Home » Uncategorized » Japanese Balance Sheets and Slow Code Needs More Cores Lawsuit

Japanese Balance Sheets and Slow Code Needs More Cores Lawsuit

Tesun Oh, Bloomberg, Return-Starved Japanese Megabanks Boost Lending 25% in Australia, here. Here are a bunch of folks for Finding NIMo, big time. We can crush this.

Japan’s biggest banks are looking to get more bang for their buck Down Under, expanding loans in Australia 25 percent in the past year.
With interest rates near zero at home, Mitsubishi UFJ Financial Group Inc., Sumitomo Mitsui Financial Group Inc. and Mizuho Financial Group Inc. are tapping into a developed economy that offers higher margins on loans than their domestic market and a benchmark cash rate of 2 percent. Their total loans outstanding in Australia grew to A$39.9 billion ($28.5 billion) as of Sept. 30.

Jon Fingas, engadget, Lawsuit claims AMD lied about the number of cores in its chips, here. Wait,… their code sucks so hard they ain’t sure how many cores are executing simultaneously?

Processor makers regularly exaggerate the performance of their chips (remember Intel’s obsession with clock speed?), but AMD is learning that there are limits around what you can claim. It’s facing a class action lawsuit accusing the company of misleading buyers about the number of cores in its Bulldozer-based CPUs. It would advertise that a given processor had eight cores, for example, when it effectively had four — each core in AMD-speak was really half of a module, and couldn’t operate independently. As such, that Bulldozer part couldn’t handle as many simultaneous instructions as you’d expect in a true eight-core design. That was bound to be a disappointment if you were a performance junkie expecting eight-way computing in your gaming PC or server.

AMD hasn’t commented on the lawsuit, although it’s notable that the company is backing away from the modular chip designs at the heart of this legal battle. Its next architecture, Zen, represents a more conventional approach that focuses on simultaneous code threads within each core, like Intel’s Hyperthreading. It could lead to larger processors, but it should be faster and (more importantly) eliminate any debate about what a core represents. The big concern is that AMD may pay a heavy price for its marketing mistake. Even in the lawsuit’s home state of California, hordes of people bought Bulldozer-based computers — if the plaintiffs win the day, that could lead to a hefty settlement payout.

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