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 Soup to nuts,
    or more exactly
         lens --------------> to antennas
If they don't make it, we don't need it!

Two different philosophies

In the early '80s, if you were in the broadcast industry, you saw big changes in the equipment landscape. The dominant player for the last 30 years had been RCA. As I've said before, I had a boss early on in my career who would say, "If RCA doesn't make it, we don't need it." They were a soup‐to‐nuts vendor of high‐end broadcast equipment. What RCA once had, many since have tried to replicate.

In the late 70s, there were a number of new players from Japan. Out of this group, Sony emerged as the leader. Let's look at how Sony set the pace in its race against RCA and the others. Sony strategically targeted the low end of the equipment market. This was possible because cameras and VTRs had become "portable" in the late 70s. News departments found ways to use those low‐end tools. TV news departments were looking to ditch their film cameras. The cost of film consumed a good amount of the news budget. You could reuse videotape. Plus, they could use video cameras live.

Sony's first successful product was an audio tape recorder for NHK. They did not sell many, but it made them an early master in the use of transistors. Sony started in 1946, spent a few years determining what it would sell. In the early 50s, it launched a line of transistor radios. That brought Sony to America.



Prototype audio recorder for NHK

Sony TR-610 transistor radio. Used six transistors. Launched in 1958.



Early '60s ad says it all!




In the early 60s, Sony launched a line of VTRs targeted at home use. These were all reel‐to‐reel. They had limited appeal.



In the late 60s, Sony launched the Trinitron series of TV receivers. It featured a groundbreaking three‐electron gun. It also replaced the shadow mask on the screen with an aperture grille. This made for a brighter and sharper image.




In October of 1969, Sony demonstrated a prototype of the U‐Matic. It was an analog recording videocassette format. The company introduced it to the market as the VO‐1800 in September 1971. It was one of the first video formats to use a cassette to hold the videotape. This was different from the reel‐to‐reel or open‐reel formats that were popular at the time.



It wasn't that Sony invented ENG (Electronic News Gathering). Instead, broadcasters found Sony's "portable" VTRs. The one shown here was the VO-3800. It was what was at the time considered an "industrial" machine. Its quality wasn't "broadcast" quality, but it was good enough. It was low‐cost, making it accessible to people beyond broadcasting.

In the mid‐70s, most broadcasters had two to five two‐inch VTRs. However, a station with a decent news operation could afford to have half a dozen of these.

The box to the right was the VTR's power supply. The VTR itself had a fair‐sized battery, also. You can see the faint outline of the battery compartment to the right of the cassette door.




Early Sony ENG camera. These weren't "camcorders." The recorder was always separate until the mid-80s.


Soon, Sony produced VTRs designed for capturing and editing news. Here you see a Sony BVU‐200 VTR, designed for video editing and playback. The box to the right is a "Time Base Corrector." All VTR scanners vary slightly in speed, either fast or slow, without interruption. This device is necessary to play back "locked" video.  Graphic on how TBCs work.




A much lighter version of a VTR for news gathering. It only recorded and did not play back or rewind. Back to how they used to shoot film.




Before videotape recording, you could only transmit video one way: with a video camera. Yes, you could televise film, but that still required a video camera. While most wouldn't recognize it as such, it was still a camera none‐the‐less.



Very early film projector, BT (before television)

Live television during VE Day in 1945. That is an early RCA black & white camera.




The highlighted equipment is a video camera that captures slides and film images.

The items marked 1 & 2 are two of RCA's first‐released videotape machines. Yes, they took up many racks.


One hour reel of videotape used on the VTRs shown. It weighed close to 20 pounds. It was 2‐inch wide tape.




"Drum" style slide projector. Yes, before electronics and computer graphics, all graphics went on a slide or were captured by a studio camera.




Any camera was expensive back when film was stil in widespread use for programing media. To reduce the number of cameras for film programming, a mirror multiplex system was used. Solenoids quickly raised or lowered the mirrors shown. The mirrors moved so quickly that a very audible "clunk" echoed up the hallway. The mirrors decided which film projector to use. There were typically two, or they could let the slide projector light reach the camera. These two film projectors, including the slide projector and camera, were called "film islands."




Sony now saw the potential that TV broadcasting presented. The TV folks used Sony's industrial gear. Then, Sony added tougher and more durable equipment. Sony's equipment was the go‐to gear for the majority of news departments. Now the company started to branch out.




