# WireFlow > WireFlow is AV diagramming / preproduction software: signal flow diagrams, LED wall pixel maps, rack elevations, wiring plans. It also exposes a public REST API and a remote MCP server (25 tools) so agents can read, build, and edit real diagrams on a paid account, authenticated with a personal API key. ## Core Pages - [Home](https://wireflow.live/): WireFlow home, AV diagramming and preproduction software overview. - [Pricing](https://wireflow.live/pricing): Free plan and Founding member Pro from $5/mo. - [Help & Guides](https://wireflow.live/docs): Help Center, guides for diagrams, racks, LED walls, and sharing. - [LED Wall Builder](https://wireflow.live/video-wall-builder): LED wall calculator, pixel maps, cabinet layout, and power planning. - [Rack Builder](https://wireflow.live/rack-builder): Rack elevation software, patch fields and install-ready exports. - [Sample Diagrams](https://wireflow.live/sample): Explore a full broadcast signal-flow example without an account. - [Claude & API access (MCP)](https://wireflow.live/docs/connect-wireflow-to-claude): WireFlow has a public REST API and a remote MCP server: 25 tools to list, read, build, and edit real AV diagrams, plus cable schedules, power reports, gear lists, signal tracing, and LED wall design. Authenticate with a personal API key from Settings; included with every paid plan. ## Landing Pages - [AV diagram software](https://wireflow.live/av-diagram-software): Diagram software for AV and live production. Map cameras, switchers, audio, and network gear with port-aware wiring, plus exports and crew share links. - [Broadcast signal flow](https://wireflow.live/broadcast-signal-flow-diagrams): Draw broadcast signal flow diagrams with validated SDI/HDMI paths, switcher routing, and playback. Export tech packs your video team can use on site. - [AV system design](https://wireflow.live/av-system-design-software): AV system design software for preproduction: signal flow diagrams, rack elevations, LED wall calculator, gear lists, and tech packs in one workspace. - [Visio alternative for AV](https://wireflow.live/visio-alternative-for-av): Looking for a Visio alternative for AV diagrams? WireFlow validates ports, traces signal paths, and generates cable schedules. Visio was never built for that. - [Lucidchart alternative](https://wireflow.live/lucidchart-alternative-for-av): Lucidchart is great for flowcharts. For AV signal flow, port validation, cable schedules, and rack/LED wall planning, WireFlow is built for the job. - [Church AV](https://wireflow.live/church-av-diagram): Document your church's sound, video, and streaming system in one diagram, so it's not locked in one volunteer's head. Free plan fits a single campus. - [LED wall calculator](https://wireflow.live/led-wall-calculator): Calculate LED wall size, resolution, power draw, and data paths from real cabinet dimensions, then carry the plan into wiring and a tech pack. - [Cable schedule template](https://wireflow.live/cable-schedule-template): Download a free cable schedule template (CSV) with the columns crews actually use, or skip the typing and generate one straight from your diagram. - [PoE budget calculator](https://wireflow.live/poe-budget-calculator): Free PoE budget calculator. Count powered ports by 802.3af/at/bt class, compare against the switch supply, and see the headroom before you order the switch. - [Rack unit calculator](https://wireflow.live/rack-unit-calculator): Free rack unit calculator. Add your gear, get the RU total, the spacing allowance, and the standard enclosure size that actually fits it. - [D-Tools alternative](https://wireflow.live/d-tools-alternative-for-av): A lighter D-Tools alternative for crews who need the diagram and the cable schedule, not a full estimating and procurement platform. Free to start. - [XTEN-AV alternative](https://wireflow.live/xten-av-alternative): An XTEN-AV alternative built for