What types of Cadence IC layout projects are available for MTech students?

We offer 15+ Cadence layout project types: (1) Op-Amp full-custom layout — two-stage CMOS OTA, folded cascode, telescopic, recycling folded cascode; (2) Comparator layout — dynamic latch, StrongARM, double-tail; (3) ADC layout — SAR ADC, Flash ADC, Sigma-Delta, Pipelined ADC sub-circuit layout; (4) Bandgap Reference (BGR) layout; (5) LNA (Low Noise Amplifier) layout for RF applications; (6) Digital standard cell layout — CMOS inverter, NAND, NOR, XOR, D flip-flop, full adder; (7) SRAM bit-cell and array layout; (8) Ring Oscillator layout; (9) Charge Pump PLL layout; (10) Mixer and VCO layout for RF ICs; (11) Power Amplifier layout; (12) Current Mirror layout — Wilson, cascode, regulated; and (13) Sample-and-Hold circuit layout.

What does a complete Cadence layout project package include?

Every Cadence layout project includes: complete Virtuoso layout .oa database files, reference schematic .oa files, Spectre netlists and ADE testbench state files, pre-layout simulation waveforms, DRC-clean verification report (zero errors), LVS-clean report (matched), PEX-extracted netlist and post-layout simulation waveforms with pre vs post comparison, GDSII export file, IEEE Xplore 2025-2026 base paper PDF, university-format project report (VTU, Anna University, JNTU), PPT presentation, and one-on-one viva preparation covering layout techniques, DRC rules, LVS fixes, parasitic effects and performance degradation analysis.

2026 Layout Design in Cadence Virtuoso | Inverter Layout Design in Cadence | Cadence Layout Design Tutorial

Q: Which Cadence tools are used for layout design, DRC, LVS and PEX?

Our Cadence layout projects use: Cadence Virtuoso Layout Suite for drawing the full-custom IC layout, Virtuoso Schematic Editor for the reference schematic, Cadence Spectre with ADE for pre-layout and post-layout simulation, Calibre DRC for design rule verification, Calibre LVS or Assura for layout-versus-schematic matching, Cadence Virtuoso PEX or Calibre xRC for parasitic RC/RLC extraction, and Cadence Virtuoso ADEXL for comparative pre vs post-layout performance analysis. Technology libraries used: gpdk45, gpdk90 and gpdk180.

Cadence Layout Design Tutorial

Cadence Virtuoso Layout is the cornerstone of any VLSI physical design flow. At ProjectsatBangalore, we offer 15+ Cadence layout project types for BE, MTech and PhD students — full-custom analog, digital, RF and mixed-signal IC layout with Calibre DRC/LVS verification, PEX parasitic extraction, post-layout Spectre simulation and GDSII export — all aligned to IEEE 2025–2026 base papers and university evaluation formats.

Our layout projects use Cadence Virtuoso Layout Suite with gpdk45 / gpdk90 / gpdk180 technology libraries. Key layout techniques applied include common-centroid and interdigitated placement for matching-critical differential pairs, dummy device insertion for uniformity, metal shielding of sensitive analog nodes, guard rings and substrate contacts for noise isolation, and systematic transistor folding for compact area. Every layout is taken through the complete DRC → LVS → PEX → post-layout simulation verification chain.

Cadence Layout Project Types We Offer

Op-Amp / OTA full-custom analog layout
Comparator layout — StrongARM, double-tail, dynamic latch
Bandgap Reference (BGR) layout
Low Noise Amplifier (LNA) RF layout
Oscillator — Ring Oscillator, VCO layout
ADC sub-circuit layout — SAR, Flash, Sigma-Delta
DAC layout — current steering, R-2R ladder
Charge Pump and PLL filter layout
CMOS Inverter / NAND / NOR standard cell layout
D Flip-Flop and Full Adder digital cell layout
6T SRAM bit-cell and array layout
Current Mirror — Wilson, cascode layout
Sample-and-Hold circuit layout
Mixer / LNA / PA RF IC layout
DRC/LVS clean-up and PEX service for existing layouts

Layout Project Categories

How to make Layout in Cadence Virtuoso

Full-custom IC layout covering analog, digital, RF, mixed-signal and memory — all with DRC/LVS/PEX and post-layout simulation.

