32 Bit RISC architecture computers offer much more speed and much lower power demand than x86 Pentium CISC and PC104 options. ARM, generic ARM and XScale™ systems also offer more options such as Bluetooth and other new protocols. -
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About ARM Computer Ltd, the most popular RISC License

Here is the Proof!! Benchmark a generic ARM vs Pentium vs other RISC system

StrongARM™ vs Other CPU's

Here is a benchmark for various RISC platforms vs. a 166 Pentium. Low numbers are better. As you can see, SA 1100 (the Intel Brutus Platform) is about three times faster than a 166 Pentium. The ADS implementation of a SA1100 is significantly faster than Brutus due to optimized drivers. All other RISC architectures are slower than SA.

This is a benchmark developed by third-party design/consulting house to compare RISC platform to each other and to a Pentium for PDA type application running Windows CE. A link to the source is provided. Low numbers are better.

CPU
Seconds
System
Intel SA-1100/200

9

Intel "Brutus Board" SA-1100 Reference Platform
Intel Pentium/166
26
CEPC ( the standard CE implementation on a PC platform)
Hitachi SH-3 7707/60
43
Hitachi C1 Reference Platform
Hitachi SH-3 7709/80
26
Hitachi CP09 Reference Platform
Hitachi SH3-7707/40
54
HP-320 LX HPC
Hitachi SH3-7707/60
36
HP-360 LX HPC
NEC VR4111/60
67
Everex Freestyle PsPC
NEC VR4111/66
46
NEC 4111 Reference Platform
NEC VR4111/80
21
NEC Mobile Pro 750C HPC
Toshiba 3912/92
45
Toshiba 3912 Reference Platform
Toshiba 3922/129
13
Toshiba 3922 Reference Platform

This data comes from CETJ.com

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