live production and touring: port-validated signal flow, racks, LED walls, and pixel maps in one file. Free to start. - [ConnectCAD alternative](https://wireflow.live/connectcad-alternative-for-av): A ConnectCAD alternative that runs in a browser with no Vectorworks license and no CAD skills. Port-validated signal flow and cable schedules. Free to start. - [Stardraw alternative](https://wireflow.live/stardraw-alternative-for-av): A Stardraw alternative that runs in any browser on any OS, validates ports as you draw, and generates cable schedules. Free to start, $5/month founder Pro. - [Vectorworks alternative](https://wireflow.live/vectorworks-alternative-for-av): WireFlow handles the AV signal flow, patch validation, and cable schedule that a Vectorworks plot does not. Use it alongside Spotlight, or on its own. Free to start. - [AV diagram software compared](https://wireflow.live/av-diagram-software-compared): Real 2026 pricing and honest buyer fit for XTEN-AV, D-Tools SI, Stardraw, Visio, Lucidchart, draw.io, H2R Gear, and WireFlow: AV diagram software compared. - [H2R Gear alternative](https://wireflow.live/h2r-gear-alternative): A respectful H2R Gear alternative: both are browser-based AV signal flow tools at similar prices. Here is exactly where WireFlow's feature set differs. - [Absen Polaris PL V2](https://wireflow.live/led-panels/absen/pl1-9-pro-v2): Absen PL1.9 Pro V2 specs: 1.95 mm pitch, 500 by 500 mm cabinet, 256 by 256 pixels, 180 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Absen Polaris PL V2](https://wireflow.live/led-panels/absen/pl1-9-plus-v2-500x1000): Absen PL1.9 Plus V2 500x1000 specs: 1.95 mm pitch, 500 by 1000 mm cabinet, 256 by 512 pixels, 360 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Absen Polaris PL V2](https://wireflow.live/led-panels/absen/pl2-5-plus-v2): Absen PL2.5 Plus V2 specs: 2.5 mm pitch, 500 by 500 mm cabinet, 200 by 200 pixels, 160 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Absen Polaris](https://wireflow.live/led-panels/absen/pl2-9-v10): Absen PL2.9 V10 specs: 2.976 mm pitch, 500 by 500 mm cabinet, 168 by 168 pixels, 135 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Absen Polaris PL V2](https://wireflow.live/led-panels/absen/pl2-9-plus-v2): Absen PL2.9 Plus V2 specs: 2.97 mm pitch, 500 by 500 mm cabinet, 168 by 168 pixels, 150 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Absen Polaris PL V2](https://wireflow.live/led-panels/absen/pl2-9-plus-v2-500x1000): Absen PL2.9 Plus V2 500x1000 specs: 2.97 mm pitch, 500 by 1000 mm cabinet, 168 by 336 pixels, 300 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Absen Polaris PL V2](https://wireflow.live/led-panels/absen/pl3-9-plus-v2): Absen PL3.9 Plus V2 specs: 3.9 mm pitch, 500 by 500 mm cabinet, 128 by 128 pixels, 140 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Absen Polaris PL V2](https://wireflow.live/led-panels/absen/pl3-9-plus-v2-500x1000): Absen PL3.9 Plus V2 500x1000 specs: 3.9 mm pitch, 500 by 1000 mm cabinet, 128 by 256 pixels, 280 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Absen Polaris PL V2](https://wireflow.live/led-panels/absen/pl3-9-pro-v2): Absen PL3.9 Pro V2 specs: 3.9 mm pitch, 500 by 500 mm cabinet, 128 by 128 pixels, 180 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Absen Polaris PL V2](https://wireflow.live/led-panels/absen/pl4-8-v2): Absen PL4.8 V2 specs: 4.8 mm pitch, 500 by 500 mm cabinet, 104 by 104 pixels, 170 W peak. Size a wall and get cabinet counts, weight, and circuits. - [ROE Visual Black Pearl](https://wireflow.live/led-panels/roe-visual/bp2v2): ROE Visual BP2V2 specs: 2.84 mm pitch, 500 by 500 mm cabinet, 176 by 176 pixels, 160 W peak. Size a wall and get cabinet counts, weight, and circuits. - [ROE Visual Black Pearl](https://wireflow.live/led-panels/roe-visual/bp3): ROE Visual BP3 specs: 3.91 mm pitch, 500 by 500 mm cabinet, 128 by 128 pixels, 160 W peak. Size a wall and