🔌
Analog IC LayoutFull-custom analog layout for Op-Amp (two-stage, folded cascode, telescopic, RFC), OTA, comparator, BGR, current mirror and sample-and-hold circuits. Applies common-centroid, dummy devices, guard rings and metal shielding techniques.
Op-AmpOTABGRComparatorCommon-Centroid
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Digital Standard Cell LayoutCMOS transistor-level layout of digital logic cells: inverter, NAND2/3/4, NOR, XOR, full adder, half adder, D flip-flop, JK flip-flop and 4-bit ripple carry adder — following standard cell row-based placement with fixed height and pitch.
InverterNAND/NORFlip-FlopFull AdderStandard Cell
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RF IC LayoutHigh-frequency analog layout for Low Noise Amplifier (LNA), Power Amplifier (PA), Mixer, Voltage-Controlled Oscillator (VCO) and Ring Oscillator — with EM-aware routing, symmetrical layout and RF-specific substrate tap placement to minimise cross-coupling.
LNAVCOMixerPAEM-Aware
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Mixed-Signal LayoutMixed-signal IC layout for ADC (SAR, Flash, Sigma-Delta sub-circuits), DAC (current steering, R-2R ladder), Charge Pump and PLL loop filter — with careful partitioning of analog and digital domains, separate supply routing and substrate isolation.
ADC LayoutDAC LayoutPLLCharge Pump
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Memory Layout (SRAM)6T SRAM bit-cell full-custom layout with matched pull-up/pull-down transistors, cross-coupled inverter pair, access transistors and bitline contacts — followed by bit-cell array expansion, sense amplifier and write driver layout.
6T SRAMBit-CellSense AmplifierArray Layout
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DRC / LVS / PEX ServiceStandalone DRC clean-up, LVS fix and PEX service for student layouts that have errors — we diagnose and resolve all Calibre/Pegasus DRC violations, fix LVS mismatches, run parasitic extraction and deliver post-layout simulation results.
DRC FixLVS FixPEXPost-Layout Sim

Project Topics

Cadence Virtuoso Layout Design

All topics include Cadence Virtuoso Layout, Calibre DRC/LVS clean, PEX, post-layout simulation, IEEE base paper, university report, PPT and viva support.

#	Cadence Layout Project Topic	Tools & Technology	Type
01	Full-Custom Layout of Two-Stage CMOS Op-Amp with Common-Centroid Input Differential Pair in gpdk180	Virtuoso Layout, Calibre DRC/LVS, Spectre PEX	Analog
02	Layout of Folded Cascode OTA for Low-Power Biomedical Sensor Interface in gpdk90	Virtuoso Layout, Calibre, PEX, gpdk90	Analog
03	Bandgap Reference (BGR) Circuit Full-Custom Layout with DRC/LVS/PEX and Temperature Coefficient Analysis	Virtuoso Layout, Spectre ADE, Calibre, gpdk180	Analog
04	Layout of StrongARM Latch Comparator for High-Speed ADC Applications — DRC/LVS Clean in gpdk45	Virtuoso Layout, Calibre DRC/LVS, PEX, gpdk45	Analog
05	Full-Custom Layout of Switched-Capacitor DAC for SAR ADC Feedback Path with MOSCAP Matching	Virtuoso Layout, Spectre PEX, Calibre, gpdk90	Mixed-Signal
06	Low-Noise Amplifier (LNA) IC Layout for 2.4 GHz ISM Band with Inductive Source Degeneration in gpdk90	Virtuoso Layout, Spectre RF, Calibre DRC/LVS, gpdk90	RF
07	Ring Oscillator VCO Layout for PLL Application — 11-Stage CMOS Ring VCO in gpdk45	Virtuoso Layout, Spectre Transient, Calibre, gpdk45	RF
08	CMOS Inverter, NAND2, NOR2, XOR2 Standard Cell Layouts with Fixed Height Row-Based Design in gpdk90	Virtuoso Layout, Calibre DRC/LVS, Spectre, gpdk90	Digital
09	Full Adder and Ripple Carry Adder Layout Using CMOS Transistor-Level Standard Cells in gpdk180	Virtuoso Layout, Calibre DRC/LVS, Spectre, gpdk180	Digital
10	D Flip-Flop Master-Slave Layout in Cadence Virtuoso with DRC/LVS Clean and Timing Verification	Virtuoso Layout, Calibre, Spectre, gpdk90	Digital
11	6T SRAM Bit-Cell Full-Custom Layout with Read and Write Stability Analysis — SNM, WNM in gpdk45	Virtuoso Layout, Spectre Monte-Carlo, Calibre, gpdk45	Memory
12	Mixed-Signal Layout of SAR ADC — Comparator, DAC and Digital SAR Logic with Partitioned Analog/Digital Supply	Virtuoso Layout, Calibre DRC/LVS, PEX, gpdk90	Mixed-Signal
13	Charge Pump and Loop Filter Layout for PLL with Symmetrical Current Source and DRC/LVS Verification	Virtuoso Layout, Calibre, Spectre, gpdk180	Mixed-Signal
14	Layout of Current Steering DAC for High-Speed Signal Reconstruction with Binary-Weighted Current Sources	Virtuoso Layout, Spectre, Calibre DRC/LVS, gpdk90	Mixed-Signal
15	Power Amplifier (PA) Layout for 5G Sub-6 GHz Band with EM Co-Simulation and DRC/LVS Clean	Virtuoso Layout, Spectre RF, EM Solver, Calibre, gpdk45	RF

Cadence Layout Design Flow

Step-by-Step Cadence Layout Project Workflow

The complete schematic-to-GDSII Cadence layout flow applied in every MTech and PhD layout project.

