VLSI Projects In IEEE

Takeoff Projects offers a complete selection of VLSI Projects (Very Large Scale Integration), catering to final-year students in the field of electronics and communication engineering. These projects cover the design and implementation of complex integrated circuits, providing practical experience in areas like digital system design, FPGA programming, and ASIC design. Students engage with industry-standard tools and methodologies, gaining valuable experience in chip design and verification processes. Takeoff Projects ensures each project is thoroughly documented and supported by expert guidance.

Project Code: TVMABE404

Project Title:Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Applications

Transistor Logic| Low Power VLSI

Project Code: TVMABE405

Project Title:Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Applications

Cadence EDA| Low Power VLSI

Project Code: TVMABE406

Project Title:Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Applications

Cadence EDA| Transistor Logic

Project Code: TVMAFE732

Project Title:Revamping Verilog Semantics for Foundational Verification

Project Code: TVMAFE731

Project Title:Performance Comparison of 16-Bit ALU and 32-Bit ALU Using Verilog

Project Code: TVMAFE730

Project Title:Approximate Adders for Efficient Circuits: Advantages and Limitations Compared to RCA

Project Code: TVMAFE729

Project Title:Low Latency based Floating Point Multiplier using Parallel Prefix Adders

Project Code: TVMAFE728

Project Title:RASC: A Low-Power Reconfigurable 4-2 Adder-Subtractor-Compressor

Project Code: TVMABE401

Project Title:Photonic Crystal-Based D Flip-Flops for Ultrafast Sequential Circuit Applications

Transistor Logic| Low Power VLSI

Project Code: TVMABE402

Project Title:Photonic Crystal-Based D Flip-Flops for Ultrafast Sequential Circuit Applications

Nano Technology| Low Power VLSI

Items per page:

1 – 10 of 81

S.no	Project Code	Project Name	Action
1	TVMABE404	Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Appli... Transistor Logic\|Low Power VLSI
2	TVMABE405	Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Appli... Cadence EDA\|Low Power VLSI
3	TVMABE406	Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Appli... Cadence EDA\|Transistor Logic
4	TVMAFE732	Revamping Verilog Semantics for Foundational Verification
5	TVMAFE731	Performance Comparison of 16-Bit ALU and 32-Bit ALU Using Verilog
6	TVMAFE730	Approximate Adders for Efficient Circuits: Advantages and Limitations ...
7	TVMAFE729	Low Latency based Floating Point Multiplier using Parallel Prefix Adde...
8	TVMAFE728	RASC: A Low-Power Reconfigurable 4-2 Adder-Subtractor-Compressor
9	TVMABE401	Photonic Crystal-Based D Flip-Flops for Ultrafast Sequential Circuit A... Transistor Logic\|Low Power VLSI
10	TVMABE402	Photonic Crystal-Based D Flip-Flops for Ultrafast Sequential Circuit A... Nano Technology\|Low Power VLSI

Items per page:

1 – 10 of 81

Project Code: TVMABE404

Project Title:Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Applications

Transistor Logic| Low Power VLSI

Project Code: TVMABE405

Project Title:Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Applications

Cadence EDA| Low Power VLSI

Project Code: TVMABE406

Project Title:Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Applications

Cadence EDA| Transistor Logic

Project Code: TVMAFE732

Project Title:Revamping Verilog Semantics for Foundational Verification

Project Code: TVMAFE731

Project Title:Performance Comparison of 16-Bit ALU and 32-Bit ALU Using Verilog

Project Code: TVMAFE730

Project Title:Approximate Adders for Efficient Circuits: Advantages and Limitations Compared to RCA

Project Code: TVMAFE729

Project Title:Low Latency based Floating Point Multiplier using Parallel Prefix Adders

Project Code: TVMAFE728

Project Title:RASC: A Low-Power Reconfigurable 4-2 Adder-Subtractor-Compressor

Project Code: TVMABE401

Project Title:Photonic Crystal-Based D Flip-Flops for Ultrafast Sequential Circuit Applications

Transistor Logic| Low Power VLSI

Project Code: TVMABE402

Project Title:Photonic Crystal-Based D Flip-Flops for Ultrafast Sequential Circuit Applications

Nano Technology| Low Power VLSI

Items per page:

1 – 10 of 81

S.no	Project Code	Project Name	Action
1	TVMABE404	Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Appli... Transistor Logic\|Low Power VLSI
2	TVMABE405	Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Appli... Cadence EDA\|Low Power VLSI
3	TVMABE406	Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Appli... Cadence EDA\|Transistor Logic
4	TVMAFE732	Revamping Verilog Semantics for Foundational Verification
5	TVMAFE731	Performance Comparison of 16-Bit ALU and 32-Bit ALU Using Verilog
6	TVMAFE730	Approximate Adders for Efficient Circuits: Advantages and Limitations ...
7	TVMAFE729	Low Latency based Floating Point Multiplier using Parallel Prefix Adde...
8	TVMAFE728	RASC: A Low-Power Reconfigurable 4-2 Adder-Subtractor-Compressor
9	TVMABE401	Photonic Crystal-Based D Flip-Flops for Ultrafast Sequential Circuit A... Transistor Logic\|Low Power VLSI
10	TVMABE402	Photonic Crystal-Based D Flip-Flops for Ultrafast Sequential Circuit A... Nano Technology\|Low Power VLSI

Items per page:

1 – 10 of 81

Project Code: TVMABE404

Project Title:Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Applications

Transistor Logic| Low Power VLSI

Project Code: TVMABE405

Project Title:Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Applications

Cadence EDA| Low Power VLSI

Project Code: TVMABE406

Project Title:Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Applications

Cadence EDA| Transistor Logic

Project Code: TVMAFE732

Project Title:Revamping Verilog Semantics for Foundational Verification

Project Code: TVMAFE731

Project Title:Performance Comparison of 16-Bit ALU and 32-Bit ALU Using Verilog

Project Code: TVMAFE730

Project Title:Approximate Adders for Efficient Circuits: Advantages and Limitations Compared to RCA

Project Code: TVMAFE729

Project Title:Low Latency based Floating Point Multiplier using Parallel Prefix Adders

Project Code: TVMAFE728

Project Title:RASC: A Low-Power Reconfigurable 4-2 Adder-Subtractor-Compressor

Project Code: TVMABE401

Project Title:Photonic Crystal-Based D Flip-Flops for Ultrafast Sequential Circuit Applications

Transistor Logic| Low Power VLSI

Project Code: TVMABE402

Project Title:Photonic Crystal-Based D Flip-Flops for Ultrafast Sequential Circuit Applications

Nano Technology| Low Power VLSI

Items per page:

1 – 10 of 81

S.no	Project Code	Project Name	Action
1	TVMABE404	Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Appli... Transistor Logic\|Low Power VLSI
2	TVMABE405	Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Appli... Cadence EDA\|Low Power VLSI
3	TVMABE406	Reliable Multistate RRAM Devices for Reconfigurable CAM and IMC Appli... Cadence EDA\|Transistor Logic
4	TVMAFE732	Revamping Verilog Semantics for Foundational Verification
5	TVMAFE731	Performance Comparison of 16-Bit ALU and 32-Bit ALU Using Verilog
6	TVMAFE730	Approximate Adders for Efficient Circuits: Advantages and Limitations ...
7	TVMAFE729	Low Latency based Floating Point Multiplier using Parallel Prefix Adde...
8	TVMAFE728	RASC: A Low-Power Reconfigurable 4-2 Adder-Subtractor-Compressor
9	TVMABE401	Photonic Crystal-Based D Flip-Flops for Ultrafast Sequential Circuit A... Transistor Logic\|Low Power VLSI
10	TVMABE402	Photonic Crystal-Based D Flip-Flops for Ultrafast Sequential Circuit A... Nano Technology\|Low Power VLSI

Items per page:

1 – 10 of 81

The projects and services provided by Takeoff Edu Group aim at helping students improve their academic performance and future outlook. This platform has numerous project offers with clear documentation and constant support from supervisors in related fields. We understand the need of the practical experience in learning VLSI concepts, that’s why our projects are not only complex but the most important educational. Connect with us to improve your VLSI project work as well as guarantee a perfect engineering profession.

Related Topics

Front End Domains

Cadence EDA
Finite State Machines
Arithmetic Core
DSP Core
Communications
Nano Technology
Testing

Back End Domains

Nano Technology
Cadence EDA
Low Power VLSI
Core Memories
Transistor Logic

Tools

FPGA
H-Spice
Cadence EDA
QCA
Xilinx Vivado
Xilinx ISE
Tanner EDA
LT-Spice

Others

Matlab Interfacing

H-Spice

LT-Spice

Disclaimer - Takeoff Edu Group Projects are not associated or affiliated with IEEE in any way. The IEEE Projects mentioned here are mentioned in the context of student projects, whose ideas are derived from IEEE publications, not projects of or by IEEE.

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