get cabinet counts, weight, and circuits. - [ROE Visual Carbon](https://wireflow.live/led-panels/roe-visual/cb3): ROE Visual CB3 specs: 3.75 mm pitch, 600 by 1200 mm cabinet, 160 by 320 pixels, 540 W peak. Size a wall and get cabinet counts, weight, and circuits. - [ROE Visual Carbon](https://wireflow.live/led-panels/roe-visual/cb5): ROE Visual CB5 specs: 5.77 mm pitch, 600 by 1200 mm cabinet, 104 by 208 pixels, 500 W peak. Size a wall and get cabinet counts, weight, and circuits. - [ROE Visual Carbon](https://wireflow.live/led-panels/roe-visual/cb8): ROE Visual CB8 specs: 8.33 mm pitch, 600 by 1200 mm cabinet, 72 by 144 pixels, 500 W peak. Size a wall and get cabinet counts, weight, and circuits. - [ROE Visual Diamond](https://wireflow.live/led-panels/roe-visual/dm2-6): ROE Visual DM2.6 specs: 2.6 mm pitch, 500 by 500 mm cabinet, 192 by 192 pixels, 140 W peak. Size a wall and get cabinet counts, weight, and circuits. - [ROE Visual Diamond](https://wireflow.live/led-panels/roe-visual/dm3-9): ROE Visual DM3.9 specs: 3.91 mm pitch, 500 by 500 mm cabinet, 128 by 128 pixels, 140 W peak. Size a wall and get cabinet counts, weight, and circuits. - [ROE Visual Ruby](https://wireflow.live/led-panels/roe-visual/rb1-5): ROE Visual RB1.5 specs: 1.56 mm pitch, 500 by 500 mm cabinet, 320 by 320 pixels, 180 W peak. Size a wall and get cabinet counts, weight, and circuits. - [ROE Visual Ruby](https://wireflow.live/led-panels/roe-visual/rb2-3): ROE Visual RB2.3 specs: 2.31 mm pitch, 500 by 500 mm cabinet, 216 by 216 pixels, 170 W peak. Size a wall and get cabinet counts, weight, and circuits. - [ROE Visual Vanish](https://wireflow.live/led-panels/roe-visual/v8): ROE Visual V8 specs: 8.9 mm pitch, 1000 by 1000 mm cabinet, 112 by 112 pixels, 400 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Unilumin UPAD IV](https://wireflow.live/led-panels/unilumin/1-5mm): Unilumin 1.5mm specs: 1.56 mm pitch, 500 by 500 mm cabinet, 320 by 320 pixels, 150 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Unilumin UPAD IV](https://wireflow.live/led-panels/unilumin/1-9mm): Unilumin 1.9mm specs: 1.95 mm pitch, 500 by 500 mm cabinet, 256 by 256 pixels, 140 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Unilumin UPAD IV](https://wireflow.live/led-panels/unilumin/upad-iv-2-6mm): Unilumin UPAD IV 2.6mm specs: 2.604 mm pitch, 500 by 500 mm cabinet, 192 by 192 pixels, 120 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Unilumin UPAD IV-S](https://wireflow.live/led-panels/unilumin/2-6mm-curved): Unilumin 2.6mm Curved specs: 2.604 mm pitch, 500 by 500 mm cabinet, 192 by 192 pixels, 130 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Unilumin URM III](https://wireflow.live/led-panels/unilumin/2-6mm-500x500): Unilumin 2.6mm 500x500 specs: 2.604 mm pitch, 500 by 500 mm cabinet, 192 by 192 pixels, 150 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Unilumin URM III](https://wireflow.live/led-panels/unilumin/3-9mm-500x500): Unilumin 3.9mm 500x500 specs: 3.91 mm pitch, 500 by 500 mm cabinet, 128 by 128 pixels, 180 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Unilumin URM III](https://wireflow.live/led-panels/unilumin/3-9mm-500x1000): Unilumin 3.9mm 500x1000 specs: 3.91 mm pitch, 500 by 1000 mm cabinet, 128 by 256 pixels, 360 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Unilumin Uslim III](https://wireflow.live/led-panels/unilumin/uslim-iii-2-6mm): Unilumin Uslim III 2.6mm specs: 2.604 mm pitch, 500 by 500 mm cabinet, 192 by 192 pixels, 150 W peak. Size a wall and get cabinet counts, weight, and circuits. - [INFiLED AR](https://wireflow.live/led-panels/infiled/ar3-9): INFiLED AR3.9 specs: 3.9 mm pitch, 500 by 1000 mm cabinet, 128 by 256 pixels, 360 W peak. Size a wall and get cabinet counts, weight, and circuits. - [INFiLED DB](https://wireflow.live/led-panels/infiled/db2-6): INFiLED DB2.6 specs: 2.604 mm pitch, 500 by 500 mm cabinet, 192 by 192 pixels, 150 W