what is Hyper Threading Technology?
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it is Intel's term for massive multi threading or doing multiple processes at the same time...this increases the parallelism of each microprocessor in the system. here are the tech details if you are interested:\nhttp://www.intel.com/technology/hyperthread/
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reg-dye hyper 2\nfeedneck-ccm feedneck\nbarrel-dye ultralight
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c. Supercomputer\n\nTop500 supercomputer list is now full of culster systems.\nMany of them are cheap and definitely much cheaper than classic supercomputer solutions.
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Just looked at their website.This is an 'all-in-one ' package which may suit a greenfield development but if you are having to integrate with other middleware? Tomcat/JBOSS/Websphere/Microsoft MTS/.NET?.It's all very well using grids,parallelism and clustering , but you still have the page-lock or contention problem , i.e. what if 2 processes are after the same part of the DB? They have a Caching Edition , but this only postpones the problem . If you have less than 100 TPS then your usually OK with a single instance of MySQL. Any more than that and you start haibg to think a bit. ( take a look at the Oracle performance tuning sites , lots theree about disk / cache / processor configuring).
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'Hypercube' technology is a fast, mathematical indexing system ideal for retrieving product information. \n\nThe 'Hypercube' technology works by automating the creation of non-hierarchical indexes of multiple sets of data, including time-dependent data such as product availability and pricing. This is in contrast to traditional search software solutions that are based on hierarchical search trees and require manual input.\n\nTraditional text search systems are based on query & response methods and are not optimised for product retrieval. They cannot deliver the speed required for a dynamic search & navigation interaction and are not precise enough for product data.
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As far as I understand on a processor with HT the operating system would recognize it as two processors. (Ofcourse there are other design options, but this is the simplest choice and keeps the OS independent of the way the threads are scheduled).
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DLT is a high speed, high capacity tape drive (80 Gig/tape), used to back up servers and databases.  The cost is usually prohibitive for SOHO applications.
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Core 2 Duo is far superior.  The Pentium 4, though it does have the capability of hyperthreading, it is still just a single core 32 bit processor.  The Core two duo has two 64 bit processing engines, so it can process more instructions at one time.
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The extreme editions.\n  \nIntel Pentium 4 Extreme Edition 3.73GHz / 2MB Cache / 1066MHz FSB / Socket 775 / Hyper-Threading /
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Obsolete, I assume.  Anyway, is a hammer obsolete?  Yes, a nail gun works better, but if you are twenty miles from the closest electric plug or air compressor, and you have to only drive one nail, the hammer can't be beat.\n\nThe old processors of yesterday, like the 6502 or 8086 are still around, just not running computers with today's bloated software.  The processors aren't obsolete - your computing requirements are expanding.\n\nThus, if your demands for technology tomorrow are not yet defined, how can one assume that today's processors will handle it?\n\nIn other words, if you only want to run WordPerfect on a Windows 3.1 machine, a 80386 chip is not obsolete, nor will it be 10 years from now if still that's all you want to do.
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I would like to have a hypercube too, can you tell me how you made yours?
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HyperConnect, as I understand it, is just an umbrella term for various technologies that allow you to connect to the Internet (and other mobile devices) wirelessly. In other words: marketing BS.\n\nFor example, most notebooks these days come with a WiFi card standard, and Bluetooth as an optional add-on. Dell bundles these cards together as part of "HyperConnect". You pay extra for the hardware (same as if you added the cards yourself), but they say it's "included in the price of the computer" because the system is more expensive than one without WiFi/Bluetooth.\n\nIf you choose to get their Mobile Broadband card, you won't pay Dell for cellular service, but rather one of the big cellular phone companies: Verizon, Cingular, T-Mobile, or Sprint/Nextel. Again, Dell is just bundling the card with the computer under the HyperConnect brand.\n\nThe only value-add that Dell provides in all of this is HyperConnect-branded software. However, Dell is not a software company and it's therefore likely that these programs were developed by some third-party company and licensed to Dell for their re-branding purposes. I'm not saying theses programs are necessarily bad, but Windows XP does a pretty good job of finding hotspots and connecting to them without the help of some third-party app.\n\nPersonally, I would stay away from this marketing hype and just try to find a notebook that works for you in your price range.
