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75:— A re-implementation of AMULET1 first fabricated in 1996. Features on-chip memory that can be used either as processor cache or mapped RAM. The APT group estimates AMULET2 to have a similar power dissipation/performance ratio as ARM8. One very notable feature due to the asynchronous design is the drop of power dissipation to 3 μW when not in use (assuming the on-board timer, which handles DRAM refresh, is also inactive).
81:— This was a redesigned architecture aiming at higher performance than the previous AMULET processors whilst retaining low power dissipation. Fabricated in 2000, it supported the ARM level 4 instruction set compatibility, alongside support for Thumb mode (i.e. ARM9TM). Performance and power dissipation were approximately the same as an ARM9 fabricated on the same technology. AMULET3 was employed in a commercial prototype
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69:— Designed in 1990 and first fabricated in 1993. Its estimated performance is approximately 70% of that of a comparably-sized synchronous ARM6 running at 20 MHz.
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Furber, S.B.; Day, P.; Garside, J.D.; Paver, N.C.; Temple, S.; Woods, J.V. (1994). "The design and evaluation of an asynchronous microprocessor".
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Woods, J.V.; Day, P.; Furber, S.B.; Garside, J.D.; Paver, N.C.; Temple, S. (April 1997). "AMULET1: an asynchronous ARM microprocessor".
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Furber, S.B.; Day, P.; Garside, J.D.; Paver, N.C.; Woods, J.V. (1994). "AMULET1: A micropipelined ARM".
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