The phrase "hardware logic" is grammatically correct and can be used in written English.
It refers to the logic or reasoning behind the design and operation of hardware components in a computer or electronic device. Example: "The engineers focused on improving the hardware logic of the new smartphone to enhance its processing speed and efficiency."
The reduction in complexity is achieved by the use of flat hardware logic, System on Chip architecture, and the separation of logically independent functions.
In synthesis, VHDL code is mapped into hardware logic gates for a specific technology library.
Required performances are obtained through a subtle separation of tasks between closely cooperating programmable hardware logic and user-friendly software environment.
The essential characteristics of a queue-based architecture excel at satisfying the demands of embedded systems, including compact instruction set, simple hardware logic, high parallelism, and low power consumption.
The maximum bit rate of the proposed system is limited either by the RF modules or implemented hardware logic blocks.
This would require a context-addressable memory search and would expand the hardware logic of each sender PE's NIRA.
For new video codecs, many developers should be prepared for long development times and high financial costs in developing and debugging hardware logics.
The Synclavier later was put on the market as a commercially produced instrument that uses digital hardware and logic.
It demonstrates the way that the atomic elements of computer hardware and logic gates are used and details the rules that govern their operation.
Its implementation in hardware provides logic able to coordinate single-issue, in-order multi-threaded RISC cores into computation clusters on chip, called Microgrids.
This is followed by hardware accelerated logic simulation that is commonly referred to as hardware emulation and is intended to bridge the growing gap between circuit complexity and software simulator efficiency.