peak. Size a wall and get cabinet counts, weight, and circuits. - [INFiLED DB](https://wireflow.live/led-panels/infiled/db2-9): INFiLED DB2.9 specs: 2.976 mm pitch, 500 by 500 mm cabinet, 168 by 168 pixels, 150 W peak. Size a wall and get cabinet counts, weight, and circuits. - [INFiLED DB](https://wireflow.live/led-panels/infiled/db3-9): INFiLED DB3.9 specs: 3.91 mm pitch, 500 by 500 mm cabinet, 128 by 128 pixels, 160 W peak. Size a wall and get cabinet counts, weight, and circuits. - [INFiLED WT](https://wireflow.live/led-panels/infiled/wt3-9): INFiLED WT3.9 specs: 3.91 mm pitch, 500 by 1000 mm cabinet, 128 by 256 pixels, 360 W peak. Size a wall and get cabinet counts, weight, and circuits. - [AOTO RM](https://wireflow.live/led-panels/aoto/rm1-5b): AOTO RM1.5B specs: 1.56 mm pitch, 500 by 500 mm cabinet, 320 by 320 pixels, 160 W peak. Size a wall and get cabinet counts, weight, and circuits. - [AOTO RM](https://wireflow.live/led-panels/aoto/rm2-3b): AOTO RM2.3B specs: 2.31 mm pitch, 500 by 500 mm cabinet, 216 by 216 pixels, 155 W peak. Size a wall and get cabinet counts, weight, and circuits. - [AOTO RM](https://wireflow.live/led-panels/aoto/rm2-6b): AOTO RM2.6B specs: 2.604 mm pitch, 500 by 500 mm cabinet, 192 by 192 pixels, 155 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Chauvet Professional F Series](https://wireflow.live/led-panels/chauvet-professional/f2): Chauvet Professional F2 specs: 2.9 mm pitch, 500 by 1000 mm cabinet, 168 by 336 pixels, 333 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Chauvet Professional F Series](https://wireflow.live/led-panels/chauvet-professional/f3): Chauvet Professional F3 specs: 3.9 mm pitch, 500 by 1000 mm cabinet, 128 by 256 pixels, 300 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Chauvet Professional F Series](https://wireflow.live/led-panels/chauvet-professional/f4ip): Chauvet Professional F4IP specs: 4.8 mm pitch, 500 by 1000 mm cabinet, 104 by 208 pixels, 305 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Chauvet Professional F Series](https://wireflow.live/led-panels/chauvet-professional/f5ip): Chauvet Professional F5IP specs: 5.95 mm pitch, 500 by 1000 mm cabinet, 84 by 168 pixels, 300 W peak. Size a wall and get cabinet counts, weight, and circuits. - [PixelFLEX FLEXUltra](https://wireflow.live/led-panels/pixelflex/0-9mm): PixelFLEX 0.9mm specs: 0.94 mm pitch, 600 by 337.5 mm cabinet, 640 by 360 pixels, 120 W peak. Size a wall and get cabinet counts, weight, and circuits. - [PixelFLEX FLEXUltra](https://wireflow.live/led-panels/pixelflex/1-2mm): PixelFLEX 1.2mm specs: 1.25 mm pitch, 600 by 337.5 mm cabinet, 480 by 270 pixels, 120 W peak. Size a wall and get cabinet counts, weight, and circuits. - [PixelFLEX FLEXUltra](https://wireflow.live/led-panels/pixelflex/1-5mm): PixelFLEX 1.5mm specs: 1.56 mm pitch, 600 by 337.5 mm cabinet, 384 by 216 pixels, 120 W peak. Size a wall and get cabinet counts, weight, and circuits. - [PixelFLEX FLEXUltra](https://wireflow.live/led-panels/pixelflex/flexultra-1-9mm): PixelFLEX FLEXUltra 1.9mm specs: 1.875 mm pitch, 600 by 337.5 mm cabinet, 320 by 180 pixels, 120 W peak. Size a wall and get cabinet counts, weight, and circuits. - [PixelFLEX FLEXTour](https://wireflow.live/led-panels/pixelflex/flextour-1-9mm): PixelFLEX FLEXTour 1.9mm specs: 1.95 mm pitch, 500 by 500 mm cabinet, 256 by 256 pixels, 160 W peak. Size a wall and get cabinet counts, weight, and circuits. - [PixelFLEX FLEXTour](https://wireflow.live/led-panels/pixelflex/2-9mm): PixelFLEX 2.9mm specs: 2.976 mm pitch, 500 by 500 mm cabinet, 168 by 168 pixels, 150 W peak. Size a wall and get cabinet counts, weight, and circuits. - [PixelFLEX FLEXTour](https://wireflow.live/led-panels/pixelflex/3-9mm): PixelFLEX 3.9mm specs: 3.91 mm pitch, 500 by 500 mm cabinet, 128 by 128 pixels, 160 W peak. Size a wall and get cabinet counts, weight, and circuits. - [PixelFLEX