Sony's first one-inch tape machine, the BVH-1000. Sony began to be a major player in VTRs.

Sony made a big step up. In the late 70s, the top high‐end VTR changed. The two‐inch video tape recorder lost its title, and the new one‐inch VTR took over. In the old realm, RCA and Ampex were the clear leaders. All of a sudden, it was a race between Sony and Ampex. RCA wasn't even in the race. This important category of equipment made Sony a major player. Sony quickly entered many adjacent equipment categories.

The difference in development timelines between U.S. companies like RCA and Japanese companies like Sony during the 1980s had profound implications on their competitiveness, innovation, and market positions. These differences in development philosophy were rooted in contrasting approaches to product development, corporate culture, and business strategies, leading to significant outcomes for both sides.




Sony kept enhancing the Umatic. Here is the BVU-800, introduced in the late '70s.



Sony lost the format war in the consumer market with Betamax. However, they succeeded with Betacam in news. Introduced in the early '80s, this was a component format, which resulted in a major upgrade in quality. Here is the BVW‐400 camcorder, now the camera and VTR were one.


RCA approach



First generation RCA VTR, TRT-1. Barebones model. No color, just black & white, no locking to other signals. Pretty much useful only for recording. More capability required more racks of equipment.

The U.S. Approach: RCA's Long Development Cycles (10+ Years). U.S. companies like RCA, which had once been industry giants in electronics, broadcasting, and consumer products, tended to have much longer development cycles, often ranging from 5 to 10 years or more. This approach was rooted in several factors.



RCA's flagship two‐inch VTR of the '60s, the TR-70. It was preceeded by the very similar TR-22. Both models took about 10 years to complete.


U.S. companies like RCA often worked on large, complex, and expensive R&D projects that took years to develop. These projects tended to be focused on achieving breakthrough technologies rather than incremental improvements. The emphasis was often on creating "big" products (e.g., innovations in televisions, broadcast technology) that would dominate the market once they were released.




Second generation color camera, the RCA TK‐43. Took about 10 years to develop and it was not very well received. Some customers bought more first‐generation TK‐41s after hearing production was ending. Not even NBC, which was owned by RCA wanted them. RCA gave one to the network to use on the 1964 election coverage. They never used it on air; they only used it as a prop on set to make it appear that NBC was actually using it. After that, they used it as a stand‐alone "breaking news" camera in the WNBC newsroom.



First-generation color camera, RCA TK-41. This one at CBS. CBS didn't have many.  Why?  In fact, CBS actually  fought  against  color  and didn't air much in color until the  mid-60s


Top‐Down Innovation: The innovation process in these companies was often hierarchical and bureaucratic. Decisions were made at the top levels of management, and the development process tended to be slow and methodical. Product teams had to go through layers of approval and coordination, which could delay development.

Monolithic Product Development: U.S. companies often focused on creating all‐encompassing, monolithic products that could serve a broad range of needs. This long timeline allowed for the creation of complex systems that were expected to serve large, diverse markets.




Third generation TK-44. Took about 8 years to develop.




A big breakthrough for RCA was the TK-47. Again about 10 years in the making. The camera included plenty of analog circuitry, which served primarily for video processing. It also used early digital logic for processing. Still, each camera lacked an onboard CPU. The intelligence remained centralized in the control unit, which sent setup commands to the analog/digital electronics in the various cameras in use over multicore cable.

The RCA COSMAC 1802 microprocessor was selected for several reasons. It was radiation-hardened, low-power, and easy to integrate. RCA valued these features a lot. The chip's use in satellites and military applications made this even more significant.

The 1802 let RCA automate camera alignment. Most cameras then still needed manual adjustments.

Corporate Structure and Culture: U.S. firms were more likely to operate in a traditional corporate structure with slower decision‐making processes. This culture often led to a conservative approach to risk, innovation, and speed. New product lines or technologies were more heavily scrutinized before moving into production.



What was this about?


Sony approach

Sony's Shorter Development Cycles (18 Months). In contrast, Japanese companies like Sony embraced much shorter development timelines, often completing new product designs and bringing them to market within 18 months. This approach stemmed from different strategic priorities and philosophies.

Japanese companies excelled at rapid iteration and incremental innovation. Instead of aiming for a big, breakthrough product that would take years to develop, they focused on continuously improving existing products and introducing more frequent, smaller updates. This allowed them to keep up with changing market demands and technological advances without falling behind.

