NanoDCAL+ is a newly designed and enhanced version of NanoDCAL.
Written in Python and Fortran, it provides new Python calculators and features, more performance and scalability for workstations and supercomputers alike. It is fully compatible with our new material design tool RESCU+.
Device engineers
Predict the performance of next generation devices in silico - such as molecular junctions, spintronics and tunnel FETs - trying out various designs and material stacks.
Experimentalists
Predict transport measurements and validate hypotheses - such as atomic structure, defects and more - about realistic (large scale up to 10,000+ atoms) devices.
Theoretical physicists
NanoDCAL+ is a powerful implementation of NEGF-DFT that computes ground state and non-equilibrium properties of nanodevices from first principles.
Academic teachers
NanoDCAL+ is a convenient software tool allowing teachers to illustrate and teach condensed matter concepts and phenomena.
Main features:
- Very large atom systems for Transport (10k+ atoms)
- Fast & parallel solver
- Transistor simulator
- IV characteristic
- Transmission & conductance
- Python integration
- Ground state properties
- Spin
- Atomic orbitals and pseudopotentials
Disclaimer: All product details, logos, product expressions and or technology standards are the wording provided by the developer/original manufacturer of the software products, in this case Nanoacademic., 4am Software is the authorized reseller and represents the developer in the ANZ region. Usage of the same is to provide the user or prospect information, and we make no claims thereof.
For pricing: