What Cadence design projects does ProjectsatBangalore offer?

We offer IEEE-based Cadence Design projects covering ADC, DAC, OpAmp, Comparator, VCO, SRAM, LDO Voltage Regulators, CMOS Inverter chains, Analog Mixed-Signal and Digital IC design — simulated using Cadence Virtuoso Spectre and verified with Calibre LVS/DRC for TSMC 180nm, 90nm and 45nm technology nodes.

Which Cadence tools are used for VLSI final year projects?

Our VLSI final year projects use Cadence Virtuoso Schematic Editor, Cadence Spectre Circuit Simulator, ADE XL, Cadence Innovus Implementation System, Calibre for LVS & DRC, and Cadence Assura Physical Verification — covering full custom and semi-custom analog/digital IC design flows.

Can I get a cadence layout project with LVS and DRC clearance in Bangalore?

Yes. Our Cadence layout design service includes complete schematic entry, pre-layout simulation, custom layout in Virtuoso Layout Editor, post-layout extraction, LVS and DRC verification using Calibre, and post-layout simulation — delivered with full project report, PPT and viva support.

2026 Cadence Related Projects | Cadence Project Ideas | Cadence Project Topics

Cadence Tools, DSP Software & Hardware Platforms

Industry-standard EDA tools, simulation platforms and hardware targets used in our IEEE Cadence Design and DSP projects.

Cadence Virtuoso Cadence Spectre ADE XL / ADE L Cadence Innovus Calibre LVS / DRC Cadence Assura Synopsys Design HSPICE LTspice XVII MATLAB / Simulink Xilinx / Intel FPGA Verilog / VHDL ModelSim / QuestaSim TSMC 180nm / 45nm Mentor Graphics

Featured Cadence Design Project Categories

Explore our most in-demand IEEE VLSI & analog IC design project domains for BE, MTech and PhD scholars in Bangalore.

ADC · DAC · Mixed Signal

Analog-to-Digital Converter (ADC) Design

SAR ADC, Sigma-Delta ADC, Flash ADC, Pipeline ADC designs using Cadence Virtuoso on TSMC 180nm/90nm. IEEE-based projects covering ENOB, SNDR, THD and power optimisation analysis with Spectre simulation and complete layout with Calibre DRC/LVS clearance.

Explore ADC Projects

OpAmp · Analog Design

Operational Amplifier (OpAmp) Design

Two-stage CMOS OpAmp, Folded Cascode, Telescopic and Rail-to-Rail OpAmp designs with gain bandwidth, phase margin and CMRR optimisation. IEEE projects with pre- and post-layout Spectre simulation, Monte Carlo analysis and process corner verification.

Explore OpAmp Projects

VCO · PLL · RF Circuits

Voltage Controlled Oscillator (VCO) Design

Ring VCO, LC-tank VCO and Colpitts oscillator designs for PLL and clock synthesis applications. IEEE-based projects with phase noise analysis, tuning range characterisation, and Power-Speed-Area trade-off optimisation in Cadence Spectre on TSMC 90nm/45nm nodes.

Explore VCO Projects

SRAM · Memory Design

SRAM Cell & Memory Array Design

6T, 8T and 10T SRAM bitcell design with read/write stability analysis using MATLAB and Spectre. IEEE projects covering butterfly curves, static noise margin (SNM), write margin, power analysis and physical layout verification — essential for low-power and near-threshold computing research.

Explore SRAM Projects

IEEE 2026 Cadence Design & Digital Signal Processing Project Titles

20+ IEEE-based Cadence VLSI and DSP project topics for BE, B.Tech, MTech and PhD scholars — with domain tags, EDA tools and academic level. Full source netlist, simulation results, layout, report, PPT and viva support available from our Bangalore centre.

