Top 20 VLSI & Embedded Systems Projects for Mtech Students

Hello guys, welcome back to my blog. In this article, I will discuss the top 20 VLSI and embedded systems projects for Mtech students or projects on VLSI & embedded systems for Mtech students.

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Top 20 VLSI & Embedded Systems Projects for Mtech Students

Very Large Scale Integration (VLSI) is an acronym for Very Large Scale Integration. VLSI projects can be divided into two categories. VLSI-based system design projects are those that entail the creation of various sorts of digital systems that can be implemented on a PLD device such as an FPGA or a CPLD. Projects in VLSI design are projects that deal with the design of semiconductors. Real-time implementation of these is extremely challenging and costly.

Below are a few VLSI projects for MTech students. Choose the best choice for you or come up with a unique idea from the following list:

01. Design of Data Link Layer using Wi-Fi MAC Protocols:

The major goal of this project is to create the IEEE 802.11 MAC layer, which is mostly utilized in Wi-Fi communication products. VHDL and simulator were used to create and simulate this WiFi transmitter.

02. Implementation of Overlap-based Logic cell and Its Power Analysis:

This project uses clock overlap-based circuitry to reduce static power consumption in CMOS technology. This project uses the overlap logic to construct a new architecture of dynamic/static edge-triggered flip-flops.

03. Low Power 3-2 and 4-2 Adder Compressors Implemented Using NASTRAN:

The two adder compressor topologies used to build multipliers and FFTs are demonstrated in this project. The combined implementation of these two adders at the logic, electrical, and physical levels is the subject of this project.

04. FPGA Implementation of UTMI and Protocol Layer for USB 2.0:

Using VHDL code and Xilinx software, this project implements the USB 2.0 Macrocell Transceiver Interface (UTMI) and protocol layer of the USB core on FPGA. This design can efficiently conduct error detection, data encoding, and decoding activities.

05. Review of 5 stages Pipelined Architecture of 8-Bit Pico Processor:

This project shows how the pipelining technique improves the performance of an 8-bit Pico CPU. This 8-bit Pico processor is utilized for educational purposes as well as for embedded applications.

06. Design of On-Chip Bus OCP Protocol with Bus Functionalities:

This project uses VHDL to implement the Open Core Protocol (OCP) for lossless communication. Burst transactions, basic transactions, out-of-order transactions, and pipelined transactions are all supported under this design.

07. FPGA Implementation of Controller Design for Remote Sensing Systems:

A controller is built in this project for remote monitoring and remote sensing systems that can communicate over a GSM network. VHDL is used to create this design, which is then implemented on FPGA hardware.

08. Test Pattern Generation Using BIST Schemes:

The different test patterns are generated by a class of MISC (Multiple Single Input Change) sequences utilizing Built-In Set-Test techniques. VHDL is used to carry out the design, while Modelsim is used to simulate the test patterns.

09. Design Technique for Faster Dadda Multiplier:

The major goal of this research is to create faster multiplication by integrating two design techniques: partial product partitioning and hybrid adder addition. Dadda multipliers of 8, 16, 32, and 64 bits are implemented using this design.

10. An Efficient Retouched Bloom Filter-Based Word-Matching Stage Of BLASTN:

This project uses FPGA architecture to create a new Retouched Boom Filter algorithm for searching genomic sequence databases. This architecture helps BLASTN, a bio sequence search engine, speed up the word matching stage.

11. VLSI Implementation of Single Cycle Access Structure for Logic Test in FPGA Technology:

This research proposes a priority encoder in the structure to speed up the execution process and develops an FPGA-based new test structure for single-cycle access tests. VHDL code was used to create this design, which was then simulated in Modelsim and synthesized in Xilinx software.

12. Design of accumulator Based 3-Weight Pattern Generation using LP-LSFR:

This project uses an Ex-Oring counter and a grey code generator with a seed created by a low-power linear feedback shift register to generate weighted patterns without modifying the structure of the adder (LP-LSFR).

13. Sleepy Stack Approach Based Low Power Flip Flop:

The goal of this project is to design and build low-power flip-flops utilizing a new VLSI structure called the sleepy stack technique to reduce leakage power.

14. Low Power High-Performance Double Tail Comparator:

This project proposes a new double tail comparator construction with additional circuitry to provide excellent performance, low power, and reduced delay. VHDL coding is used to implement this hardware design on an FPGA board.

15. Design of a Low Drop-Out Voltage Regulator using VLSI:

This project improves the performance of a Low Drop-Out (LDO) voltage regulator that can function with 45nm CMOS technology’s low input-output differential voltage. VLSI created this CMOS layout for the LDO.

16. VLSI Architecture of Arithmetic Coder Used in SPIHT:

This study uses a high-speed architecture based on FPGA to improve the throughput of the Arithmetic Coding approach in SPIHT (set partitioning in hierarchical trees) image compression.

17. FPGA Based ECG Signal Noise Suppression:

The goal of this project is to reduce noise in ECG data by utilizing two median filters of 91 and 7 sample points, respectively. This is accomplished by using VHDL to construct an FPGA-based design.

18. Low Power and High-Speed Conditional Push-Pull Pulsed Latches:

The purpose of this research is to develop high-performance, low-power pulsed latches for VLSI systems based on a new architecture. A push-pull final stage is driven by two split routes with a conditional pulse generator in this architecture.

19. An Enhanced Low-Cost High-Performance Image Scaling Processor Using VLSI:

In this research, a high-performance and low-memory-required algorithm for a VLSI-based image scaling processor is constructed. To cut costs, this design incorporates filter combining, reconfigurable dynamic approaches, and hardware sharing.

20. Design of Finite Impulse Response Filter Using Distributed Arithmetic of Lookup Table:

This project increases the performance of an FIR filter by replacing the multiplier with distributed arithmetic in a three-dimensional lookup table. The FPGA and Xilinx software are used to implement this design.

To sum up, This page has a collection of VLSI projects for M.Tech students that can be used to assist them to choose a topic for their final year project. We feel that after spending your valuable time reading through this list, you have a solid notion of which project topic you want to pursue from the VLSI projects list and that you have enough confidence to pursue any of the topics on the list.

I hope this article ” Top 20 VLSI & Embedded Systems Projects for Mtech Students ” may help you all a lot. Thank you for reading ” Top 20 VLSI & Embedded Systems Projects for Mtech Students “.

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