ken@nucleus.harvard.edu (Ken Cleary) (05/17/91)
Just curious, does anyone know of any other organizations, like MOSIS (MOS Implementation System), that handle inexpensive processing of VLSI designs? I'm becoming familiar with MOSIS, and am just curious if there are any other organizations/agencies that will inexpensively make prototype/experimental I.C.'s, whether aimed at industry or academia? Thanks.
paul@cronus.m2c.org (Paul Cohen) (05/18/91)
In article <6798@husc6.harvard.edu>, ken@nucleus.harvard.edu (Ken Cleary) writes: |> Just curious, does anyone know of any other organizations, like MOSIS |> (MOS Implementation System), that handle inexpensive processing of VLSI The Massachusetts Microelectronics Center (M2C) now offers fast turn-around prototyping in our 2 micron dual-metal single-poly Nwell CMOS process. For more information, including pricing, contact Bonnie MacDonald (macdonald@m2c.org). Paul B. Cohen | paul@m2c.org Massachusetts Microelectronics Center (M2C) | (508) 870-0312 x244 (V) 75 North Drive | (508) 898-2275 (F) Westborough, MA |
mark@mips.com (Mark G. Johnson) (05/18/91)
In article <6798@husc6.harvard.edu> ken@nucleus.harvard.edu (Ken Cleary) writes: >Just curious, does anyone know of any other organizations, like MOSIS >(MOS Implementation System), that handle inexpensive processing of VLSI >designs? I'm becoming familiar with MOSIS, and am just curious if there >are any other organizations/agencies that will inexpensively make >prototype/experimental I.C.'s, whether aimed at industry or academia? > >Thanks. ORBIT SEMICONDUCTOR SUNNYVALE, CALIFORNIA, USA 408-744-1800 They are virtually identical to MOSIS except they are a for-profit business enterprise, "working hard for the customer" to achieve timely results. -- -- Mark Johnson MIPS Computer Systems, 930 E. Arques M/S 2-02, Sunnyvale, CA 94088-3650 (408) 524-8308 mark@mips.com {or ...!decwrl!mips!mark}
scarpull@aero.org (John Scarpulla) (05/23/91)
You might consider Orbit Semiconductor, a commercial silicon foundry. (408)747-1263. Check out IEEE Circuits and Devices Magazine (May 1991) page 6 for more information.