Schematic Entry & Pre-Layout Simulation

Draw the transistor-level circuit in Cadence Virtuoso Schematic Editor, set up ADE testbench and run Spectre pre-layout simulation to establish target performance specifications (gain, bandwidth, ENOB, power, noise) before layout begins.

Cadence Virtuoso Schematic · Spectre ADE

Full-Custom Layout in Cadence Virtuoso Layout Suite

Draw all layers (active, poly, metal, via) following foundry DRC rules. Apply common-centroid placement for differential pairs, dummy devices at array edges, MOSCAP inter-digitation for capacitor matching, guard rings and substrate contacts for noise isolation, and systematic transistor folding for compact area.

Cadence Virtuoso Layout Suite · gpdk45/90/180

DRC — Design Rule Check (Calibre / Pegasus)

Run Calibre DRC or Pegasus DRC to verify the layout obeys all foundry spacing, width, enclosure, overlap and antenna rules. Iteratively fix all violations until zero DRC errors are reported.

Calibre DRC · Pegasus DRC

LVS — Layout Versus Schematic (Calibre LVS)

Run Calibre LVS to extract the layout netlist and compare it against the schematic netlist. Fix all device mismatches, missing connections and short/open errors until LVS is fully clean (no errors, no warnings).

Calibre LVS · Assura LVS

PEX — Parasitic Extraction & Post-Layout Simulation

Run Spectre PEX or Calibre xRC to extract all RC (or RLC for RF) parasitics from the DRC/LVS-clean layout. Back-annotate the extracted netlist into ADE and re-simulate. Compare pre-layout vs post-layout performance — measure degradation in gain, bandwidth, ENOB/SNDR, noise or power due to parasitics.

Spectre PEX · Calibre xRC · Post-Layout ADE

GDSII Export, Report & Viva Preparation

Export the DRC/LVS-clean layout to GDSII format. Compile the IEEE-format project report with schematic diagrams, pre-layout simulation results, layout screenshots (all layers), DRC/LVS clean reports, PEX netlist, post-layout waveforms and pre vs post performance comparison table. Prepare university-format PPT and viva Q&A.

GDSII · IEEE Report · VTU / Anna Univ / JNTU · PPT · Viva

Lab Gallery

Cadence Projects GitHub

– Download VLSI Projects with Source Code and Cadence Virtuoso Designs

Our Cadence Virtuoso layout workstations in Bangalore — full-custom IC layout design, Calibre DRC/LVS verification, PEX parasitic extraction and post-layout simulation environments for BE, MTech and PhD VLSI projects.

Cadence Virtuoso Layout full-custom analog IC layout Bangalore

Virtuoso Layout Suite — Analog IC

Cadence Virtuoso Layout DRC LVS clean VLSI project Bangalore

Calibre DRC/LVS Verification

Cadence layout PEX parasitic extraction post layout simulation

PEX & Post-Layout Spectre Sim

Cadence Virtuoso Op-Amp OTA SRAM layout Bangalore MTech project

Op-Amp / OTA Layout — gpdk180

FAQ

Cadence Virtuoso Projects GitHub

– Download Our VLSI Projects with Source Code, Layouts, and Simulation Files — Frequently Asked Questions

Cadence Virtuoso Layout Suite is the industry-standard full-custom IC layout editor for physically implementing transistor-level analog and digital circuits on silicon. Designers draw polygons on diffusion, polysilicon, metal and via layers to match the schematic netlist following foundry design rules. The layout is then verified through DRC → LVS → PEX → post-layout Spectre simulation to validate real-silicon performance with RC parasitics.

Our Cadence layout projects use: Cadence Virtuoso Layout Suite for drawing full-custom IC layout, Cadence Virtuoso Schematic Editor for the reference schematic, Cadence Spectre with ADE for pre- and post-layout simulation, Calibre DRC for design rule verification, Calibre LVS or Assura for layout-versus-schematic matching, Cadence Virtuoso PEX or Calibre xRC for parasitic RC/RLC extraction, and ADEXL for pre vs post-layout performance comparison. Technology libraries: gpdk45, gpdk90 and gpdk180.

We offer 15+ Cadence layout project types: analog layout (Op-Amp, OTA, BGR, Comparator, Current Mirror, Sample-and-Hold), RF layout (LNA, VCO, Mixer, PA), digital standard cell layout (Inverter, NAND, NOR, Flip-Flop, Full Adder), mixed-signal layout (ADC/DAC sub-circuits, PLL, Charge Pump), and memory layout (6T SRAM bit-cell and array). We also offer a standalone DRC/LVS/PEX fix service for students who already have a layout but need it verified clean.

Every Cadence layout project includes: complete Virtuoso layout .oa database files, reference schematic files, Spectre netlists and ADE testbench state files, pre-layout simulation waveforms, Calibre DRC-clean report (zero errors), LVS-clean report (matched), PEX-extracted netlist, post-layout simulation waveforms with pre vs post comparison, GDSII export, IEEE Xplore 2025-2026 base paper, university-format project report (VTU, Anna University, JNTU), PPT presentation and one-on-one viva preparation.