Tech Insights

RTL design

Last updated , generated by Sumble
Explore more →

What is RTL design?

RTL (Register-Transfer Level) design is a methodology in digital circuit design where the circuit's behavior is described by the transfer of data between registers, and the logical operations performed on those data. It's commonly used for designing digital circuits such as microprocessors, ASICs, and FPGAs. RTL design typically involves using a hardware description language (HDL) like Verilog or VHDL to model the circuit's functionality before it's synthesized into a physical implementation.

What other technologies are related to RTL design?

RTL design Competitor Technologies

VHDL (VHSIC Hardware Description Language) is an alternative to Verilog and System Verilog for describing RTL designs.
mentioned alongside RTL design in 0% (120) of relevant job posts

RTL design Complementary Technologies

RTL design is the input to physical design. Physical design takes the RTL and implements the physical layout.
mentioned alongside RTL design in 9% (74) of relevant job posts
Timing analysis is used to verify the performance of the design implemented with RTL. It helps in identifying timing violations that need to be fixed in the RTL or physical design stages.
mentioned alongside RTL design in 11% (54) of relevant job posts
Synthesis tools translate RTL code into a gate-level netlist, which is a necessary step to implement the RTL design.
mentioned alongside RTL design in 3% (122) of relevant job posts

Which organizations are mentioning RTL design?

Organization
Industry
Matching Teams
Matching People
RTL design
Apple
Scientific and Technical Services
RTL design
Qualcomm
Scientific and Technical Services
RTL design
Arm
Scientific and Technical Services

This tech insight summary was produced by Sumble. We provide rich account intelligence data.

On our web app, we make a lot of our data available for browsing at no cost.

We have two paid products, Sumble Signals and Sumble Enrich, that integrate with your internal sales systems.