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it means two cpu's in one, dose the ht beter, means hiper threading, breaks the jobs in threads better, supports time and resourcs sharing,
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Hyper-threading\nHyper-threading, officially called Hyper-Threading Technology (HTT), is Intel's trademark for their implementation of the simultaneous multithreading technology on the Pentium 4 microarchitecture. It is basically a more advanced form of Super-threading that first debuted on the Intel Xeon processors and was later added to Pentium 4 processors. The technology improves processor performance under certain workloads by providing useful work for execution units that would otherwise be idle, for example during a cache miss.\n\nMore information - \nhttp://en.wikipedia.org/wiki/Hyper-threading\n\nDual-Core Or Multi-Core\nA multi-core microprocessor is one which combines two or more independent processors into a single package, often a single integrated circuit (IC). A dual-core device contains only two independent microprocessors. In general, multi-core microprocessors allow a computing device to exhibit some form of thread-level parallelism (TLP) without including multiple microprocessors in separate physical packages. This form of TLP is often known as chip-level multiprocessing, or CMP.\n\nThere is some discrepancy in the semantics by which the terms "multi-core" and "dual-core" are defined. Most commonly they are used to refer to some sort of central processing unit (CPU), but are sometimes also applied to DSPs and SoCs. Additionally, some use these terms only refer to multi-core microprocessors that are manufactured on the same integrated circuit die. These persons generally prefer to refer to separate microprocessor dies in the same package by another name, such as "multi-chip module", "double core", or even "twin core". This article uses both the terms "multi-core" and "dual-core" to reference microelectronic CPUs manufactured on the same integrated circuit, unless otherwise noted.\n\nMore information - http://en.wikipedia.org/wiki/Dual-core\n\n64-bit\nIn computer architecture, 64-bit is an adjective used to describe integers, memory addresses or other data units that are at most 64 bits (8 octets) wide, or to describe CPU and ALU architectures based on registers, address buses, or data buses of that size.\n\nAs of 2004, 64-bit CPUs are common in servers, and have recently been introduced to the (previously 32-bit) mainstream personal computer arena in the form of the AMD64, EM64T, and PowerPC 970 (or "G5") processor architectures.\n\nAlthough a CPU may be 64-bit internally, its external data bus or address bus may have a different size, either larger or smaller, and the term is often used to describe the size of these buses as well. For instance, many current machines with 32-bit processors use 64-bit buses (e.g. the original Pentium and later CPUs), and may occasionally be referred to as "64-bit" for this reason. The term may also refer to the size of an instruction in the computer's instruction set or to any other item of data (e.g. 64-bit double-precision floating-point quantities are common). Without further qualification, however, a computer architecture described as "64-bit" generally has integer registers that are 64 bits wide and thus directly supports dealing both internally and externally with 64-bit "chunks" of integer data.\n\nMore information - http://en.wikipedia.org/wiki/64-bit
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Front-Side Bus Replacement\n\nThe primary use for HyperTransport is to replace the front-side bus, which is currently different for every machine (or some set of them). For instance, a Pentium cannot be plugged into a PCI bus. In order to expand the system the front-side bus must connect through adaptors for the various standard buses, like AGP or PCI. These are typically included in the respective controller functions, namely the northbridge and southbridge.\n\nA similar computer implemented with HyperTransport is more flexible, as well as being faster. A single PCI<->HyperTransport adaptor chip will work with any HyperTransport enabled microprocessor and allow the use of PCI cards with these processors. The NVIDIA nForce chipset uses HyperTransport to connect its north and south bridges.
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Many. Try http://hyperphysics.phy-astr.gsu.edu/hbase/hframe.html.\nBut what are you looking for exactly?
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Faster, faster, faster!  64-bit technology!