Japanese firms embraced lean manufacturing and a culture of continuous improvement (kaizen). They streamlined their development processes to remove inefficiencies, reduce costs, and speed up time to market. This meant products could be developed in a fraction of the time compared to their U.S. counterparts.

They have a Customer‐Centric Focus. Japanese companies like Sony were extremely attuned to consumer needs and trends. Their ability to quickly develop and launch products allowed them to be more responsive to changes in consumer preferences. They focused on creating products that were highly tailored to the desires of the target market, rather than relying on a slow‐moving, top‐down approach. This is not to say that Sony listened to individual customers. Their genius was capturing the zeitgeists of the market and being quick to react.

Resulting Differences in Market Dynamics

The differing approaches of U.S. and Japanese companies during the 80s had profound effects on their market positions and industry influence.

With the ability to develop new products in 18 months or less, Japanese companies like Sony were able to outpace U.S. companies in terms of product introductions. They could capitalize on emerging trends faster, often beating U.S. companies to market with the latest innovations.

I often saw that when large U.S.‐made equipment arrived, like VTRs, studio cameras, and video switchers, a field engineer was needed to set it up and make it work. Generally, though, once in service the U.S. gear tended to run several years without a lot of problems.



What was typical of RCA? After a long development cycle RCA would come up with a game changer. That was the case with the TCR-100, launched during the late '60s. It was the first high-end VTR that used cartridges. They had just three minutes of tape, but it was great for commercials and PSAs. Up until then, film was still the prevalent media for commercials.

Loading small reels of tape onto a two-inch VTR during a commercial break can be stressful. You have to be quick to take off the old tape and load a new one. And, as already mentioned, most TV stations only had a few VTRs. I worked at a station that produced a lot of recorded studio productions. During those productions, every commercial break meant stopping the show. This allowed the VTRs to play the commercials. As a network affiliate, it provided a 28-minute window for production to continue.

The TCR-100 changed all that. It could hold 24 cartridges that it self-loaded. It had two tape decks, so it could play tapes back to back. It only needed about 10 seconds to unload the just-played tape and load another. After a few years, Ampex released the ACR-25. This system was more advanced, but also costlier.


Japanese gear would arrive and usually work right out of the box. It would work well for a few years. Then, the precession machined parts and other mechanical parts would start needing replacing. These machine parts were typically expensive due to their precise manufacturing.

The industry got used to replacing gear every few years instead of every 10‐15 years. As the equipment got smaller, it was harder to charge as much, so prices dropped. The U.S. labor market was being priced out. Up until the 70s, studio cameras and VTRs had very similar price tags. Often around $100K each!

Another factor affecting equipment pricing was technology. R&D innovations often moved from high‐end broadcast equipment to the consumer market. In the 90s, things began to change. Technology used in mass‐produced consumer gear started to be applied at the high‐end. This shift greatly reduced costs.

U.S. Companies Struggled to Keep Up: U.S. companies like RCA, with their longer product development cycles, often found themselves behind the curve in terms of consumer electronics trends. While they focused on large, complex systems, Japanese companies quickly introduced more affordable, user‐friendly, and feature‐packed products. This made it harder for U.S. firms to compete effectively in the global market, especially in the consumer electronics space where speed and flexibility were key.


The result


Sony typically has the largest booth at the National Association of Broadcasters (NAB) convention in Las Vegas every year. It is said to be in the Guinness Book of World Records as the largest convention display.


Loss of Market Share for U.S. Companies: As Japanese companies like Sony, Panasonic, and Toshiba became more efficient at product development and more responsive to consumer demands, U.S. companies saw their market share erode. For instance, in the television and audio markets, Sony and other Japanese manufacturers consistently delivered high‐quality, cutting‐edge products faster than RCA and other U.S. brands, contributing to the decline of American dominance in consumer electronics.

Shift in Corporate Mindsets: Over time, the success of the Japanese model influenced U.S. companies. Many American firms began adopting leaner, faster product development processes in an attempt to regain lost ground. However, by the time these changes occurred, many of the once‐dominant American companies had already lost significant market share to their Japanese competitors.

Emerging Role of Branding and Design: Japanese companies excelled at creating strong, globally recognized brands. Sony, in particular, became synonymous with innovation and quality, and its ability to move quickly and create products with appealing designs helped it win consumer loyalty. In contrast, U.S. companies like RCA and GE struggled with brand identity and failed to develop the same level of consumer appeal.

