (and NAB Shows) aren't worthy of note.

Technology firsts that changed TV:

v 0.3: 1927 Philo T. Farnsworth invents first electronic TV system, camera tube. 

v 1.0: 1941 BW NTSC OTA TV

v 2: 1953 TV zoom lens, the VAROTAL III

v 3: 1954 NTSC color TV

v 4: 1956 Videotape; Ampex VR-1000 2” VTR

v 5: 1968 ENG cameras, portable Ampex VR-2000 2” VTR

v 6: 1969 Live shot from the moon

v 7: 1970 Video cart machine; RCA TCR-100

v 8: 1970 Audio-follow master control automation

v 9: 1971 VCR

v 10: 1971 Electonic graphics; CBS Vidifont

v 11: 1972 Analog HDTV; NHK experimental 1125/60 system

v 12: 1974 Digital Time Base Corrector (TBC) for VCRs

v 13: 1975 TV satellites; networks switch from telco to sat, 5kHz telco audio to hi-fi, SNG follows.

v 14: 1976 Broadcast U-Matic, color projection TV

v 15: 1977 Betamax, VHS; Y/C and RGB component video

v 16: 1977 Video still store

RCA TCR-100, 2-inch video cartridge machine,1969.

RCA TCR-100, 2-inch video cartridge machine,1969.

v 17: 1981 First US HDTV demo. Reagan declares HD “a matter of national interest.”

v 18: 1984 MTS stereo TV broadcasting; stereo audio

v 19: 1985 Video-capable computers, Amiga, VGA, SVGA etc.

v 20: 1989 SD-SDI

v 21: 1995 Hard-drive array broadcast video servers

v 22: 1996 WRAL first experimental HDTV broadcast

v 23: 1998 ATSC launch, DTV, digital transition, HD-SDI

v 24: 1999 DVRs

v 25: 2000 Plasma screens; end of CRTs

v 26: 2000 Streaming video over internet

v 27: 2005 Bonded cellular

v 28: 2006 YouTube

v 29: 2007 iPhone, tablets; small screens

v 30: 2009 DTV transition ends in US.

v 31: 2009 Production-quality video over IP

v 32: 2015 ATSC 3.0 proposed; UHD

v 33: 2015 Production IP standards alliances; AIMS, ASPEN, NDI, TICO

Honorable mentions go to Avid, Editdroid, the NewTek Video Toaster, chroma key, Squeeze Zoom, robotic cameras, GoPro, and video codecs.

The next big thing?

In terms of milestones, the most noticeable recent trend is that there haven't been but a couple of milestones lately and they only mark beginnings. Since 1970, the industry has alternated between a decade with revolutionary changes and a couple of decades of little but evolutionary change. Are we in a dry spell?

Based on the cycle of trends the chart shows, the next big change appears to be another decade away. But, broadcasters know to never say never. That's what makes broadcasting fun. Some of the best new technology may have already been invented, just waiting for the right person and circumstance to bring it to life.

The first electronic television camera was built around the Farnsworth Image Dissector tube.

The first electronic television camera was built around the Farnsworth Image Dissector tube.

The next pioneer?

Philo T. Farnsworth is generally credited for inventing TV. Clearly, he invented the world's first all-electronic and functionally complete television system in 1927. Today, Farnsworth's image pick-up tube technology defines obsolete, but the foundation he built lives on.

In fact, the latest technology for today's TV broadcasting began as experiments more than a century ago in the labs of radio inventor Guglielmo Marconi, and separately in Nikola Tesla's labs. Years later, Marconi and Tesla faced off in the US Supreme Court over radio patents. Both got some credit.

Nikola Tesla did more than help invent and implement alternating current and RF. He invented the poly-phase AC induction motors as used today’s Tesla autos, the famous similarly-named electrical coil, and remote control by radio. He also helped design Niagara Falls. What's that got to do with modern TV? He is credited for experimenting with devices combining telephony and primitive digital data in the early 1900s. Today we call those concepts IP and wireless.

Bing Crosby was a world-famous singer and movie star, and a visionary whose trade relied on magnetic tape and magnetic stripes on film. Film had to be developed and printed. Magnetic tape was instant and could be reused. When the first local commercial broadcast TV stations began signing on the air, his company built the world's first videotape recorder in 1951.

These iconic people and a long list of other technology pioneers, likely and unlikely, helped build a culture and industry worldwide that has become a part of nearly everyone's daily life. Being a part of making it happen for people is the other thing that makes broadcasting fun.

Here's something to consider the next time you walk the crowded exhibit halls at an IBC or NAB Show: Is the young next Philo, Bing or Nikola touring the exhibits too? Did you just walk past a future innovator? Could be. Timing-wise, the TV industry seems to be just about ripe for the next milestone.

Let us know what you think…

Log-in or Register for free to post comments…

You might also like...

Articles You May Have Missed – December 13, 2017

In case you missed a day with The Broadcast Bridge, here are two popular articles that may be of special interest. These articles focus on specific solutions to help you and your facility operate more efficiently and economically—including some k…

AES70 - The Future of Audio Control, Part 1

Having spent much time and energy exploring AES67 (see our recent 3-part series, “Your practical guide to AES67, Parts 1-3”), we’d now like to turn our attention to AES70 – what is it, how does it relate to AES67 and why do …

Broadcast for IT - Part 1 - Introduction

In this series of articles, we will explain broadcasting for IT engineers. Television is an illusion, there are no moving pictures and todays broadcast formats are heavily dependent on the decisions engineers made in the 1930’s and 1940’s. Understanding broadcast vid…

DPP - The Live Explosion

Away from traditional broadcasting a revolution is happening. Live internet streaming is taking the world by storm with unprecedented viewing figures and improved accessibility for brands looking to reach better targeted audiences. The Live Explosion, hosted by the DPP in…

Articles You May Have Missed – December 6, 2017

In case you missed a day with The Broadcast Bridge, here are two popular articles that may be of special interest. These articles focus on specific solutions to help you and your facility operate more efficiently and economically—including some k…