The Story of Edmund Pixellinili
January 18, 2008 at 10:38 am by EricSince I'm feeling nostalgic I might as well post the back story of Edmund Pixellini. This story was a part of our website way back when (in fact, I retrieved the text and images off of the Way Back Machine). Believe it or not, we received many comments and emails about this story, some people even believed it!
In the summer of 1882, a small band of fortune seekers, led by Edmund Pixellini, set off to the African continent in search of diamonds and adventure. Although they found no diamonds, what they found instead led to an incredible technological breakthrough.
¶ Edmund Pixellini, a life long treasure-hunter and adventurer, had heard of the fabled diamond deposits to be found in the African interior. By early 1882, he had chartered a ship, hired a crew, and set sail for Point Noirre, Africa. ¶ Trekking deep into the jungle, he and his cohorts searched for months for the diamonds but to no avail. Within days of giving up the search, they unearthed the first find of raw pixels. ¶ These rare stones were so bright and colorful that they seemed to radiate light.
With the discovery of the pixel, a new form of communication was born. By taking advantage of the pixel's natural luminosity and low density, inventors were able to find ways of moving pixels to and from one OSU (opti-screen unit, an early predecessor to the computer) to another. By serving pixels across networks of tubing, an OSU could communicate visual information over considerable distance. Of course, the earliest prototypes where limited in range and very slow, but the potential was clear to all.
¶ The key to controlling the flow of pixels was in air pressure. Too much air current and pixels would get jumbled and misdirected, too little current and they would not reach the intended OSU. Air compressors began with simple bellows fitted with filters and air resistors. Soon "virtual lung" systems would provide much more control and power. The demand for pixels and matrixes which displayed them soared. Newfangled Graphics foresaw this demand and the first industrial pixel foundry went online in 1892.
Newfangled Web Factory uses the latest in web fabrication machinery. Our fabrication process begins with Franklin Trucking and Post teamsters delivering the raw pixels to our pixel foundry. The raw pixels are sorted, then prepared for use by one of our three industrial strength web forges. Our foundry is capable of processing ten truck loads of raw pixels per day! We use only the finest imported pixels, excavated from quarries in Pointe Noire, Congo. From the foundry, it's off to the pixel engraving studio, where our talented young designers and engravers prepare each graphic before it is sent to the HTML assembly line.
¶ The factory assembly line is where our web sites finally come to life. Here you see an average day on our factory floor where experienced HTML craftsmen oversee workmen setting web pages, pixel by pixel, to be assembled into complete web sites. ¶ Of course, before leaving the factory, our inspectors check each page and link for defects to make sure every page meets our high standards for quality and craftsmanship. Defective pages are returned to the foundry where they are melted down for their raw materials. ¶ All our employees enjoy a light 84 hour work week with two generous fifteen minute breaks each day! In addition, they are offered factory housing and convenient shopping at the factory store. We are one big web building community. |
Tags: history themesong pixel
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January 18, 2008 11:41 AM I love this story! Glad to see it back (even if it's only on a blog). I've had more than one client tell me they miss the old story of Edmund (and our old fashioned bio photos). |
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January 18, 2008 1:37 PM The factory floor photo definitely captures the vibe of the workplace. Didn't Upton Sinclair have something to say about that...? Just kidding, I love working here. |












¶ Edmund Pixellini, a life long treasure-hunter and adventurer, had heard of the fabled diamond deposits to be found in the African interior. By early 1882, he had chartered a ship, hired a crew, and set sail for Point Noirre, Africa. ¶ Trekking deep into the jungle, he and his cohorts searched for months for the diamonds but to no avail. Within days of giving up the search, they unearthed the first find of raw pixels. ¶ These rare stones were so bright and colorful that they seemed to radiate light.
With the discovery of the pixel, a new form of communication was born. By taking advantage of the pixel's natural luminosity and low density, inventors were able to find ways of moving pixels to and from one OSU (opti-screen unit, an early predecessor to the computer) to another. By serving pixels across networks of tubing, an OSU could communicate visual information over considerable distance. Of course, the earliest prototypes where limited in range and very slow, but the potential was clear to all.
¶ The key to controlling the flow of pixels was in air pressure. Too much air current and pixels would get jumbled and misdirected, too little current and they would not reach the intended OSU. Air compressors began with simple bellows fitted with filters and air resistors. Soon "virtual lung" systems would provide much more control and power. The demand for pixels and matrixes which displayed them soared. Newfangled Graphics foresaw this demand and the first industrial pixel foundry went online in 1892.
Newfangled Web Factory uses the latest in web fabrication machinery. Our fabrication process begins with Franklin Trucking and Post teamsters delivering the raw pixels to our pixel foundry. The raw pixels are sorted, then prepared for use by one of our three industrial strength web forges. Our foundry is capable of processing ten truck loads of raw pixels per day! We use only the finest imported pixels, excavated from quarries in Pointe Noire, Congo. From the foundry, it's off to the pixel engraving studio, where our talented young designers and engravers prepare each graphic before it is sent to the HTML assembly line.
¶ The factory assembly line is where our web sites finally come to life. Here you see an average day on our factory floor where experienced HTML craftsmen oversee workmen setting web pages, pixel by pixel, to be assembled into complete web sites. ¶ Of course, before leaving the factory, our inspectors check each page and link for defects to make sure every page meets our high standards for quality and craftsmanship. Defective pages are returned to the foundry where they are melted down for their raw materials. ¶ All our employees enjoy a light 84 hour work week with two generous fifteen minute breaks each day! In addition, they are offered factory housing and convenient shopping at the factory store. We are one big web building community.
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