32 bit scores can only take into account of memory performance with a maximum of 4GB RAM.
The difference between single and multi core is self-explanatory. Single core tests just use one core to test, while multi core tests use all cores available to test.
32 bit scores can only take into account of memory performance with a maximum of 4GB RAM.
The difference between single and multi core is self-explanatory. Single core tests just use one core to test, while multi core tests use all cores available to test.
32 bit scores can only take into account of memory performance with a maximum of 4GB RAM.
The difference between single and multi core is self-explanatory. Single core tests just use one core to test, while multi core tests use all cores available to test.
What is probably more relevant is that the code generated in the 32 bit mode is often less efficient (hence slower) because it does not have the access to extended registers and new instructions.
Then again, if Geekbench would properly utilise the modern CPU's features, it would show rather different results. I would certainly take the geekbench scores with a (huge) grain of salt.
Then again, if Geekbench would properly utilise the modern CPU's features, it would show rather different results. I would certainly take the geekbench scores with a (huge) grain of salt.