A version of this post originally appeared on Tedium, a twice-weekly newsletter that hunts for the end of the long tail.
The remote control was an important invention, not just because it saved the average person a couple of steps, but because it shares a clear lineage with every other handheld electronics device ever made.
Your smartphone looks like it does because of the remote control. But less heralded—perhaps because of its roots as an aftermarket device—is the universal remote control, a device that bent to its will millions of devices that work similarly but are slightly different.
In the age of IFTTT, Alexa, Zapier, and Siri, this device has a surprising amount of value and deserves to be studied. Let's tune into the universal remote control's notable history.
Five important evolutions in remote control design before they went universal
1. In 1938, Philco released what is widely considered the first wireless remote control, the "Mystery Control" device, a radio remote control which uses an analog dial that is about the size of a rotary telephone.
2. Zenith's Flash-Matic remote control, an early innovation released in the 1950s, looked like a light gun because, basically, it was. Designed by Eugene J. Polley, it offered very simple functionality, but it had some technical issues—most notably, the tuner was affected by sunlight. It was the first wireless remote released for television.
3. Zenith was also responsible for the first wireless remote control that relied on "ultrasonic" commands—in other words, sounds that you can't hear. It was the most common type of remote for roughly two decades, but as the New York Times notes, this approach was imperfect due to the Doppler effect—the way that sound frequencies are affected by motion.
4. One noteworthy innovator on the remote front, per Slate, was Bang & Olufsen, whose remote designs were perhaps simpler and more intuitive than other designs of the early era. "In general, Bang & Olufsen's development of remote controls can be summed up in a simple concept: Intuitive use, explains enthusiast site BeoWorld. "It is important to be able to adjust sound and picture from wherever you may be in the home."
5. The term "universal remote" was first bandied about in the 1970s, in reference to a device produced by Jerrold, which provided wired remote controls for cable boxes. The devices were huge, and often quite imposing, but they worked on basically any TV via the set-top box. (In other words, they didn't work with, say, a VCR.) "As Jerrold's remotes became more powerful, moreover, they only became larger," author Caetlin Benson-Allott explained in the 2015 book Remote Control. "Once Jerrold added a UHF mode to its cable remote, for instance, the device reached the size of a full-scale computer keyboard."
The prototype of the universal remote was the TV muting device
Early televisions had a lot in common, but early on, one thing they did not have was a remote control. This proved a problem in many cases, as early advertisers had yet to figure out that consumers were turned off by loud ads. This problem led to an array of similar solutions that were designed to do one thing: Mute the TV on command.
Gerald Shirley, a developer for the electronics firm Televex who was better known for his work with audio equipment, claims to have been the first to create a device of this nature—in a letter to the editor printed in The New York Times in 1999, setting the time frame to around 1950. A 1952 article in High Fidelity briefly touched on Shirley's "Com-muter."
Whether or not Shirley was the first inventor, it was ultimately a guy named Howard Manischewitz—yes, like the kosher food company—who made the most common device of this nature, the Blab-Off. In an article for Early Television, Manischewitz's daughter Laura Alpert recalled how early commercials were so loud that he was inspired to build a device that cut off the audio cables whenever a switch was pressed—the result of a challenge he took to come up with a fix in less than 10 minutes.
He succeeded, and in 1952, he was looking to sell a set of easy-to-install wires that would effectively allow the average TV owner to shut the device up for a second. Blab-Off was born—under a pseudonym, of course, to ensure that Manischewitz's hacky side project didn't reflect on Manischewitz, the company. As "Bob Grant," he got an ad agency involved and a budget to start mass-manufacturing the devices.
Coming at a time when the television itself was still relatively novel, it wasn't long before his device had generated a mixture of controversy and broad use. Newspapers, magazines, and TV networks would quickly reject ad buys involving the devices, only to have some big-name backer show themselves anyway. On his TV show, for example, news commentator Walter Winchell offered up a free ad for the device:
"The most terrifying gadget in television for TV set owners will soon be announced, and sells at $2.98," Winchell said, according to Alpern. "One flip of your finger from your easy chair in your parlor will turn out all commercials and commentators that annoy you. It is called Blab-Off, named after, I guess, the commentators."
Similarly, Reader's Digest raved about the device and gave it room in its hallowed pages—something that drove massive sales for the relatively inexpensive device.
It was effectively a single-function remote control (even if there was a wire involved; many early remotes had one), and it worked on basically any TV, so it was universal. But it took a bit of evolution before we had true universal remote ubiquity.
Why the universal remote isn't really all that ambitious in practice
A decade after the release of the Apple II, Steve Wozniak, still somewhat fresh off his experience of paying for the US Festival, was ready for a new commercial adventure, and it couldn't look less like Steve Jobs' NeXT if he tried. Woz was one of the earliest innovators on the universal remote control front.