FLEXTour](https://wireflow.live/led-panels/pixelflex/4-8mm): PixelFLEX 4.8mm specs: 4.8 mm pitch, 500 by 500 mm cabinet, 104 by 104 pixels, 180 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Elation EVHD](https://wireflow.live/led-panels/elation/evhd2): Elation EVHD2 specs: 2.84 mm pitch, 500 by 500 mm cabinet, 176 by 176 pixels, 135 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Elation EVHD](https://wireflow.live/led-panels/elation/evhd3-9): Elation EVHD3.9 specs: 3.91 mm pitch, 500 by 500 mm cabinet, 128 by 128 pixels, 125 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Elation EVHD](https://wireflow.live/led-panels/elation/evhd5-9): Elation EVHD5.9 specs: 5.95 mm pitch, 500 by 500 mm cabinet, 84 by 84 pixels, 125 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Planar CarbonLight CLI](https://wireflow.live/led-panels/planar/cli-1-9): Planar CLI 1.9 specs: 1.95 mm pitch, 500 by 500 mm cabinet, 256 by 256 pixels, 150 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Planar CarbonLight CLI](https://wireflow.live/led-panels/planar/cli-2-6): Planar CLI 2.6 specs: 2.604 mm pitch, 500 by 500 mm cabinet, 192 by 192 pixels, 140 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Planar CarbonLight CLI](https://wireflow.live/led-panels/planar/cli-3-9): Planar CLI 3.9 specs: 3.91 mm pitch, 500 by 500 mm cabinet, 128 by 128 pixels, 140 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Planar CarbonLight CLI VX](https://wireflow.live/led-panels/planar/vx1-9): Planar VX1.9 specs: 1.95 mm pitch, 500 by 500 mm cabinet, 256 by 256 pixels, 150 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Planar CarbonLight CLI VX](https://wireflow.live/led-panels/planar/vx2-6): Planar VX2.6 specs: 2.604 mm pitch, 500 by 500 mm cabinet, 192 by 192 pixels, 140 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Samsung The Wall](https://wireflow.live/led-panels/samsung/iwa-1-2mm): Samsung IWA 1.2mm specs: 1.26 mm pitch, 806 by 453 mm cabinet, 640 by 360 pixels, 220 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Samsung The Wall](https://wireflow.live/led-panels/samsung/iwa-1-6mm): Samsung IWA 1.6mm specs: 1.68 mm pitch, 806 by 453 mm cabinet, 480 by 270 pixels, 200 W peak. Size a wall and get cabinet counts, weight, and circuits. - [LG MAGNIT](https://wireflow.live/led-panels/lg/1-2mm): LG 1.2mm specs: 1.25 mm pitch, 600 by 337.5 mm cabinet, 480 by 270 pixels, 160 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Sony Crystal LED](https://wireflow.live/led-panels/sony/1-2mm): Sony 1.2mm specs: 1.26 mm pitch, 608 by 342 mm cabinet, 480 by 270 pixels, 170 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Toplight Rental Series](https://wireflow.live/led-panels/toplight/p1-95-500x500): Toplight P1.95 500x500 specs: 1.95 mm pitch, 500 by 500 mm cabinet, 256 by 256 pixels, 200 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Toplight Rental Series](https://wireflow.live/led-panels/toplight/p1-95-500x1000): Toplight P1.95 500x1000 specs: 1.95 mm pitch, 500 by 1000 mm cabinet, 256 by 512 pixels, 400 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Toplight Rental Series](https://wireflow.live/led-panels/toplight/p3-91-500x500): Toplight P3.91 500x500 specs: 3.91 mm pitch, 500 by 500 mm cabinet, 128 by 128 pixels, 200 W peak. Size a wall and get cabinet counts, weight, and circuits. - [Toplight Rental Series](https://wireflow.live/led-panels/toplight/p3-91-500x1000): Toplight P3.91 500x1000 specs: 3.91 mm pitch, 500 by 1000 mm cabinet, 128 by 256 pixels, 400 W peak. Size a wall and get cabinet counts, weight, and circuits. ## Learn, Topic Guides - [Signal Flow & Wiring Diagrams](https://wireflow.live/learn/signal-flow): How to plan, draw, and document AV signal flow, wiring diagram guides, port-level documentation practices, and software comparisons for working AV professionals. - [AV Networking](https://wireflow.live/learn/networking): Practical AV network design, VLAN