A SystemVerilog implementation of an AXI4-Lite to SRAM controller.
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Updated
May 29, 2026 - SystemVerilog
A SystemVerilog implementation of an AXI4-Lite to SRAM controller.
A cache controller implementation in VHDL for the demonstration of SRAM and SDRAM.
NYCU 2026 Spring Machine Learning Intelligent Chip Design(MLChip) 陽明交大 陳坤志 機器學習智能晶片設計
AVR ELF memory and symbol explorer
7T SRAM bit-cell in Cadence Virtuoso (gpdk090 90nm) — schematic, layout, DRC/LVS clean, SNM and power characterization
Mini Stereo Digital Audio Processor | ASAP7 7nm ASIC design | Stereo Verilog RTL, SRAM integration, Genus synthesis, Innovus physical implementation, and verification documentation.
This program is designated for testing the parallel SRAM/EEPROM chips with Arduino using the serial console as a command line interface.
Verilog RTL Design and SystemVerilog Verification Projects demonstrating digital design, FSM development, FIFO design, CDC techniques, assertions, and testbench development.
TTL logic analyzer built from 74xx logic and LED dot matrix display
SRAM Collection – Parameterized Verilog Modules for Single Port SRAM (sync/async read), Pseudo Dual Port SRAM (sync read), and True Dual Port SRAM – all parameterized, fully synthesizable, and demo’d with testbenches and waveforms.
Design, simulation and verification of a CMOS 6T SRAM cell in LTspice including Hold, Write, Read and Bit-line Capacitance analysis.
Transistor-level design and physical layout of a 32 x 12-bit 6T SRAM macro in 65 nm CMOS.
Basic LED Output and UART Communication Program. Startup Functionality is Modified Using Thumb Instruction Set on ARM Cortex-M4 Core Processor. Vector Table is Relocated to SRAM. Project is Built and Debugged with ARM GCC Tools on OpenOCD Server.
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