#	Project Title	Tools / Technology	Domain	Level
01	Design and Simulation of 10-Bit 100 MS/s SAR ADC in 180nm CMOS for IoT Sensor Front-End Successive Approximation Register ADC with charge-redistribution DAC, dynamic comparator and binary search logic, optimised for 1.8V supply with ENOB > 9.5 bits verified in Cadence Spectre.	VirtuosoSpectreTSMC 180nm	ADC / Mixed Signal	MTech / PhD
02	Low-Power Two-Stage CMOS Operational Amplifier with 80 dB Gain for Biomedical Signal Processing Miller-compensated two-stage OpAmp with PMOS input differential pair on TSMC 90nm. Targets GBW > 10 MHz, PM > 60°, CMRR > 80 dB. Includes Monte Carlo and process corner analysis in ADE XL.	ADE XLCalibreTSMC 90nm	OpAmp / Analog	MTech / PhD
03	Design of LC-Tank Voltage Controlled Oscillator for 5G mmWave PLL Applications in 45nm CMOS Differential LC-VCO targeting 28 GHz with varactor tuning, tail current filtering, achieving phase noise <-120 dBc/Hz @1 MHz offset, verified with Cadence SpectreRF periodic steady-state analysis.	SpectreRFRF CMOSTSMC 45nm	VCO / RF	MTech / PhD
04	8T SRAM Bitcell Design with Enhanced Static Noise Margin for Near-Threshold Computing 8T SRAM cell with decoupled read port for improved RSNM. Butterfly curve analysis, word-line boost technique, and array-level power analysis on TSMC 65nm. Complete 64-bit array layout with DRC/LVS sign-off.	VirtuosoMemory DesignCalibre	SRAM / Memory	MTech / PhD
05	Design of Low Dropout (LDO) Voltage Regulator with Fast Transient Response for SoC Power Management PMOS-pass LDO with error amplifier, feedback network and frequency compensation targeting 1.2V output, PSRR > 60 dB, load regulation < 2 mV/mA — simulated in Cadence Spectre and laid out using Virtuoso on TSMC 180nm.	SpectreVirtuosoPower IC	LDO / Power Mgmt	BE / MTech
06	High-Speed StrongARM Latch Comparator Design for Flash ADC Applications in 65nm CMOS Regenerative latch comparator with pre-amplifier stage. Analysis of offset voltage, propagation delay, metastability, and power at 1 GHz clock rate. Pre/post-layout Spectre simulation with complete ADE XL testbench setup.	ADE LSpectreTSMC 65nm	Comparator	BE / MTech
07	Full Custom CMOS Inverter Chain Layout Design with DRC / LVS Verification on 180nm Technology Optimised CMOS inverter chain with tapered buffer sizing, drive strength analysis, propagation delay extraction and post-layout parasitic simulation. Includes complete Cadence Virtuoso layout with Calibre DRC and LVS sign-off report.	Virtuoso LayoutCalibre LVSDigital IC	Inverter / Digital	BE / BTech
08	FIR Digital Filter Design for ECG Signal Denoising using MATLAB and FPGA Implementation Parks-McClellan FIR filter for baseline wander and EMG noise removal from ECG signals. MATLAB DSP toolbox design, Verilog HDL implementation, Modelsim simulation and Xilinx FPGA hardware validation with real MIT-BIH arrhythmia dataset.	MATLABFPGAVerilog	DSP / Biomedical	BE / MTech
09	Design and VLSI Implementation of 256-point FFT Processor for OFDM Communication Systems Radix-4 Cooley-Tukey FFT architecture with pipeline staging for LTE/5G OFDM. RTL design in Verilog, functional verification in ModelSim, synthesis in Synopsys Design Compiler, and place-and-route in Cadence Innovus on 45nm standard cell library.	InnovusVerilog / SVDSP / OFDM	DSP / VLSI	MTech / PhD
10	Low-Power IIR Biquad Filter Bank for Hearing Aid Signal Processing in 90nm CMOS Four-band IIR biquad filterbank with adjustable centre frequencies for speech intelligibility enhancement. Fixed-point arithmetic VLSI datapath, Cadence Genus synthesis, Innovus P&R, and functional silicon validation with MATLAB golden reference model.	Cadence GenusInnovusMATLAB	DSP / Hearing Aid	MTech / PhD
11	Reconfigurable Digital Signal Processor Architecture for Multi-Standard Wireless Communication Reconfigurable MAC unit supporting IEEE 802.11ax, 802.16 WiMAX and LTE-A physical layer baseband processing. VLSI synthesis, power analysis using Cadence Joules and physical implementation in Innovus targeting < 0.5 W at 500 MHz.	Cadence JoulesSystemVerilogInnovus	DSP / Wireless	PhD
12	Design of a 12-Bit Pipeline ADC with Digital Background Calibration for High-Speed Imaging 1.5-bit/stage pipeline ADC with switched-capacitor MDAC, op-amp sharing and LMS-based digital background calibration for gain and offset error correction. ENOB > 11 bits at 200 MS/s in Cadence Spectre with ADE XL sweep analysis.	ADE XLSpectreSC Circuits	ADC / Imaging	MTech / PhD
13	Adaptive Noise Cancellation Using LMS Algorithm — MATLAB Simulation and FPGA Real-Time Implementation LMS adaptive filter for acoustic echo and industrial noise cancellation. MATLAB simulation, fixed-point analysis, parallel Verilog hardware implementation and real-time validation on Xilinx Artix-7 FPGA with audio codec interface.	MATLAB / SimulinkXilinx FPGAVerilog	DSP / Adaptive	BE / MTech
14	Bandgap Voltage Reference Circuit Design with Sub-1% Variation Across −40 to 125°C in 180nm CTAT/PTAT compensated bandgap reference with op-amp error correction targeting 1.2 V output with TC < 10 ppm/°C. Full temperature sweep, process corner analysis and layout extraction in Cadence Virtuoso with Spectre post-layout simulation.	VirtuosoSpectreADE L	Bandgap / Analog	MTech / PhD
15	VLSI Design of AES-128 Encryption Core with Low-Latency Pipelined Architecture for IoT Security Fully pipelined 128-bit AES encryption/decryption engine with composite field S-box for area optimisation. Verilog RTL, formal verification with Cadence JasperGold, synthesis with DC, P&R with Innovus, targeting 1 Gbps throughput at 150 MHz.	JasperGoldInnovusVLSI Security	Digital / Security	MTech / PhD
16	Dynamic Voltage and Frequency Scaling (DVFS) Controller Design for Low-Power SoC in 65nm RTL design of DVFS controller with on-chip performance monitor, look-up table based operating point selection and interface to LDO regulator and PLL. Cadence Genus synthesis, Innovus physical implementation with multi-voltage design constraints.	Cadence GenusInnovusLow Power	Power / SoC	MTech / PhD
17	Sigma-Delta Modulator Design for 24-Bit High-Resolution Audio ADC in Cadence Spectre Second-order CIFF Sigma-Delta modulator with oversampling ratio of 128, DT switched-capacitor architecture, shaped quantisation noise achieving SNR > 100 dB for audio frequencies. Noise transfer function analysis and MATLAB behavioural vs Spectre comparison.	SpectreMATLABADE XL	ADC / Audio DSP	PhD
18	VLSI Implementation of Convolutional Neural Network Accelerator for Edge AI on 28nm CMOS Systolic-array CNN inference accelerator for image classification supporting ResNet-8 on CIFAR-10. RTL in SystemVerilog, Cadence Stratus HLS, synthesis and P&R in Innovus with power analysis in Cadence Joules targeting < 50 mW at 200 MHz.	Stratus HLSAI AcceleratorInnovus	AI / Edge VLSI	PhD
19	Charge Pump Phase-Locked Loop (CP-PLL) Design for Clock Synthesis in 180nm CMOS CP-PLL with phase-frequency detector, charge pump, loop filter, LC-VCO and programmable divider. IEEE project covering lock time, reference spurs, jitter analysis and integer-N frequency synthesis covering 1–3 GHz in Cadence SpectreRF.	SpectreRFPLL / RFVirtuoso	PLL / Clocking	MTech / PhD
20	Deep Learning Based EEG Signal Classification with Custom VLSI DSP Accelerator on TSMC 45nm End-to-end system: EEG pre-processing with adaptive FIR bank in MATLAB, CNN feature extraction, and custom VLSI fixed-point inference engine. Cadence Genus synthesis, Innovus P&R, power integrity analysis, and wearable BCI application validation.	MATLABDeep LearningInnovus	AI / DSP / BCI	PhD
21	Ultra-Low-Power CMOS Ring Oscillator Design for IoT Energy Harvesting Applications in 90nm Five-stage CMOS ring oscillator with supply-insensitive biasing and frequency calibration, targeting 100 MHz ± 2% at 0.6 V supply. Power consumption analysis, start-up condition verification and post-layout extraction in Cadence Virtuoso.	VirtuosoSpectreUltra-Low Power	VCO / IoT	BE / MTech
22	CORDIC Algorithm VLSI Implementation for Real-Time Trigonometric Computation in DSP Applications Iterative CORDIC processor in rotation mode for sine/cosine/arctangent computation. 16-bit fixed-point Verilog design, pipeline optimisation for 500 MHz operation, Modelsim verification, Cadence Genus synthesis and FPGA prototype validation on Basys 3.	VerilogDSP / CORDICFPGA	DSP / Math	BE / MTech

