In the decades after Philo Farnsworth's invention of television in 1928, Census Bureau data shows that television ownersship has grown from 5 million in 1950 to 60.6 million in 1970. Recent data from the American Community Survey and Survey of Income and Program Participation show that television ownership is still more common than owning a computer or smartphone.
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On September 3, 1928, 22-year-old inventor Philo T. Farnsworth demonstrated his electronic television to reporters at his San Francisco, CA, laboratory. It would be decades before widespread television ownership became a reality, with millions of sets sold annually by the 1960s. Today, nearly every home in the United States—and the majority of homes worldwide—own at least one television, making it one of the most important technological innovations in history.
Philo Farnsworth (center)—the "undisputed inventor of television"—received little fame or money for the millions of television sets found in nearly every American household before his death in 1971.
Philo T. Farnsworth was not the typical inventor and certainly not formally trained to undertake the monumental technological advances needed to develop television and television broadcasting. When he conceived the idea for television, Farnsworth was still a teenager attending Rigby High School in Jefferson County, ID. His science teachers were astonished by the television sketches Farnsworth provided to explain his concepts. After the Farnsworth family moved to Provo, UT, Philo began studying as a "special student" at Brigham Young University while he completed his high school studies. After his high school graduation, Farnsworth considered enrolling in the United States Naval Academy in Annapolis, MD, but realized his television research and future patents could become property of the U.S. government. He chose instead to attend Brigham Young University where he studied electronics and earned a "radiotrician" certification that he used to open a radio repair business in Salt Lake City. The business failed, but Farnsworth met investors who were intrigued by his plans to transmit movie pictures through the air and provided funding for a California laboratory in 1926.
The concepts Farnsworth sketched on his high school's chalkboard as a teenager began taking shape in his laboratories in Los Angeles and later San Francisco, CA. After he accidentally blew an earlier television experiment to pieces, he refined the design and filed for the first of more than 300 patents he received in his lifetime on January 7, 1927. On September 7, 1927, the young inventor used his newly designed image dissector to successfully transmit the image of a single straight line drawn on a glass slide to a receiver in an adjacent room at his laboratory. "There you are," Farnsworth exclaimed, "Electronic television!"
Eight months later, Farnsworth invited his investors to his laboratory for their first demonstration of his invention. They were delighted when Farnsworth broadcast the image of a dollar sign as they imagined the fortune the new technology could earn them. On September 3, 1928, Farnsworth publicly demonstrated television by broadcasting another image through the air for reporters. The San Francisco Chronicle wrote that the "simplicity" of the invention developed by the "Young Genius" would revolutionize television as it transmitted 20 images per second with each image composed of 8,000 pinpoints of light and viewable on a black and white, 1 1/2 inch square television screen that was slightly larger than a postage stamp. [By comparison, the most popular televisions sold in the United States today are—measured diagonally—32–65 inches, while the largest sets available measure a staggering 146 to 325 inches!]
In a December 14, 1930, New York Times article, Farnsworth explained that he believed households would soon be able to purchase moderately-priced televisions for their homes. He noted that the technology is so simple that if the cathode bulb burned out, the owner could simply install a new one as easily as replacing a light bulb. Television broadcasts would soon be transmitted nationwide using the same or similar technology used by the existing radio broadcasting infrastructure. As Farnsworth toiled in his California laboratory, RCA Corporation President David Sarnoff closely monitored television advances from his New York City, NY, office. The radio executive was keenly aware that television would require his company's radio broadcasting technology, patents, and networks. He was not going to share broadcasting resources and innovations without substantial compensation; and he wanted credit for the development of television for himself. Sarnoff began by hiring Vladimir Zworykin to reverse-engineer Farnsworth's inventions. When Zworykin failed, the RCA mogul visited Philo Farnsworth in person in 1931. During the visit, Sarnoff's offer to purchase Farnsworth's laboratory and patents for $100,000 were quickly rebuffed. Returning to New York empty-handed, the furious RCA president resorted to initiating a years-long legal battle to challenge Farnsworth's patents. Much to Farnsworth's relief, the U.S. Patent Office ruled in 1935 that he was the "undisputed inventor of television." For a 10-year period, RCA paid a licensing fee to produce televisions using Farnsworth's patents. With access to Farnsworth's technology, RCA soon dominated the fledgling television market. In 1939, RCA Corporation sponsored the Television Pavilion at the New York World's Fair where it broadcast the fair's opening ceremony and shipped television sets to department stores where the images drew crowds of awed shoppers.
