L-Edit MEMS

L-Edit MEMS

The L-Edit MEMS platform is a premier 3D design tool tailored for MEMS and IC devices. It facilitates seamless design capture, enabling the creation of digital twins. With its native curve support and integrated fabrication modeling, it enhances collaboration with FEM analysis tools, empowering designers to efficiently visualize and simulate complex MEMS processes.

Top L-Edit MEMS Alternatives

1

Analog FastSPICE Platform

The Analog FastSPICE Platform offers foundry-certified nm SPICE accuracy, achieving speeds over 5x faster than traditional SPICE and more than 2x faster than parallel simulators.

2

Sigrity X OptimizePI

Sigrity X OptimizePI technology performs thorough AC frequency analysis for boards and IC packages, optimizing decoupling capacitor selections and placements.

3

Siemens Solido

Siemens Solido offers an advanced suite of AI-driven simulation tools that streamline design and validation processes for analog, mixed-signal, and custom IC designs.

4

Sigrity X PowerSI

Sigrity X PowerSI enables engineers to effectively address simultaneous switching noise, signal coupling, and voltage level challenges.

5

Siemens Precision

Siemens Precision provides advanced, vendor-independent FPGA synthesis solutions designed for optimal performance and area efficiency.

6

PDN Analyzer

The PDN Analyzer seamlessly integrates with Altium Designer, enabling designers to analyze power networks directly within their PCB layouts.

7

Siemens PowerPro

Through early issue detection, clock and memory gating, and automatic optimization with logic equivalence checking...

8

Siemens Aprisa

Offering RTL2GDSII functionality, it streamlines synthesis, place-and-route, and design closure...

9

Oasys-RTL

Its power-aware synthesis seamlessly integrates multi-threshold libraries and UPF-based flows...

10

L-Edit Photonics

This powerful IC layout editor facilitates rapid creation, enabling netlist extraction for simulation, while supporting...

Top L-Edit MEMS Features

  • 3D MEMS design platform
  • Unified design environment
  • True native curve support
  • Digital twin foundation
  • 3D fabrication modeling
  • Multi-physics simulation capabilities
  • FEM analysis tool integration
  • Component libraries for reuse
  • Advanced simulation export options
  • Interactive graphical representation
  • Design capture workflow
  • Specialized for MEMS and IC
  • Fabrication process visualization
  • Real-time design feedback
  • Comprehensive modeling tools
  • Robust partnership ecosystem
  • Customizable design templates
  • Efficient prototyping workflows
  • User-friendly interface
  • Scalable design solutions