In this document, we focus on how to design cyclic redundancy check (CRC) circuits with different 5G polynomial divisor using very high-speed integrated circuit (VHSIC) hardware description language (VHDL) integrate in field-programmable gate array (FPGA) suitable kit a code. The between designed came from the of data size according polynomials requirements conditions since there are huge syste...

ion level Simulation time VHDL code sizeBehavioral3 sec.84High RTL6 sec.236Synthesizable RTL8 sec.321Gate level170 sec.727Test bench le|136Table 1: The comparison of VHDL descriptions of the design on the di erent ab-straction levels.Synthesis[min] 12Area [gates]216Max. Delay [ns] 48,3Table 2: Some character...

Hardware design using the hardware description language VHDL has to consider three independent property scales that in uence the design process from an abstract level to the gate level, namely the design view, the timing aspect, and the value representation. Considering this classi cation, a systematic way for design steps and their veri cation with special emphasis on VHDL is presented in this...

This report presents a semantic analysis for VHDL-AMS, a mixed-signal extension of VHDL, based on an abstract state machine. Intended as a validation for the on-going standardization project, it faithfully reflects the view of simulation proposed. Our experiences proved practical advantages of formal approach in sharing concepts.

VHDL has successfully been introduced into the design methodology for VLSI ASICs. This paper describes a high-level data abstraction and supporting tool that enhance this methodology in the telecommunication application domain. A significant performance gain was obtained by introducing the data abstraction outside the VHDL simulator. The enhanced methodology has been used in current ASIC design...