Blachford also declares that the longstanding problems inherent in code parallelism and multithreaded programming are now solved, because the Cell will just miraculously do all this stuff for you via fancy compiler and process scheduling tricks. Unfortunately, parallelization is a fundamental application design problem that's rooted in the inherently serial nature of many of the kinds of tasks that we ask computers to perform. There are good parallelizing compilers out there, but they can only extract parallelism that's already latent in the input code and in the algorithm that the code implements; they can't magically parallelize an inherently serial sequence of steps.
These are just three of the many basic flaws in this article. Furthermore, the article is chock full of wild-eyed and completely unsubstantiated claims about exactly how much butt, precisely measured in kilograms and centimeters squared, that the Cell will kick, and how hard, measured in decibels, that the Cell will rock. I'm as excited about the Cell as the next geek, but there's no need to go way over the top like this about hardware that won't even seen the light of day for a year. And it's especially ill-advised to compare it to existing hardware and declare that we have a hands-down winner.