The real problem with ‘settlements’ like these is they legitimize unacceptable behaviour and that strikes at the very heart and soul of society. Whatever the grand posturing, this is an unequivocal whitewash with self-congratulations all round for the regulators who, in reality, have failed to protect the market. The real world knows this of course so all these 'slap on the wrist’ judgements do is to undermine regulatory authority. This is yet another bad day for capitalism and a sad day for America. It’s a sad day too when firms have to resort to cheating and dirty tricks to stay on top of the game. Regulators are there to rein back these excesses, not condone and legitimise them.
Intel has started a pattern that questions its ethical behavior in the market. When I was approached to join this great technical company, I was turned off because for all its microprocessor, Intel does not come our 'normal' to me. It fires staff anyone and bullies in the market. That is not the mark of a leader. They better learn how to act in this world
I'd love to hear more comments from folks like BobbyTsai on whether access to PCI interfaces is enough to open the door for third-party graphics--or do they need access to cache coherent interconnects like Intel's QPI.
Given the speed of technology changes I would expect that in 10 years all of the chips/technology would not be relevant anymore. What is relevant is the settling of the the charges and the fair play ruling for Intel and non-Intel devices. I am a big fan of competition and using newly developed technologies to create market differentiations but blocking out competitors while good for self interest does not help consumers or technology advancements.
@CamilleK- agreed about the $2 million. It's hard to imagine that will cover the salaries of multiple technial people over 10 years. Even though the order is supposed to be in effect for 10 years, I get the feeling the FTC doesn't it expect to to be necessarily relevant for that long.
The FTC should also not have agreed to their technical consultants being approved by Intel even if Intel paid for them. The $2 million limit over 10 years for the cost of those consultants seems on the low side. It would have been better to have a team of independent consultants under NDA. Alternatively if the consultants would not be acceptable, a reason should be given with an override by FTC a-la 'advise and possible no consent'.
The agreement needs to cover QPI. It is needed to connect to IO hubs and interconnect CPUs in multi-processor systems. (can also be used for graphics processor and other co-processors). Guys @ FTC missed the boat on this one. Sure DMI and PCIe can be used but the high margin products are not included. AMD and Nvidia product were always 8-12 months ahead of Intel products before QPI. Without QPI, Nvidia / AMD / VIA / SIS can't provide a full market portfolio.
Intel should have been fined a billion or so dollars, but more importantly the FTC should have pursued criminal charges as well. Why should "big oil" receive the brunt of media hatred while criminal monopolies like Intel and Microsoft escape prosecution? I need oil and gasoline, but I'm beginning to see that chips from Intel and bloatware from Microsoft aren't worth much. I say take the executives to court on criminal charges, and put them in shackles and orange jumpsuits to and from court, then put them in prison for long sentences. That should cut down on criminal behavior in the tech sector.
The fact Intel must offer a PCI interface on its processors should open the door for Nvidia to sell graphics and chip sets for all Intel parts without needing to license Intel's new QuickPath Interconnect, an agreement Nvidia had not been able to secure. That's big in itself.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Are the design challenges the same as with embedded systems, but with a little developer- and IT-skills added in? What do engineers need to know? Rick Merritt talks with two experts about the tools and best options for designing IoT devices in 2016. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.