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EDFS RF 2026 R1 is a graph-native RF/MW engineering environment for modeling, executing, validating, and documenting RF workflows.
DFS-RF combines typed RF objects, ports, fibers, numerical kernels, provenance, validation state, and engineering evidence in one executable project structure.
Purchase & Download — $1,495
macOS Intel x86_64
EDFS RF includes:
Graph Schema v2 RF workflows
CRE-RF examples E01–E14
Touchstone S1P/S2P source binding
S, Z, Y, and ABCD conversions
network cascade
renormalization
de-embedding
reference-plane translation
frequency alignment
RF network comparison
RF Evidence contracts
numerical assessment and validation
project persistence and replay
HTML, JSON, LaTeX, and PDF reporting
Python and GNU Octave backend support
The included verification series progresses from fundamental RF representations to deformation, robustness, and recoverability.
E01–E05
RF objects, Z→Γ, Möbius mapping, transmission lines, and reference-plane transport.
E06–E10
Power and matching, de-embedding, S/Z/Y/ABCD conversion, network closure, Jacobians, and static RF deformation.
E11–E14
RF dynamics, event trajectories, robustness, and bounded recovery/control.
DFS-RF provides reusable graph-native network operators for:
S↔Z,S↔Y,S↔ABCD
Source identity, reference impedance, reference planes, topology, and provenance remain associated with the engineering data throughout the workflow.
EDFS RF supports:
GNU Octave — numerical authority where declared by CRE-RF kernels.
Python 3.12 — graph execution, orchestration, QA, and approved numerical implementations.
EDFS does not silently replace an unavailable authoritative backend.
DFS-RF distinguishes:
execution
numerical verification
physical validation
engineering closure
causality assessment
Successful execution alone is not presented as physical validation.
RF Report Model v2 produces:
HTML · JSON · LaTeX · PDF
Reports preserve project, graph, source, backend, numerical-result, and provenance information without recomputing engineering results.
Validated projects preserve historical qualification evidence.
After reopening:
REQUIRES_RERUN
After relevant project modification:
STALE_PROJECT_CHANGED
This prevents old results from being silently treated as current validation.
EDFS RF 2026 R1 Release 1.0.0 completed the Intel release-validation program:
261 / 261 engineering regression tests passed
2 / 2 packaging-policy tests passed
RC1 persistence lifecycle — PASS
RC1 source pre-freeze acceptance — PASS
Native runtime verification — PASS
macOS x86_64 binary — VERIFIED
DMG integrity — VERIFIED
Current release: macOS Intel x86_64
Apple Silicon arm64 distribution will be provided separately after its corresponding release acceptance.
GNU Octave is required for workflows that declare Octave numerical authority.
EDFS RF 2026 R1
Professional Single-User License
Includes EDFS RF software, DFS-RF workspace, CRE-RF E01–E14 examples, RF network operators, RF Evidence, reporting, documentation, and downloadable macOS installer.
Purchase & Download
For the actual webpage, I would keep the title around H1, make every section above H3-sized, and reserve larger typography only for the product name and $1,495 price. This will read much more like a professional EDA product page and less like a technical white paper.
EDFS RF 2026 R1 is a graph-native RF/MW engineering environment for modeling, executing, validating, and documenting RF workflows.
DFS-RF combines typed RF objects, ports, fibers, numerical kernels, provenance, validation state, and engineering evidence in one executable project structure.
Purchase & Download — $1,495
macOS Intel x86_64
EDFS RF includes:
Graph Schema v2 RF workflows
CRE-RF examples E01–E14
Touchstone S1P/S2P source binding
S, Z, Y, and ABCD conversions
network cascade
renormalization
de-embedding
reference-plane translation
frequency alignment
RF network comparison
RF Evidence contracts
numerical assessment and validation
project persistence and replay
HTML, JSON, LaTeX, and PDF reporting
Python and GNU Octave backend support
The included verification series progresses from fundamental RF representations to deformation, robustness, and recoverability.
E01–E05
RF objects, Z→Γ, Möbius mapping, transmission lines, and reference-plane transport.
E06–E10
Power and matching, de-embedding, S/Z/Y/ABCD conversion, network closure, Jacobians, and static RF deformation.
E11–E14
RF dynamics, event trajectories, robustness, and bounded recovery/control.
DFS-RF provides reusable graph-native network operators for:
S↔Z,S↔Y,S↔ABCD
Source identity, reference impedance, reference planes, topology, and provenance remain associated with the engineering data throughout the workflow.
EDFS RF supports:
GNU Octave — numerical authority where declared by CRE-RF kernels.
Python 3.12 — graph execution, orchestration, QA, and approved numerical implementations.
EDFS does not silently replace an unavailable authoritative backend.
DFS-RF distinguishes:
execution
numerical verification
physical validation
engineering closure
causality assessment
Successful execution alone is not presented as physical validation.
RF Report Model v2 produces:
HTML · JSON · LaTeX · PDF
Reports preserve project, graph, source, backend, numerical-result, and provenance information without recomputing engineering results.
Validated projects preserve historical qualification evidence.
After reopening:
REQUIRES_RERUN
After relevant project modification:
STALE_PROJECT_CHANGED
This prevents old results from being silently treated as current validation.
EDFS RF 2026 R1 Release 1.0.0 completed the Intel release-validation program:
261 / 261 engineering regression tests passed
2 / 2 packaging-policy tests passed
RC1 persistence lifecycle — PASS
RC1 source pre-freeze acceptance — PASS
Native runtime verification — PASS
macOS x86_64 binary — VERIFIED
DMG integrity — VERIFIED
Current release: macOS Intel x86_64
Apple Silicon arm64 distribution will be provided separately after its corresponding release acceptance.
GNU Octave is required for workflows that declare Octave numerical authority.
EDFS RF 2026 R1
Professional Single-User License
Includes EDFS RF software, DFS-RF workspace, CRE-RF E01–E14 examples, RF network operators, RF Evidence, reporting, documentation, and downloadable macOS installer.
Purchase & Download
For the actual webpage, I would keep the title around H1, make every section above H3-sized, and reserve larger typography only for the product name and $1,495 price. This will read much more like a professional EDA product page and less like a technical white paper.