His firm, CL9 (standing for "Cloud 9"), implies a firm focused on moonshots of sorts, and the moonshot Woz focused on was a programmable infrared remote control, which he called the CORE. In a 1985 BusinessWeek article, Wozniak suggested that while the project had a larger budget than the Apple I did, it had a similar ethos and thought process. (One thing it didn't have was Apple's design capabilities: Jobs forbade Frog Design, Apple's longtime design firm of choice, from working with Wozniak's firm.) He was putting in incredibly long days.
"I wanted a personal computer, so I designed the Apple. I live in a house with lots of televisions and VCRs, and I wanted a single unit to control them all," he said.
But while Wozniak's goal was noble, it turned out that the electronics firms that Apple had upstaged in the 70s were going to win this round. Wozniak's device leveraged the infrared technology that Viewstar founder Paul Hrivnak had introduced as a viable concept for television just a few years prior, first under the Philips name in 1980. Hrivnak's infrared technology, which had quickly seen uptake with televisions (including by Bang & Olufsen), was the secret sauce that made a universal remote possible.
Woz's device, much like his early computers, was hackable and programmable, and fairly technical, closer to a graphing calculator than a remote control. (You don't want highly technical in a remote control, unless you're a tinkerer.)
One thing it wasn't, however, was first. In 1984, the audio company Acoustic Research had released its Model SRC-1, which offered to do for stereo equipment what Wozniak was promising to do for the TV. But instead of focusing on programmability, it simplified its command set, ensuring that the device would work with any piece of stereo equipment. A New York Times review raved about the device:
To gain this degree of compatibility, Acoustic Research had to sacrifice certain functions, such as the ability to change radio stations by remote control or command a cassette deck to switch from playback to recording or vice versa. Even so, the Acoustic Research Model SRC-1 wireless control, priced at $160, performs a variety of useful tasks. It turns the system on and off from across the room, adjusts the volume at either a fast or slow rate of change, shifts the channel balance, and can instantly lower the volume by 20 decibels—a handy trick when the phone rings. The control also has what's known as a sleep-switch on dock radios; it can be set to shut off the system after 30 minutes.
This strategy, with some changes, ultimately proved the winning one for the living room, and was the one adopted by numerous television companies, most notably by Philips on its Magnavox devices. First released in 1985, with a patent filed the same year and granted in 1988, the remotes were the first to support multiple types of electronics on a single remote.
An early patent for a "reconfigurable remote control," granted to General Electric in 1986 and predating the Philips patent, speaks to the goals of the universal remote at this time.
"A consumer may have separate remote control transmitters for a television, a cable converter, video cassette recorder, and a video disc player, for example. In such a case, it is confusing to know which transmitter to pick up to control which product," the patent filing states. "Moreover, carrying around four different remote control transmitters spoils the convenience of the remote control feature. It is therefore desirable to provide a single remote control transmitter for controlling each of the several products."
Wozniak's CORE tried to do this, but focused perhaps too much on the edge cases. (The fact that Jobs screwed him out of working with a favored industrial design firm probably didn't help.)
The result is that our programmable remotes look much more like the GE patent than they do Wozniak's approach. Philips, which owned the Magnavox brand, took steps toward usability with its approach, notably filing a patent for auto-detecting a specific device.
Perhaps the result, with its mess of buttons, reliance on confusing remote codes, and tendency to get caught up by edge cases, isn't perfect, but it's what the average person ended up getting.
"VCR Plus controls both the cable box and the VCR. Now, if you're away from home, you can tape shows on different cable channels. VCR Plus changes the channel for you. You just enter one number for each show."
— Louise J. Wannier,
the vice president of marketing and business development for Gemstar,
explaining to the Los Angeles Times in 1990
the benefit of the
VCR Plus system
. The concept—which I would argue is probably the closest we got to truly programmable universal remotes used by a mass audience—was designed to automatically program a VCR to record a show automatically simply by typing in a code attached to a TV schedule. The
wrote about the concept because it was adding the codes to its TV section—a common addition to newspapers during the 90s,
with more than 600 papers
printing the codes in their papers by 1993. The device was popular to the point that
Gemstar was able to buy TV Guide in 1999
. The modern-day universal remote has some long, roundabout roots that go back to the days of the Blab-Off, a gimmick that was a great example of the public taking on advertisers with technology. (Fun fact: The Blab-Off
actually led to TV ads getting quieter
in the 1950s, because the device made the ad industry nervous.)
It only makes sense that there's a direct descendant of the Blab-Off that's still sold today. That device, the TV-B-Gone, is essentially a single-function universal remote that does one thing: It allows users to turn off TV sets in public places
The concept, invented by early virtual reality figure Mitch Altman in the 90s, is designed to be able to turn off any TV set in the distance—in some cases so powerfully that it turns off multiple sets at once.
The idea, of course, is to remove unwanted distractions, especially when nobody is around to actually turn off the sets.
"The way I see it, it's only fair," Altman told Wired of the concept in 2009. "If a TV shines light at me, I'll shine a light at it. And if it stops shining light at me, I'll stop shining light at it."
As universal remotes go, you will find one no simpler and no more effective.
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