Re: Not even a codename
We got our Super-Workstation/Super-Server chip design for you to peruse when its released soon enough...
128-bits Wide Combined General Purpose CISC chip with a COMBINED set of CPU/GPU/DSP/multi-value SIMD Vector processing/full MIMD Array Processing cores for Signed/Unsigned 128-bit and 64-bit/32-bit/16-bit/8-bit/4-bit Integers, Floating Point and Fixed Point Values, and separate 32-bit/64-bit/128-bit RGBA, YCbCrA and HSLA pixel math running on GaAs (Gallium Arsenide) substrates starting at 60 GHz (soon up to TWO THz!) clock speeds.
Then on the SECOND part of the super-chip is a DEDICATED hardware-based extended-state boolean logic chip array processor with weighted results including:
ABSOLUTELY_TRUE = 100% certainty to the positive
LIKELY_TRUE >= 67% certainty to the positive
POSSIBLY_TRUE >50% certainty to the positive
IS_EITHER_TRUE_OR_FALSE = Split decision (could be either one!)
IS_NOT_TRUE_AND_NOT_FALSE = non-decision (is neither one!)
IS_BOTH_TRUE_AND_FALSE = special decision (is BOTH true and false at the same time)
POSSIBLY_FALSE <50% certainty to the negative
LIKELY_TRUE <= 33% certainty to the negative
ABSOLUTELY_FALSE = 0% certainty to the negative
INVALID_RESULT = error code 1
RESULT_IS_INCONCLUSIVE = error code 2
ERROR_DURING_CALCULATION_OF_RESULT = error code 3
NO_RESULT_IS_AVAILABLE_OR_CONTEMPLATED = error code 4
STILL_WAITING_FOR_RESULT = Status code 1
RESULTS_NOW_READY_FOR_USE = Status code 2
RESULTS_HAVE_BEEN_ALREADY_USED Status code 3
SKIP_TO_NEXT_RESULT = Status code 4
SKIP_TO_NEXT_RESULT_AND_COME_BACK_LATER = Status code 5
IGNORE_CURRENT_RESULT = Status code 6
The above is IDEAL for processing neural net-based and expert system applications where comparisons and decisions are not always black and white and have Shades of Grey!
We've had this super-chip design for YEARS and now we are at Full Tape-Out stage. Since GaAs is printed at around 280 to 400 nm line trace widths, it's a tad easier (if a bit slower!) to etch the entire circuit with multi-electron beam etchers. And to get to 60 GHz clock speeds we just up the voltage and current.
Doping the substrate has always been the GaAs substrate's downfall over CMOS/Si process but I thing we've finally got it right these days!
Coming soon to a Best Buy and Amazon Store NEAR YOU!