set the channel description: CHIPYARD : AN OPEN SOURCE FRAMEWORK USED TO DESIGN SYSTEM ON CHIP

set the channel topic: CHIPYARD||VERILOG||CHISEL ROCKETCORE||ROCKETCHIP||RISC-V (OPEN ISA )||OPEN SOURCE TOOLS||

set the channel description: OPEN SOURCE FRAMEWORK USED TO DESIGN SYSTEM ON CHIP (SOC)

set the channel description: Open source framework used to design Soc • We Aim to design Own SOC using open source tools.

set the channel topic: ChipYard•Verilog•Chisel•Rocketcore •Rocketchip SOC generator•DSP

has renamed the channel from "47chip-yard" to "chip-yard"

@Nelson Rodriguez has left the channel

GHAZI: An Open-Source ASIC Implementation of RISC-V based SoC. Here is a link to project. https://platform.efabless.com/projects/20

CHISEL : Chisel is a hardware design language (HDL) developed at UC Berkeley that allows hardware designers to create and verify digital circuits at a high level of abstraction. One of the key features of Chisel is its ability to generate RTL (register-transfer level) code, which can be synthesized into gate-level netlists for fabrication of integrated circuits. Chisel is based on the Scala programming language and is designed to be both concise and expressive, allowing hardware designers to quickly prototype and verify hardware designs. It also includes a rich set of libraries and tools for working with hardware description languages (HDLs) such as Verilog and VHDL. One of the main advantages of Chisel is its ability to support high-level design concepts such as modules, parameters, and abstractions, which can significantly reduce the complexity of hardware design. It also includes support for formal verification and testing, which can help ensure that a design is correct and free of errors. Overall, Chisel has become a popular choice for hardware designers due to its expressive power, ease of use, and wide range of tools and libraries. It is widely used in industry and academia for the design of digital circuits for a variety of applications, including CPUs, GPUs, and other specialized hardware.