Like the Mac Pro desktop, Apple's MacBook Pro is just about as good as it gets in its class. From start to finish, this is a class act, offering admirable performance married to a clean, elegant industrial design.
Apple MacBook Pro
In addition, the MacBook Pro is full of thoughtful features that improve the computing experience in both small and large ways without getting in the way of usability or practicality. The ability to run Windows as well as Mac OS X, either natively via Apple's Boot Camp dual-boot enabler or Parallel's virtualizer makes the whole package significantly more attractive for enterprise IT shops. In short, chalk up another solid win for Apple -- one which will likely be appearing in a growing number of organizations which had previously not considered Macs.
The first iteration of Apple's high-end MacBook Pro laptop in early 2006 (replacing the previous PowerPC-based Powerbook line) was a solid, impressive performer, especially considering that it was also the first of Apple's laptop models to make the jump to Intel chips. This new model takes that success and smoothes out the few remaining rough edges, while bringing the CPU up to Intel's 64-bit Core 2 Duo chip.
Revving Up The Speed
The Intel CPU bit in the review unit was speed-bumped up to the maximum 2.33 GHz (2.16 Ghz also is available), and has a significantly larger (4-Mbyte) L2 cache shared among the two processor cores. Yes, there is a performance boost compared with the prior MacBook Pro model, though perhaps not significant enough to make an upgrade worthwhile in itself. However, the move to a 64-bit processing core helps future-proof this laptop, looking ahead to when most operating systems and applications are 64-bit versions.
Like other laptops currently using Intel's Core 2 Duo CPU, while there is physical ability to accommodate 4 Gbytes of RAM, the chipset can actually address only approximately 3 Gbytes of that memory. Some manufacturers have disingenuously listed 4-Gbyte capacity for their Core 2 Duo laptops, but Apple, to its credit, lists only the usable 3 Gbytes as the maximum available. The next iteration of Intel's chipset for Core 2 Duo CPUs, Santa Rosa, should remove this barrier, along with boosting front-side bus speed (and thus overall system performance), but Santa Rosa-based systems probably won't be available for at least six months, since the chipset itself won't be available from Intel until the second quarter of 2007.