IIC-OSIC-TOOLS is an all-in-one Docker image for SKY130/GF180/IHP130-based analog and digital chip design. AMD64 and ARM64 are natively supported.
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Updated
Feb 6, 2025 - Python
IIC-OSIC-TOOLS is an all-in-one Docker image for SKY130/GF180/IHP130-based analog and digital chip design. AMD64 and ARM64 are natively supported.
Rsyn – An Extensible Physical Synthesis Framework
Development repository for ViennaPS, a fully-fledged semiconductor fabrication process simulation library.
A repository for embedded systems learning portals
Simple UVM phase jumping
A tool for matching devices in analog layout
A personal collection of documents usually describing cutting-edge technology and research
Repository for open-source tools to VLSI design
Simulating ADC background calibration algorithms in OpenCL
Julia port of Prof. Boris Murmann's gm/ID Starter Kit https://web.stanford.edu/~murmann/gmid
Project made in Introduction to Microelectronics class
A 12-track height standard cell library built in SKY130 PDK. The cells were designed using Magic VLSI Layout Tool and characterized using Digital Standard Cell Characterizer (DSCC).
A Personal blog describing various technical and research works.
3 stage pipeline implementation of a digital circuit that calculates DIT FFT in 8 points. It is made as an AXI-Lite Slave IP in AMD Vivado. It is successfully implemented in a block design that contains a Microblaze processor as the Master, an AXI Interconnect as the Bridge and the AXI-Lite FFT IP as Slave.
This is a tutorial to do analog design with open-source resources. It includes installation process, design procedure, layout...
FPU that does all the 4 fundamental arithmetic operations made as an AXI-Lite Slave IP in AMD Vivado. IEEE 754 was used. It can be successfully implemented on an Arty S7-50 FPGA board.
DLX processor implementation and improvement
Python-based electronic design automation (EDA) tool for characterizing digital standard cells designed in SKY130 PDK. The characterization process is based in the Synopsys Liberty User Guides and Reference Manual Suite - Version 2017.06
Implementation of 2-bit & 8-bit CMOS microelectronic circuit simulations in HSpice
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