Drugs come in a variety of classes. Some are mood-altering, some are perception-altering, some do a bit of of both, and some just really mess you up.
I suspect that you have been indulging in a new and powerful varient of the combo mood/perception altering class, with a soupcon of the mess you up class. Care to tell us what it is, where you got it and the price? We could all use some of that.
I can't see any other reason for this thread.
A review seems to be in order here.
A computer is a fairly complex tool. A fully operational and productive computer has three independent but related and dependent components.
The first component is the physical hardware - CPU, MB, RAM, HD, Optical drives, video, sound, networking, etc., and the hardwired elements of the Basic Input/Output System (BIOS). In short all the physical parts that make up the "system". It is useful to remember that some manufacturer's hardware is more proprietary and therefore less interchangeable than other's. On the "micro/PC" side compare Apple to (originally) IBM, now PC. The fiasco of the IBM PS/2 micro-channel (proprietry) architecture is an object lesson.
Tragically, even the latest and greatest hardware is nothing more than an expensive paper-weight without the following two components.
The second component of a computer is the Operating System. Which OS one uses is determined by the hardware, specifically the CPU/MB/RAM one has as the basis of the hardware. Some systems will only work with a proprietary OS - mainfraims, minicomputers, assorted high-end workstations like Suns, and until recently, MACs.
Other hardware will run a variety of OSs but with variable levels of hardware support/compatibility. And the extent to which a particular OS will support any given hardware is seriously constrained by the willingness of assorted hardware manufacturers to make the effort to produce drivers compatible with a given OS. Compare and contrast the support of Linux vs Windows between nVidea and ATI, or USB device support between the two OSs. The link and dependency between physical hardware and the OS is clear.
And this is before we get into the question of the purpose of an OS.
At its most basic level, the function of an OS is threefold. First, control comunications and data transfer between the hardware components that comprise the "system". Second, control resource allocation and ensure efficient utilization of the hardware and resources like physical RAM, etc.
We note that the OS is able to "talk to" not only the hardware, but the BIOS. Which can lead to some interesting connundrums. As one example, older BIOSes were unable to recognize hard drives beyond the size which was hard-coded into them, while Windows was. End result was that Windows installation would fail under these conditions, while Linux would work.
Third, enable assorted applications to operate and access the physical hardware as required.
And all this is before we get into a debate about what should be considered a part of the OS as opposed to an "application"
So, we now have a collection of hardware components that work and an OS that works, enabling appropriate (hopefully) control of and communication between both the hardware and applications that use the hardware. This is all beautifil and wonderful, but still essentially useless. What are you planning to do with this computer? OOOPS - I need some applications - of whatever sort.
The applications I run on my system are constrained by the hardware and OS I have. The hardware limits the specific applications I can run in terms of physical performance and ability to run. The OS limits the applications I can run, the avaialble features of these applications that will work, and to a certain extent the hardware I can run, depending on manufacturer of the OS (this applies to both hardware and software).
I have yet to see, other than in very early days a security exploit that was exclusively dependant on a hardware-level issue. At least 99% of past and present security failures/problems/concerns are a result of software problems. Whether the issue is a flaw in the OS (mostly Windows, but no OS is immune) or an application problem (see Outlook, Active-X oe MS IE for example) I don't see any value or relevance to CPU-level "security" features.
One, the crackers and script kiddies move way too fast.
Two the hardwired "protection" is niether current past the programming date ( which can be much earlier than the release date), nor is it upgradeable through flash preocess.
The vast majority of security problms are a direct consequnce of programming failures of all sorts of severity and really stupid implementaion of end-user "convenience" features, and hardware-level exploits are effectively non-existant. I am very unsure how any hardware-level "security feature" is either workable or of any use under these conditions.
Buying into the hype of any suppliers, especially when the product is still in development is poor. More important, who are you trying to fool?