nextnano Bundle 2026: Semiconductor Nanodevice Simulation Software
nextnano Bundle 2026 is a comprehensive software suite for modeling electronic and optoelectronic semiconductor nanodevices, developed by nextnano GmbH, a spin-off from the Walter Schottky Institute of the Technische Universität München . The Bundle combines the capabilities of both the nextnano++ package and the nextnano.NEGF package, providing a complete TCAD environment for quantum device simulation .
The 2026 iteration is a major annual release, part of the 2026.02 version identified in reference sources . It builds on the foundation of the bundle, which is characterized by high performance, short runtimes, and a Python API .
Key Features
Comprehensive Tool Suite
The bundle includes multiple simulation engines :
- nextnano++: The primary engine featuring a self-consistent multi-band k.p Schrödinger-Poisson-Current solver for 1D, 2D, and 3D simulations .
- nextnano.NEGF: A dedicated tool utilizing Non-Equilibrium Green Functions (NEGF) for modeling quantum transport in planar structures, particularly for Quantum Cascade Lasers (QCLs) .
- nextnano³: The predecessor to nextnano++, which still offers unique features not available elsewhere, such as graphene and electrolyte materials .
- nextnano.MSB: A simplified, efficient version of the NEGF method (Multi-Scattering Büttiker) for realistic quantum transport calculations .
Workflow Management & Visualization
- nextnanomat: A graphical user interface to manage the workflow, visualize simulation results, and execute jobs. It acts as the central hub for editing input files, running simulations, and processing output .
- nextnanopy: An open-source Python package for automating simulations, post-processing data, generating publication-quality figures, and integrating with other tools .
Statement: This website is a non-profit personal website. All software of this website comes from the Internet, and the copyright belongs to the original author. If necessary, please purchase the genuine version. The resources are for learning and communication purposes only, please do not use them for commercial purposes! Please delete it within 24 hours after downloading, thank you! If there is any infringement, please contact us by email（ svipcrack@gmail.com ）We will immediately delete the relevant pages.
