In its first incarnation as a Silicon Valley startup, Microcomm designed, prototyped and tested the hardware for numerous innovative systems, from cellphones to satellites. These archival photos from the 1970s show how we sparked a telecommunications revolution. But we're not resting on our laurels. Ask us about Microcomm's 21st Century Solutions.
Read Microcomm's Hardware Design PhilosophyRead about Microcomm's involvement in Early Satellite TV
The Microcomm lab in Silicon Valley, circa 1979. Here, founder and Chief Engineer Prof. H. Paul Shuch developed the world's first commercial home satellite TV receiver. He subsequently used this same 4.7 meter dish for his first observational SETI experiments.
Microcomm photo
|
Prof. H. Paul Shuch, Microcomm's founder and Chief Engineer, in the classroom teaching microwave technology, circa 1977.
Microcomm photo
|
Downconverter for S-band video reception from India's INSAT-1A satellite. This same board was used to support Instructional Television Fixed Service (ITFS) broadcasts in the US.
Microcomm photo
|
Single-balanced mixer for 18 cm hydroxyl line radio astronomy. This mixer was also used in the early (modular) versions of our 1691 MHz WEFAX receivers.
Microcomm photo
|
In the Microcomm laboratory, Prof. Shuch snaps off-the-screen shot of the first successful home satellite TV receiver in action.
Microcomm photo
|
First crude images from the world's first commercial home satellite TV receiver, as seen on the oscilloscope (left) and the video monitor (right).
Microcomm photos
|
Microstrip L-band solid state power amplifier. These two Watt units were used as driver amplifiers in in early amateur radio moonbounce (EME) stations.
Microcomm photo
|
email the Webmaster |
Entire website Copyright © Microcomm This page updated 14 March 2013 |
Top of Page |