Emulation is almost always slower and eats more battery.
FTFY. There have been some cases where emulation actually outperforms native execution, though these might be, “the exceptions that prove the rule.” For example, in the early days of World of Warcraft, it actually ran better on WINE on Linux than natively on Windows.
To be fair this is also a translation layer and not an emulator.
Prism is an x86 emulator for ARM. If you think that Prism is “a translation layer and not an emulator”, I refer you to the very first word of the second to last paragraph of the submitted article.
This article seems to conflate “emulation” and “translation layer”. I don’t think there is anything that confirms “Prism emulates an x86 CPU”, only that it allows for running x86 code on ARM. This does not inherently require emulation as demonstrated by Rosetta 2, which is a translation layer.
only that it allows for running x86 code on ARM. This does not inherently require emulation as demonstrated by Rosetta 2, which is a translation layer.
WINE doesn’t “translate” one CPU architecture to another CPU architecture either, so the WINE comparison is still wrong, no mater if CPU translation is called emulation by you or not. WINE is a wrapper for API calls within the same CPU architecture. That’s it.
FTFY. There have been some cases where emulation actually outperforms native execution, though these might be, “the exceptions that prove the rule.” For example, in the early days of World of Warcraft, it actually ran better on WINE on Linux than natively on Windows.
WINE literally stands for “WINE Is Not an Emulator”.
To be fair this is also a translation layer and not an emulator.
Prism is an x86 emulator for ARM. If you think that Prism is “a translation layer and not an emulator”, I refer you to the very first word of the second to last paragraph of the submitted article.
That’s assuming the writer knows what they’re talking about. Last line from the second paragraph:
And first line from the third paragraph.
Certainly more than you because Prism emulates an x86 CPU and WINE doesn’t, therefore the WINE comparison is still wrong.
Edit: Please prove the writer wrong.
This article seems to conflate “emulation” and “translation layer”. I don’t think there is anything that confirms “Prism emulates an x86 CPU”, only that it allows for running x86 code on ARM. This does not inherently require emulation as demonstrated by Rosetta 2, which is a translation layer.
WINE doesn’t “translate” one CPU architecture to another CPU architecture either, so the WINE comparison is still wrong, no mater if CPU translation is called emulation by you or not. WINE is a wrapper for API calls within the same CPU architecture. That’s it.
Wrong again.
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