Need a Cadence Design project with full simulation and layout support?

Our VLSI and analog IC design experts in Bangalore deliver IEEE-standard Cadence projects — from schematic entry and Spectre simulation to Virtuoso layout, Calibre DRC/LVS, and viva preparation — for BE, MTech and PhD scholars across Bangalore, VTU, Anna University and JNTU.

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How Our Cadence Design Project Delivery Works

A structured, milestone-driven process ensuring every IEEE Cadence project is delivered with simulation accuracy, layout integrity and full academic documentation.

Free Consultation & Topic Finalisation

Discuss your domain (ADC, OpAmp, DSP, SRAM, LDO etc.), technology node, and university requirements. Our VLSI experts recommend the best-fit IEEE project with a novel angle suitable for your level.

Schematic Design & Pre-Layout Simulation

Complete schematic entry in Cadence Virtuoso, simulation testbench setup in ADE L/XL, Spectre circuit simulation with DC, AC, Transient and parametric sweeps — with results interpreted and documented.

Layout, DRC / LVS & Post-Layout Verification

Full custom layout in Cadence Virtuoso Layout Editor, Calibre DRC and LVS verification, parasitic extraction (RCC) and post-layout Spectre simulation to validate performance vs. pre-layout targets.

Documentation, PPT & Viva Preparation

Comprehensive IEEE-format project report, professional PPT with all simulation plots and layout screenshots, anticipated viva questions with answers, and one-on-one viva coaching sessions for confident defense.

Cadence Design Project Lab — Bangalore

A look inside our VLSI and analog IC design lab in Bangalore — Cadence Virtuoso workstations, Spectre simulation setups, Calibre verification stations, FPGA prototype boards and DSP hardware platforms for BE, MTech and PhD scholars.