library ieee;
watchdog timer is a 16 bit counter that resets the processor when it rolls over to zero. The processor can reset the counter or turn it off, but, correctly used, it will reset the processor in case of a code crash
vhdl is a hardware definition languega to be run on a dsp. it describes circuits, a logical hardware structure. a rake receiver is a piece of hardware that enables every WCDMA-receiver (e i a mobile working with the umts standard) to handel a cdma-coded bit sequence. i know... cant describe it in an easier way.... ;)
16 bit compilers compile the program into 16-bit machine code that will run on a computer with a 16-bit processor. 16-bit machine code will run on a 32-bit processor, but 32-bit machine code will not run on a 16-bit processor. 32-bit machine code is usually faster than 16-bit machine code.-DJ CraigNoteWith 16 bit compiler the type-sizes (in bits) are the following: short, int: 16long: 32long long: (no such type)pointer: 16/32 (but even 32 means only 1MB address-space on 8086)With 32 bit compiler the object-sizes (in bits) are the following:short: 16int, long: 32long long: 64pointer: 32With 64 bit compiler the object-sizes (in bits) are the following:short: 16int: 32long: 32 or 64 (!)long long: 64pointer: 64[While the above values are generally correct, they may vary for specific Operating Systems. Please check your compiler's documentation for the default sizes of standard types]Note: C language itself doesn't say anything about "16 bit compilers" and "32 bit compilers"
A 32-bit processor has ans(a) (a) 32 registers (b) 32 I/O devices (c) 32 Mb of RAM
It can do but it is really the other way around. A 32-bit operating system can work with a 64-bit processor. However, if the processor doesn't have a "soft" switching mode, you will have to manually switch the 64-bit processor to 32-bit mode via the CMOS setup. Ideally you should install a 64-bit operating system and leave the processor in 64-bit mode. This will then allow you to run 32-bit programs and 64-bit programs side-by-side.
These are predefined words in VHDL standards. Bit indicates that the data type is a bit i. e. 0 or 1. A bit_vector is an array of bits. example: a: in bit; b: in bit_vector(1 downto 0);
Generally, the bit size of a processor is indicated by the size of the accumulator, which is, most times but not always, the same as the internal data bus size. The 8086/8088 processor, for instance, is a 16 bit processor. The 8085 is an 8 bit processor. The 80386 is a 32 bit processor. The Q6600 Core2 Quad is a 64 bit processor. (These are just examples.)
In VHDL, std_logic is a data type. It is assigned to input and / or output variables. It means that the variable is a standard logic type i. e. a logic bit which accepts or provides one bit data, either 1 or 0.
Because the processor is a 16 bit processor, and 64k is what you can address with a 16 bit processor.
Both. The Intel Core Duo was a 32-bit dual-core processor. The Intel Core 2 Duo is a 64-bit processor.
Q6600 is a 64 bit processor, but it can execute in 16 and 32 bit modes.
One limitation of a 16 bit processor, compared to a 64 bit processor, is computing speed. A 16 bit process can process 2 bytes (8 bits = 1 byte) of information per clock cycle. While a 64 bit processor can process 8 bytes of information per clock cycle, making the 64 bit processor four times faster than a 16 bit processor.
because its word length is 16 bit
watchdog timer is a 16 bit counter that resets the processor when it rolls over to zero. The processor can reset the counter or turn it off, but, correctly used, it will reset the processor in case of a code crash
vhdl is a hardware definition languega to be run on a dsp. it describes circuits, a logical hardware structure. a rake receiver is a piece of hardware that enables every WCDMA-receiver (e i a mobile working with the umts standard) to handel a cdma-coded bit sequence. i know... cant describe it in an easier way.... ;)
what are the compitibility issues of 32-bit and 64-bit processor
The 386SX is a 32 bit processor running on a 16 bit bus.