Quote:
Originally posted by Chronus
It's a pitty that THAT perspective is always "AMD won't last much longer" or "AMD doesn't have enough to compete with INTEL".
Moridin, on average, when comparisons (of any sort) arise between AMD and INTEL, your perspective comes through pretty clear to me. But, you're entitled to having those opinions, of course.
I call it as I see it. When AMD is unfairly criticized, or Intel is unduly lauded, I comment there as well. That doesn’t happen a lot though, and when it does there are plenty of people around to jump on it making input from me unnecessary.
Quote:
Originally posted by Chronus
In the long term, you said a few posts back, AMD is risking its existence or its position as prominent figure in the CPU industry.
Perhaps another reading is in order. I questions AMD’s long-term future as an independent entity, nothing else.
Quote:
Originally posted by Chronus
Well, let me add this: we'll watch the downfall of INTEL within this decade. Technology behind the CPU production process is reaching a limit, there're are quite a few different technology vectors that other companies are already investigating that will surpass the processes INTEL (and AMD) use today. Several scientists from NASA, CERN and elsewhere (eg: Charles Sheffield, Stephen Baxter, Robert Freitas JR, Robert L. Forward, Michio Kaku, John G. Cramer, etc, etc), have pointed out in essays that both the memory capacity and clock frequency of todays chipsets and CPU are a hundred thousand times less powerful than the chips the new technologies will be producing by 2010-2015.
INTEL has been around for a while. It has a tremendous merit in many of the accomplishments of computer industry, but it has become FOSSILIZED. The race/war against AMD reflects that, true innovation has stopped, regardless of the die-size shrinking process and the growing clock frequency of CPUs. There are other vectors to be followed, vectors that will be taking over the whole industry in the next 5 to 10 years, and INTEL seems to have most of its resources commited to current technology, its infrastructures and logistics.
I see no real evidence that any technology is going to replace CMOS any time soon. The reason this technology has been so successful is that it is relatively easy to design, and more importantly mass produce incredibly complex CMOS devices. Alternative may or may not arrive, but currently the most promising have trouble even getting a single transistor to work. As of yet nobody has any idea how to connect these new transistors into a complex device, let alone mass-produce these devices.