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TYPE variables let the programmer define a composite data type comprised of any mix of Basic intrinsic data forms, thus adding structure to a programme's data as well as to its instructions. QBX PDS 7.0 finally let Basic programmers exceed the usual 64 Kilobytes of string memory limit, but with some limitations. The cache of Xeon is measured in Megabytes, in comparison to other chips whose cache is measured in Kilobytes. It was intended to compete in the server market, particularly in the same segment as the Intel Xeon processor. Hence, programmes written in low level code or medium level languages lack portability to computers with other processors, if incompatible with that processor for which the code or programme had been written. The commands of high level languages approach words of some natural human language (often the English language). ASIC recognises about 90 key words. They can instead be short mnemonic words. Those programming languages allow the human programmer to write instructions to the computer in the form of short commands, known as mnemonic commands, that a human can more easily remember. This was the first form of stored communication between man and computer.

Low level code is understood by the computer directly, without need of any programme for interpretation or translation, but it is extremely tedious and prone to errors for most humans. Low level code or medium level languages are the best ways of optimising the resources of a specific type of processor, but it requires from the part of the coder or programmer to know the internal structure of that type in detail, because he will need to address memory locations directly. With high level languages the programmer does not need to know the type of processor in which the programme will be executed, although for this very reason, the computer resources will not be maximised either. X86, for instance, is a type of processor with many models made by different brands, such as Intel or AMD. The AMD Opteron was the first eighth-generation x86 processor (K8 core), and the first of AMD-64 processors (x86-64). For a significant time, it retained the initial performance advantage that it had over Intel's competing processors.

The Pentium II was based on a modified version of the P6 core first used for the Pentium Pro, but with an improved 16-bit performance and the addition of the MMX SIMD instruction set that had already been introduced in Pentium MMX. An upgraded, 64-bit version of the Core architecture. Turion 64 is the brand name that AMD applies to its 64-bit low-power (mobile) processors. The Core processors were designed to operate more efficiently with a lower clock speed. With up to 3.8 GigaHertz of clock speed, it was about 2005 the fastest x86 microprocessor in the market. Athlon is the brand name applied to a series of different x86 processors designed and built by AMD. There is also a loss of portability, as an assembly programme will not normally work in other computer processors. Most medium level (assembly language) commands execute only one instruction in low level (machine code), although some assemblers allow the use of macro instructions, where one medium level command executes some or many low level instructions.

There have been about 2 000 known programming languages in the History of Computing (not counting dialects), about half of those languages for big computers and the other half for medium or small computers, but the vast majority of them have had a very restricted use. See the Simula language for a short description on the concept of simulation languages. Assembly: any language of medium level, specific for a given model of processor, which uses instructions written in a numbering base other than base of two (bases four, six, eight, ten, twelve or sixteen are commonly used, but any numbering base can be used), or in short commands known as mnemonic commands, which are better remembered by humans. They can be numbering bases other than base two (usually bases four, six, eight, ten, twelve or sixteen, but any numbering base can be used). Since the late 1940's almost every computer in the world understands directly only one form of communication, known by the names of "binal code", "binary code", "code in numbering base two", "machine code" or "low level code". There are three ways of scoring: (1) the losing hazard, or loser, is a stroke in which the striker’s cue ball is pocketed after contact with another ball; (2) the winning hazard, or pot, is a stroke in which a ball other than the striker’s cue ball is pocketed after contact with another ball; (3) the cannon, or carom, is a scoring sequence in which the striker’s cue ball contacts the two other balls successively or simultaneously.

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