Although Farnsworth won his patent battle, David Sarnoff and RCA won the war. The 10-year royalty payment agreement between RCA and Farnsworth had limited value after the United States entered World War II and consumer electronics research and development halted in favor of electronics manufacturing for the military. After the war, the Farnsworth Corporation began producing televisions in Fort Wayne, IN. However, just as the post-war nation was prepared to begin a consumer goods buying frenzy, Farnsworth's key television patents and RCA's licensing agreement expired. Much to Philo Farnsworth's dismay, the Radio and Television Manufacturers Association named David Sarnoff "Father of Television" in 1950. The next year, Farnsworth was forced to sell his company after selling just a few thousand televisions. Over the next decade, television ownership jumped from 9 percent of American households in 1950 to 65 percent in 1960. Three-quarters of those television sets (and many of the components produced by its competitors) were sold—royalty free—by David Sarnoff's RCA Corporation.
After the grueling legal battle with RCA and sale of Farnsworth Corporation, Philo Farnsworth continued electronics research and later studied nuclear fusion. He returned to Utah in 1967 to conduct fusion research at Brigham Young University and established Philo T. Farnsworth Associates. Government contracts were unable to keep the new company financially afloat, and it went bankrupt in 1970. Farnsworth died from pneumonia the following year at his home in Holladay, UT.
Philo T. Farnsworth may have become a forgotten footnote in American history books had it not been for a dedicated group of Utah school children. Learning Utah only had one of two allotted statues in the National Statuary Hall at the U.S. Capitol Building in Washington, DC, the students successfully petitioned Congress to commission a statue of Philo Farnsworth. The life-size bronze statue of Farnsworth holding his early television video camera tube by sculptor James R. Avati was unveiled on May 2, 1990, with the inventor's wife and children in attendance. On the statue's base are the words, "Father of Television."
You can learn more about Philo T. Farnsworth and the television industry he helped create using census data and records. For example:
Philo T. Farnsworth was honored with a statue in the U.S. Capitol Building's National Statuary Hall on May 2, 1990.
The 1970 Census was the first in which the Ad Council produced radio and television public service announcements as part of the population count's promotional campaign.
The national television networks and 725 local stations received advertising kits containing film, slides, scripts, and fact sheets emphasizing the census slogan, "We can't know where we're going if we don't know where we are."
The U.S. Census Bureau collected data about television ownership for the first time in 1950.
Of the more than 42 million households that completed the 1950 Census of Housing questionnaire, more than 40.4 million owned a radio, 35.9 million had a kitchen sink, and 33.7 million had mechanical refrigeration. Just 5 million reported owning a television. Nearly 4.4 million households with television sets were urban whereas only 154,000 farms owned a set.
In 1960, respondents could report owning two or more sets. That year, more than 46 million of the nation's 53 million occupied housing units had at least one television. Television had grown so popular that more households owned a television than an automobile (41.6 million), telephone (41.6 million), clothes washing machine (39 million), or air conditioning (6.6 million).
In 1970, 60.6 million (95.5 percent) of the nation's 68.7 million housing units indicated they owned at least one television on their census questionnaire. By comparison, 24.2 million households had air conditioning, 26.5 million had a clothes dryer, and 59.7 million had indoor plumbing.
Censuses from 1980 and later did not ask about television ownership, but other surveys still inquired about households' technology ownership. For example, the Census Bureau's Survey of Income and Program Participation finds that more households own a television (98.4 percent or more) than a landline telephone.
Data from the American Community Survey showed that in 2021, television ownership was still more common than owning a computer or smartphone.
Franklin D. Roosevelt was the first U.S. president to appear on television. His pre-recorded broadcast was part of the 1939 New York World's Fair's opening ceremony sponsored by David Sarnoff's RCA Corporation and shown on televisions at the fair and televisions scattered around New York City, NY, on April 30, 1939.
On October 5, 1947, president Harry S. Truman appeared in the first broadcast from the White House in which he urged Americans to conserve food for post-World War II Europe. Truman installed the first television in the White House in 1947. His January 20, 1949, inauguration ceremony was the first to be televised nationwide.
On January 19, 1955, President Dwight D. Eisenhower invited television cameras to record a White House press conference for the first time. He also appeared in the very first recorded color television broadcast on May 22, 1958.
On January 25, 1961, President John F. Kennedy hosted the first White House press conference broadcast live on television.
Other technological firsts at the White House include installation of indoor plumbing by Andrew Jackson in 1833; the first White House telephone by Rutherford B. Hayes on May 10, 1877; and electric lights during Benjamin Harrison's administration.
Calvin Coolidge was the first president to address the nation by radio on December 6, 1923; George H.W. Bush sent the first presidential emails in 1992; William J. Clinton launched the first White House webpage in 1994; and Barack Obama began regularly using social media in 2009.