USB-C Power Delivery & PPS
Fixed profiles, PPS ranges, current requirements, complete chains, and shared-port tables.
Charging workbench →Decision bench
Choose the check that matches your decision.
Each result separates calculation, declared fit, missing evidence, and what a browser cannot observe.
Ten workbenches
Enter through the system you are planning.
Tools can appear in several workbenches when a dock shares charging, data, display, and tunnel constraints.
Requirements, claims, ports, and bottlenecks
Select cable requirements, decode cable and port claims, and screen data paths.
Cable workbench →Feature paths and tunnel budgets
Check optional workload features, shared traffic planning, exact port claims, and isolation.
USB4 workbench →Direction, conversion, and feature chains
Classify active/passive direction and check HDR, VRR, HDCP, audio, and DSC.
Adapter workbench →Payload, DSC, lanes, MST, and topology
Calculate display demand, compression, lane use, ordinary MST, and dock requirements.
Display workbench →Functions, power, data, tunnels, and failures
Build requirements, budget power, inspect shared links, and run direct/dock isolation.
Dock workbench →Switches, splitters, matrices, and mixed displays
Select a topology, reserve ports, screen EDID/downscaling, plan audio, and isolate route failures.
HDMI routing workbench →PoE classes, equipment, budgets, and failures
Match PSE/PD classes, choose switches or injectors, plan total and pass-through power, screen passive PoE, and isolate faults.
PoE workbench →Signal roles, headsets, microphone power & hum
Check stereo/balanced paths, split/combine direction, power conversion, and controlled noise observations.
Open audio workbench →ADAT expansion, optical formats & clock routes
Count S/MUX optical links, distinguish ADAT/S/PDIF, plan timing returns, and isolate digital silence.
Open digital studio workbench →Trigger pads, input allocation & hi-hat control
Separate sensor/zone requirements, documented input pools, foot-position routes and fault observations.
Open electronic drum workbench →LEGO Motor, Hub & IR Connection Planning Tools
Plan LEGO motor/sensor reuse, Powered Up port assignments, Power Functions IR addresses and remote/app control paths. No hardware connection required.
Open workbench →VR Tracking Connections: Stations, Receivers & Sync
Plan optical tracking generations, receiver capacity, base-station sync and paired-versus-tracked observations. Not a room-coverage or compatibility guarantee.
Open workbench →All 59 tools
Direct access
Every tool has one primary output and an explicit confidence boundary.
Charge Check
Complete declared charging chain.
Open →PD Fixed Profile Matcher
Exact voltage and sufficient current.
Open →PPS Range Checker
One request against one APDO.
Open →PD Requirement Builder
Current, cable class, SPR or EPR.
Open →Multi-port Power Planner
Device targets and port ceilings.
Open →Multi-port Scenario Comparator
Two exact output-table rows.
Open →Cable Requirement Selector
Minimum power, data, video, and tunnel claims.
Open →Cable Capability Decoder
Interpret a listing or label.
Open →Port Capability Decoder
Data, power, display, PCIe, and unknowns.
Open →USB Data Path Checker
Host, cable, hub, and device bottleneck.
Open →USB4 Feature Path Checker
Rate plus required tunnel declarations.
Open →USB4 Tunnel Budget Planner
Display, USB, and PCIe planning share.
Open →Video Adapter Direction Checker
Passive, active, reverse, or USB graphics.
Open →Video Feature Chain Checker
HDR, VRR, HDCP, audio, and DSC.
Open →Display Link Planner
Uncompressed video payload.
Open →DSC Requirement Planner
Minimum compression ratio.
Open →USB-C Lane Planner
Video versus native USB 3 lanes.
Open →MST Daisy Chain Checker
OS, branch roles, count, and payload.
Open →Dock Requirement Builder
Displays, OS, power, data, and PCIe.
Open →Hub Power Budget
Host, reserve, and downstream devices.
Open →Direct vs Dock Isolation
A/B power, data, and video results.
Open →USB-C Troubleshooter
Shortest-first isolation plan.
Open →USB Hub Shared Bandwidth Planner
Concurrent devices against one upstream pool.
Open →USB-C Role Match Checker
Power, data, and display direction.
Open →USB4 Fallback Speed Isolator
Target class versus segment evidence.
Open →High-Refresh Display Failure Isolator
Payload, feature, direct, and dock controls.
Open →USB Peripheral Dropout Isolator
Power, load, cable, and direct clues.
