Clean rooms; Electronic industries; Intel microprocessors; Manufacturing; People; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technicians; Technology; Vertical diffusion furnaces;
Color photograph of a technician checking wafers processing in a vertical diffusion furnace, one of the many tools through which wafers must pass as they go through the hundreds of steps that make up the manufacturing process.
Clean rooms; Electronic industries; Intel microprocessors; Manufacturing; People; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technicians; Technology;
Color photograph of Intel technician monitoring wafers in an automated wet etch tool. The process cleans the wafers of any excess process chemicals or contamination.
Electronic industries; Intel microprocessors; Microprocessor packages; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technology;
Enlarged color photograph of the Intel® Pentium® processor package. Clock speeds: 60 MHz (100 MIPS, 70.4 SPECint92, 55.1 SPECfp92 on Xpress 256K L2). 66 MHz (112 MIPS, 77.9 SPECint92, 63.6 SPECfp92 on Xpress 256K L2). Number of transistors: 3.1...
Electronic industries; Intel microprocessors; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technology;
Color photograph of Intel's i486 6-inch silicon wafer.
Electronic industries; Intel microprocessors; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technology;
Color photograph of Intel's 8741 Peripheral Interface 4-inch silicon wafer.
Electronic industries; Intel microprocessors; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technology;
Color photograph of Intel's Pentium 4 12-inch silicon wafer.
Electronic industries; Intel microprocessors; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technology;
Color photograph of Intel's Pentium III 8-Inch silicon wafer.
Electronic industries; Intel microprocessors; Photographs; Random access memory; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technology;
Color photograph of Intel's 2102 SRAM (Static Random Access Memory) 3-inch silicon wafer.
Electronic industries; Intel microprocessors; Photographs; Random access memory; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technology;
Color photograph of Intel's 1101 SRAM (Static Random Access Memory) 2-inch silicon wafer.
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.
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; Spin/Rinse dryers; Technicians; Technology; Women;
Black-and-white photograph of a Spin/Rinse dryer. Spin/rinse dryers were used to in the etching process. The 2-inch wafers of the day had to be precisely loaded, if not they would would be tossed about and shattered during the spin cycles.
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 an engineer directing quality assurance inspection operators, who use microscopes to examine 2-inch wafers for production flaws.
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 operators using microscopes to examine 2-inch wafers for production flaws.
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 operators using microscopes to examine 2-inch wafers for production flaws.
Electronic industries; Intel microprocessors; Manufacturing; Photographs; Robotics; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; 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 workers monitoring furnace in which a layer of silicon dioxide is added to wafers. "Guns" read bar codes on the wafer boats.
Electronic industries; Intel microprocessors; Manufacturing; Microscopes; People; Photographs; Santa Clara (Calif.); Santa Clara County (Calif.)--History; Semiconductor wafers; Technicians; Technology;
Color slide of an Intel Fab technician using a high powered microscope to inspect 8-inch wafers in the production line.
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.
