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Nope.
That would be the PandaBoard ES, which has a dual core Cortex-A9 at 1.2 GHz. (There is also a 1.0 GHz PandaBoard that the ES effectively replaced.) However, RISC OS doesn't support multiprocessor systems, so one core stays idle. I suspect the PandaBoard also has the fastest floating point, as the TI OMAP4's version of the Cortex-A9 core has the VFPv3 unit included.
Also, the BeagleBoard xM (1 GHz Cortex-A8) and BeagleBoard (600 MHz Cortex-A8) are both faster than the Raspberry Pi's older 700 MHz ARM1176 for integer work. However, the Raspberry Pi is faster for floating point, as it seems that RISC OS has standardized on using VFP for floating point, instead of NEON (ARM backpedaled on the whole "deprecating VFP" thing that they tried with Cortex-A8, now it's just that the vector VFP instructions are deprecated, and NEON is used for those), and the Cortex-A8 uses a badly crippled VFP unit.





Member since:
2005-07-06
I'm going to try it out right now. Is the Raspberry Pi now the fastest computer that can run RISC OS natively?