Open →One-Cable USB-C Monitor Planner
Video, charging, and monitor USB.
Open →HDMI Routing Device Selector
Switch, splitter, matrix, or multiviewer.
Open →HDMI Matrix Size Planner
Inputs, outputs, audio zones, and spare ports.
Open →HDMI Mixed-Display EDID Checker
Common mode, copied EDID, and downscaling.
Open →HDMI Audio Route Planner
ARC, eARC, HDMI, optical, and extraction.
Open →HDMI Distribution Failure Isolator
Direct, source, output, mode, and cable controls.
Open →PoE Class Compatibility Checker
IEEE Type, Class, PSE allocation, and PD power.
Open →PoE Equipment Selector
Switch, injector, splitter, extender, or direct power.
Open →PoE Switch Power Budget Planner
Device groups, total budget, and reserve.
Open →PoE Passthrough Power Planner
Input, self-use, reserve, and downstream budget.
Open →Passive PoE Compatibility Preflight
IEEE versus passive mode, voltage, pairs, and polarity.
Open →PoE Failure Isolator
Detection, cable, port, load, and PSE controls.
Open →Audio Signal Path Checker
Compare stereo and balanced mono roles before choosing a route.
Open tool →Headset Splitter & TRRS Adapter Selector
Choose split/combine direction and verify CTIA/OMTP.
Open tool →Microphone Power Preflight
Check plug-in versus P48 power and exact conversion evidence.
Open tool →Audio Hum & Buzz Isolation Planner
Record controlled signal-side tests; do not assume a ground loop.
Open tool →ADAT vs S/PDIF Optical Format Checker
Compare ADAT and optical S/PDIF port modes, direction and converter evidence before buying another TOSLINK cable.
Open tool →ADAT Expansion Planner
Plan ADAT optical links for 44.1–192 kHz, explicit S/MUX support and endpoint channel ceilings. Unknown capabilities stay unverified.
Open tool →Digital Audio Clock Route Planner
Plan one leader, one follower and a real ADAT, S/PDIF or word-clock timing path, including a return path opposite to audio.
Open tool →Digital Audio Failure Isolator
Use clock lock, source and receiver meters, DAW input and a controlled cable test to isolate digital audio silence, clicks or missing channels.
Open tool →Drum Trigger Compatibility Preflight
Compare a pad’s declared trigger family, input mode, zone ceiling, choke/position support and approved lead. Connector fit alone is not compatibility.
Open tool →Drum Module Input Allocation Planner
Allocate dual-zone and single-zone pads across one documented equivalent input pool. Preserve split-capable groups and generate a printable input worksheet.
Open tool →Hi-Hat Controller Route Planner
Plan separate strike and foot-position paths for electronic hi-hats. Check switch versus continuous control and exact approved analog or digital routes.
Open tool →Drum Trigger Connection Fault Isolator
Record trigger activity, audio output, assignments and controlled approved cable/pad tests. Get the next evidence-based step without claiming a failed component.
Open tool →Brick Motor & Sensor System Route Checker
Compare Power Functions, Powered Up/LPF2 and NXT/EV3 connection families before reusing a motor, light or sensor. Software functionality remains separate.
Open tool →Powered Up Port Assignment Planner
Build a named Powered Up hub port worksheet, compare physical and program assignments, catch duplicate sockets and check a scoped two-motor program pair.
Open tool →Power Functions IR Channel & Output Planner
Map Power Functions receiver channels and red/blue outputs, distinguish independent groups from intentional broadcast, and print an eight-address control map.
Open tool →Brick Remote, App & Program Path Selector
Separate PF infrared, Powered Up remote, original app and already-installed program routes. Identify the missing receiver, runtime or supported control program.
Open tool →Optical Tracking Generation Checker
Compare a device’s documented Lighthouse sensor generation with Base Station 1.0 or 2.0, without assuming that SteamVR support means optical compatibility.
Open tool →Tracking Receiver Assignment Planner
Plan logical radio assignments within verified classic-compatible and Ultimate receiver pools, keeping reserved channels and unknown capacities explicit.
Open tool →Base-Station Sync Planner
Build a logical Lighthouse 1.0 mode or 2.0 channel worksheet, distinguishing optical sync, approved sync cables and duplicate channels.
Open tool →Tracking Evidence Isolator
Record observed tracking stages to distinguish receiver ownership, runtime visibility, valid pose and app/coordinate-space issues without automatic hardware diagnosis.
Open tool →