How to expand DSP memory?
memory, DSP DSP, memory The Speech Recognition Lab at San Francisco State University has developed a DSP memory expansion board for the NeXT computer that provides the maximum memory supported by the DSP56001 processor. We are now offering this board to those whose are interested in high-performance custom DSP development.
memory, DSP DSP, memory The Speech Recognition Lab at San Francisco State University has developed a DSP memory expansion board for the NeXT computer that provides the maximum memory supported by the DSP56001 processor. We are now offering this board to those whose are interested in high-performance custom DSP development. * The board is a 576KB DSP expansion memory board organized as three non-overlapping 192KB banks: X-data, Y-data and Program. The board uses relatively fast ( * The board is a high-quality, 4-layer board, open-circuit tested prior to assembly. It fits into the DSP memory daughterboard slot on all NeXT machines. * The price will be $600. Please let us know if you are interested. Delivery will be in about 3-4 weeks. * Contact Tom Holton (th@ernie.sfsu.edu). E-mail is preferred. The address is: Tom Holton Division of Engineering San Francisco State University 1600 Holloway Avenue San Francisco, CA 94132 415 338 1529 (phone) 415 338 0525 (fax) NOTE: Because we’ve organiz
memory, DSP DSP, memory The Speech Recognition Lab at San Francisco State University has developed a DSP memory expansion board for the NeXT computer that provides the maximum memory supported by the DSP56001 processor. We are now offering this board to those whose are interested in high-performance custom DSP development. • The board is a 576KB DSP expansion memory board organized as three non-overlapping 192KB banks: X-data, Y-data and Program. The board uses relatively fast ( • The board is a high-quality, 4-layer board, open-circuit tested prior to assembly. It fits into the DSP memory daughterboard slot on all NeXT machines. • The price will be $600. Please let us know if you are interested. Delivery will be in about 3-4 weeks. • Contact Tom Holton (th@ernie.sfsu.edu). E-mail is preferred. The address is: Tom Holton Division of Engineering San Francisco State University 1600 Holloway Avenue San Francisco, CA 94132 415-338-1529 (phone) 415-338-0525 (fax) NOTE: Because we’ve organiz
memory, DSP DSP, memory The Speech Recognition Lab at San Francisco State University has developed a DSP memory expansion board for the NeXT computer that provides the maximum memory supported by the DSP56001 processor. We are now offering this board to those whose are interested in high-performance custom DSP development. * The board is a 576KB DSP expansion memory board organized as three non-overlapping 192KB banks : X-data, Y-data and Program. The board uses relatively fast ( * The board is a high-quality, 4-layer board, open-circuit tested prior to assembly. It fits into the DSP memory daughterboard slot on all NeXT machines. * The price will be $600. Please let us know if you are interested. Delivery will be in about 3-4 weeks. * Contact Tom Holton (th@ernie.sfsu.edu). E-mail is preferred. The address is : Tom Holton Division of Engineering San Francisco State University 1600 Holloway Avenue San Francisco, CA 94132 415 338 1529 (phone) 415 338 0525 (fax) NOTE : Because we’ve orga