The Philosophical Divide: Slow and Steady vs. Fast and Agile



RCA, until the end, was still able to mount another technological breakthrough. The first high-end video camera that used CCD sensors instead of imaging tubes. The RCA CCD-1, introduced in 1983 and shipping a year later. Little did RCA know at the time that its end was nearing.

The fundamental difference between the U.S. and Japanese approaches during this period can be summarized as a philosophical divide. The U.S. Philosophy was to focus on long‐term, large‐scale product development with a belief in the value of breakthrough, one‐time innovations. U.S. companies were more risk‐averse and focused on creating comprehensive, long‐lasting systems that would dominate the market once they were launched.

While the Japanese philosophy was the focus on speed, responsiveness, and incremental improvements. Japanese companies aimed to be flexible and adaptive, creating products that could quickly capture consumer interest, while continuously refining their offerings.

Impact on the Industry

In the long run, the shorter development cycles of Japanese companies like Sony proved to be more aligned with the rapidly changing consumer electronics landscape, where new trends and technologies emerged quickly. Meanwhile, U.S. companies that clung to slower, more cumbersome development processes found themselves at a disadvantage, unable to keep up with the pace of innovation required to remain competitive in the global market.

By the 1990s, the rapid pace of innovation in Japan had reshaped global consumer electronics, and U.S. companies were forced to re‐evaluate their strategies. The lesson was clear, speed and agility in product development were critical in the fast‐evolving world of consumer technology.

RCA Demise



When General Electric (GE) acquired RCA (Radio Corporation of America) in 1986, the move was part of GE's broader strategy to diversify its portfolio and expand into new markets. However, GE's specific motivations for acquiring RCA were multi‐faceted and aligned with both short‐term goals and long‐term ambitions.



GE wanted access to RCA's Consumer Electronics Business. RCA was a major player in the consumer electronics market, particularly in television and radio. GE was interested in tapping into this market to expand its reach into consumer products. RCA's brand had a strong presence in households, and by acquiring it, GE was able to leverage this existing market footprint.




RCA owned NBC (National Broadcasting Corporation. This was particularly appealing to GE, as it gave them a significant stake in the media industry. GE was interested in integrating media with their other business sectors, believing that the convergence of entertainment, news, and information would be a lucrative market in the future.

GE had a long history of making home appliances and industrial goods, and with the acquisition of RCA, which was a dominant player in the television industry, aligned with GE's strategy to strengthen its position in consumer electronics.

At the time of the acquisition, RCA was known for its innovations in electronics, broadcasting, and technology. GE, which had already been involved in a wide range of technological fields such as electrical engineering, aerospace, and power generation, saw RCA's technological assets as a way to bolster their own capabilities.

GE was also interested in RCA's R&D operations, particularly its work in satellite communications, semiconductors, and electronics. This acquisition allowed GE to integrate RCA's advanced research facilities into their own operations, strengthening their position in high‐tech sectors like communications and electronics.

But RCA's was in decline. In the years leading up to the acquisition, RCA had been struggling financially. The company faced tough competition in its core markets of consumer electronics, broadcasting, and television manufacturing. RCA's attempt to innovate and remain competitive had resulted in financial losses, and its once‐dominant position was starting to erode. GE saw an opportunity to acquire RCA at a time when it could restructure the company and extract value from its assets.

After a while GE's ownership of RCA became a liability. RCA's consumer electronics business was gradually sold off, and the company's remaining focus shifted more toward broadcasting (NBC), which became a key asset for GE.

In 2011, GE decided to sell 51% of NBCUniversal to Comcast. In 2013, GE divested its remaining 49% stake in NBCUniversal to Comcast, giving Comcast complete ownership. This marked a shift in GE's strategy away from media and entertainment and back toward its industrial roots, focusing on technology, healthcare, and infrastructure.

The acquisition of RCA by General Electric was a strategic move to diversify into media, electronics, and telecommunications. At the time GE saw the value in RCA's established brand, broadcasting assets, technological innovations, and market presence. By acquiring RCA, GE not only gained a foothold in the burgeoning media and telecommunications industries but also strengthened its technological and R&D capabilities. Over time, however, GE refocused its efforts and eventually divested its media assets, signaling a shift back to its core industrial businesses. The RCA acquisition played a significant role in GE's diversification strategy, even as the company later adjusted its focus based on changing market dynamics.

Today RCA primarily exists as a brand name leased out to others.

See who has tried to become the next  RCA.