San Antonio entrepreneur labored on software program crew that paved way for WiFi

San Antonio entrepreneur labored on software program crew that paved way for WiFi

In 1997, technological heritage was made at a small medical sophisticated on San Antonio’s North Aspect. San Antonio resident J. Bruce Hughes was at the center of the innovation that paved the way for WiFi.

Hughes led a group of software engineers and microchip designers who designed a chip connecting units to the world wide web through radio waves.

The uncomplicated element, according to Hughes, was acquiring a Media Entry Regulate microchip converse with a physical layer chip.

He mentioned no a single had communicated about a wireless hyperlink more rapidly than Ethernet at 10 megabits for every 2nd. The staff was able to communicate at 11 megabits for each 2nd, which experienced not been performed ahead of. That day, the group made the 1st thriving 802.11b semiconductor chip for wi-fi fidelity — or WiFi.

“We felt it was heading to be fairly innovative,” Hughes, 73, said. “But we didn’t feel it would be really as ubiquitous as it has been.”

About the author

A 22-calendar year veteran of the Air Drive, Vincent T. Davis embarked on a second career as a journalist and uncovered his calling. Observing and listening throughout San Antonio, he finds intriguing tales to convey to about everyday folks. He shares his tales with Categorical-Information subscribers every single Monday morning.


Hughes and his staff are among a extensive line of innovators whose contributions provided the entire world with large-velocity wi-fi access.

Hughes is a retired organization adviser, government and application developer. His resume includes functioning on the Eagle Ford Shale Neighborhood Advancement Method, Southwest Texas Region Little Enterprise Advancement Centre and biomedical research in Houston and Philadelphia.

His foray into engineering started as a organic investigate technician at Rice University, Temple University and Baylor Faculties of Drugs. Hughes has a master’s diploma in small business administration from the College of Texas at San Antonio, where by he was senior venture manager in the Technology Commercialization Middle of the South-West Texas Border Modest Enterprise Improvement Center.

Hughes’ introduction to science and math came at a young age. He was in initially quality at Bonham Elementary, where youngsters picked on him because he was massive for his age. His mother, a dietitian at Randolph Air Pressure Base Elementary, bought her son an exemption to show up at the university.

Based mostly on his significant grades, 1 of his lecturers proposed he consider a citywide examination for admission to Keystone College in the historic Monte Vista district. Hughes did properly and gained a scholarship to the non-public school that his mom normally could not afford.

The accelerated curriculum involved math, science and overseas languages, classes that organized Hughes for the journey that lay forward. In 1981, he labored at Datapoint, a enterprise laptop organization resolving trouble calls from staff in the area. He uncovered by way of on-the-position instruction, studying tech magazines and working on the TRS-80 microcomputer he purchased from Radio Shack.

Then in October 1990, he was employed by system architect Michael Fischer of Youngster (Self-confident Pleased Folks Living Desires) Systems as a computer software development vice president.

Radiant Systems contracted Little one Systems to enable with a progress agreement for Nellcor, which had the patent for the pulse oximeter. Baby Systems wanted to develop the small business into a surgical operating home workstation where by all the amounts and readings would be obtainable to the anesthetist.

Which is where they designed the comprehending of wi-fi information communication. The function arrived at the same time as the initially arrival of expense-helpful distribute-spectrum radios that transmitted large info prices with reduced ability in excess of brief distances.

They collaborated with Electronic Ocean, which acquired the firm. In their mission, Hughes came up with the phrase, “If we could do it, we would be in an ocean of flexibility with no wires or cables.”

A joint progress agreement involving Digital Ocean and Lucent Systems led to the development of the activity-transforming chip. Lucent and Harris Intersil experienced the initial practical professional merchandise with Hughes’ team’s microchip.

The first value for the product or service they 1st made for Apple personal computers was $700.