The funniest part...
Is that TomTom sells "Speed Cameras" service to the users, helping them to avoid speed traps...
Then, they sell the data to cops, so they can maximize the revenue.
Looks like the dream business model :-)
67 publicly visible posts • joined 21 Jul 2009
Actually, it is only Switzerland that is >very< anal about the speed camera POI databases, and they threatened TomTom and other GPS device manufacturers that they would stop sales of their devices if they do not remove that feature.
In Germany, it is also illegal to have such aid in a car, but they can't be bothered... You'll see TomTom GPS devices with "Speed Camera Database" advertisements in tech stores like Saturn. Illegal to use, legal to sell that is.
AAC (like MP3 or H.264) has NOTHING to do with DRM. It is a worldwide international standard (ISO/IEC 14496 in case of AAC, ISO 11152 in case of MP3) and is related to audio coding only.
Encrypting this with your DRM has nothing to do whatsoever with the AAC (or H.264, or MP3) standard itself. Hell, you can even put Ogg Vorbis in DRM container if you wish. This is purely the decision of the implementer. Standards alone do not enforce nor prohibit DRM.
Second, H.264, MP3 and AAC are as open as it gets - they ALL are fully documented and available from ISO/ITU directly (or your country standards body) with open source reference C/C++ software being available as well. When those patents expire, they will be fully public domain - much more "free" (as in freedom) than some GPL-ed stuff.
The fact of the matter is - yes, complex audio and video codecs ARE based on patented technology more often than not. And there is NOTHING bad in that and NOTHING preventing them from being open for everyone to implement and use, with reasonable and non-discriminatory cost model.
It is only the freetards of this planet who are trying to spread FUD about the well-proven international standards like H.264. Sorry guys, technology has a price - someone worked very hard to invent it. No, those companies WILL NOT give it away "for free" so Apples and Googles of this would would use it to make money.
And, by the way - these ITU/ISO standardized technologies are in almost all modern digital TV, optical media, mobile and satellite standards. That makes much more relevant than what some FSF-tards would like people to know.
Because VP6 is quite better in terms of quality per equal bitrate comared to Ogg Theora?
Meaning that bandwidth required to carry quality streams will be lower?
Or, meaning that people would get higher video quality per same bandwidth utilized?
Not to mention that streaming HD streams with Theora requires ludricous bit rate compared to H.264 or even On2 VP6. Argument that "everyone has broadband" does not cut it - first of all because it is still NOT enough for HD Theora streams, and second -because someone HAS to pay for all that bandwidth being moved between servers.
Of course that anyone with a hint of technical competence would choose better codec (better in terms of quality per bits engaged) as it decreases costs and improves quality of viewing.
i4i did offer their technology - they were in fact negotiating with Microsoft long before the court case.
What MS did - they thought they can avoid the patent (email proof shown in court) - and decided to say goodbye to i4i...
Well, at the end - it looks like it did not play well for Microsoft, and what they did in fact was willful infringement.
So, before you call people morons, get your facts straight, mr. Anonimous Coward.
GMA500, that is - the kind part of Intel's "MID" and embedded ATOM parts, and probably the same GPU in the new Pineview parts.
However, the biggest problem of GMA500 (PoverVR) is extremely crappy driver support, so actually most people can't see what this thing can truly deliver.
In fact, I have it decoding 1080p AVC with ~3-5% of CPU load - and, yes, that's a 1.3 GHz Z5xx ATOM.
Wow, if Sony really manages to pull this off - and get $2K for an Atom-based polished toy, I am really losing faith in the future of the mankind... This must be the most overpriced piece of IT equipment in the last few years.
Core 2 Duo of "CULV" sort can wipe the floor with any Atom - and, Sony used to offer that with TZ and TT series... These little Core2 Duos were quite OK for many uses, with an SSD my old TZ was actually faster for day to day use than many higher-clocked C2D desktops (with the hard drive inside)
The only good thing in this is US15W "Poulsbo" chipset, which is perfectly able to decode even 1080p content (with the proper decoders and players) - but then, man can get Dell's Mini 10 for the fraction of a price...
What value add do you really get with X apart from carbon fiber? Bragging rights?
Well, I guess - Apple proved the point that you can actually capitalize on those very well...
Look,
Would you buy a car that has spontaneously combusted in "only 11 cases" ? No? I though so :)
How many notebooks combusted in flames before Sony decided to do a global battery recall? I recon far less than 11...
How many phones are sold by e.g. Nokia? Hundreds of millions - still, I cannot recall this amount of cockups.
And I am quite sure it will be possible to do it on Fujitsu, too.\
Someone managed to hack into Insyde EFI and find how to unlock an "Advanced" menu which offers VT-X and VT-D enable/disable (among other goodies)
I already did it on my Vaio Z - and it works great
What's next - when Microsoft even changes IE icon, Opera will request that Internet Explorer gets renamed to "WhgrhGB0l Grhvrw1AL" - otherwise, the name would be too familiar and users would chose it due to familiarity reasons alone...
Jesus, will those Opera tossers die already...
First of all, Linux Kernel is GPL v2 - there is nothing inherently "evil" with Microsoft releasing Linux kernel code with the same license as the rest of the Linux Kernel. I will skip the GPL v3 "patent protection" nonsense, even Linus Torvalds is not buying it...
As for the hidden agenda, there is none - Microsoft cannot ignore the simple fact that there are tons of cheap small Linux web servers used for e.g. hosting plans, etc... Those are all going to be virtualized and hosted on more powerful multi-core systems.
So, instead of doing nothing they can at least try to get the money for the hosting OS - and for this, they need the client VMs to run as fast as possible, so they can have an edge over e.g. VMWare.
This is actually a "win win" for Microsoft and Linux - Microsoft cannot ignore reality, they certainly cannot make all those Linux servers in question switch to Win Server 2008 - but they can at least try to get something by offering to host those systems on a Hyper-V server.