Color photograph of operator at computer workstation. Intel technicians command wafers' progress through the 8" wafer fabrication plant, (Fab) computer work stations, outside of the fabrication bays.
Electronic industries; Manufacturing; People; Photographs; Quality assurance; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technicians; Technology; Women;
Black-and-white photograph of an operator loading wafers into a diffusion process furnace.
Bunnysuits; Electronic industries; Manufacturing; People; Photographs; Quality assurance; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Spin\Rinse dryers; Technicians; Technology; Women;
Black-and-white photograph of an operator loading a 4-inch Wafer Spin\Rinse Dryer.
Bunnysuits; Electronic industries; Manufacturing; People; Photographs; Quality assurance; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technicians; Technology; Women;
Black-and-white photograph of a fab operator, wearing an early bunny suit, loading a 4-Inch wafer into wafer boats.
Electronic industries; Manufacturing; Microscopes; People; Photographs; Quality assurance; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technicians; Technology; Women;
Black-and-white photograph of quality assurance inspection operator using a microscope to examine 2-inch wafers for production flaws.
Bunnysuits; Electronic industries; Manufacturing; People; Photographs; Quality assurance; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technicians; Technology; Women;
Black-and-white photograph of an operator in an early bunnysuit. 4-inch wafer being prepared for possitive acid spin. 4-inch wafers were introduced at Intel in 1976.
Electronic industries; Manufacturing; People; Photographs; Quality assurance; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technicians; Technology; Women;
Black-and-white photograph of an operator monitoring the furnace bank gauges used in the 2-inch wafer fabrication process.
Electronic industries; Intel microprocessors; Manufacturing; People; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Robotics; Semiconductor wafers; Technicians; Technology;
Color slide of 8 inch wafer production -- robotic arm loading wafer into production line.
Electronic industries; Intel microprocessors; Manufacturing; People; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technicians; Technology;
Color slide of an Intel Fab technician monitoring an 8-inch wafer on an automated manufacturing line.
Clean rooms; Electronic industries; Intel microprocessors; Manufacturing; People; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Technicians; Technology;
Color photograph of fab operator standing next to 8" wafer fabrication (Fab) heated bank of wafer furnaces.
Clean rooms; Electronic industries; Intel microprocessors; Lithography; Manufacturing; People; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technicians; Technology;
Photograph of fab operator carrying wafers in fabrication plant's lithography process area.
Clean rooms; Electronic industries; Intel microprocessors; Manufacturing; People; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Technicians; Technology;
Color photograph of an Intel technician holding a 300mm wafer. Each square on the wafer is called a "die" and each microprocessor will eventually become the "brain" of a PC system.
Photo of the first radio telephone and telegraph set connected to the 11,500 foot "carpet" aerial. Set was used by Ray Newbry to telegraph 100 miles. Operator and location are not identified.