planning for Dante and NDI, IP schedules, PoE budgets, duplicate-IP prevention, and switch documentation for shows and installs. - [LED Walls](https://wireflow.live/learn/led-walls): LED video wall planning explained, power and data calculations, panels per port, processor planning, pixel maps, and preproduction checklists for LED techs. - [Rack Design](https://wireflow.live/learn/rack-design): How to design AV racks that can be built and serviced, rack elevations, layout order, weight and thermal planning, power, and cable management. - [Cabling & Looms](https://wireflow.live/learn/cabling): Cable documentation for AV and live production, cable schedules, loom and snake planning, labeling systems, and ID standards that hold up under load-out pressure. - [Broadcast & Live Production](https://wireflow.live/learn/broadcast): System design for broadcast and live production, multicamera signal flow, livestream architecture, sync and comms planning, and the documentation crews rely on. - [AV Documentation & Operations](https://wireflow.live/learn/av-documentation): The documentation layer of AV work, tech packs, preproduction checklists, gear lists, handoff packages, and the habits that keep shows and installs repeatable. - [Access Control & Low Voltage](https://wireflow.live/learn/access-control): Documenting access-control and low-voltage systems, door controller wiring documentation, device naming, door schedules, and drawing practices for security integrators. ## Learn, Articles - [How to Create an AV Signal-Flow Diagram](https://wireflow.live/learn/how-to-create-an-av-signal-flow-diagram): A working method for AV signal-flow diagrams: inventory devices, map every port-to-port connection, label cables, and export documentation your crew can use on site. - [Best AV Wiring-Diagram Software: What Working Professionals Actually Need](https://wireflow.live/learn/best-av-diagram-software): Visio, Lucidchart, draw.io, XTEN-AV, D-Tools, ConnectCAD, Stardraw, and WireFlow compared honestly, plus the criteria that tell you which one fits your work. - [VLAN Planning for AV Systems](https://wireflow.live/learn/vlan-planning-for-av-systems): A working VLAN plan for AV networks, segment Dante, NDI, control, and guest traffic, contain multicast with IGMP, and know when a flat network is honestly fine. - [How to Create an IP Schedule for AV Systems](https://wireflow.live/learn/how-to-create-an-ip-schedule): What an IP schedule is, which address space to pick, block allocation by device class, static vs DHCP guidance, the exact columns to track, free CSV template. - [PoE Budget Planning for AV and IT Devices](https://wireflow.live/learn/poe-budget-planning): What a PoE budget is, how to calculate it with honest device-draw ranges, why ports don't equal watts, and the headroom rule working crews plan around. - [How to Prevent Duplicate IP Addresses in AV Systems](https://wireflow.live/learn/prevent-duplicate-ip-addresses): Duplicate IPs cause the strangest show-network failures. Prevent them with one IP schedule, reserved ranges, and bench config, then find offenders fast. - [LED Wall Power Calculation: Watts, Amps, and Circuits](https://wireflow.live/learn/led-wall-power-calculation): Calculate LED wall power step by step: panels × watts per panel, watts to amps at 120 V and 208 V, circuits at the 80% practice, and max vs average draw explained. - [How Many LED Panels Can Be Daisy-Chained on One Data Port?](https://wireflow.live/learn/how-many-led-panels-can-be-daisy-chained): Panels per port = port pixel capacity ÷ pixels per panel, rounded down. Worked examples for P1.2, P1.9, and P2.6 panels, plus why redundancy halves capacity. - [LED Wall Preproduction Checklist: What to Confirm Before the Truck Leaves](https://wireflow.live/learn/led-wall-preproduction-checklist): The phase-by-phase LED wall preproduction checklist touring techs use: design lock, power advance, data plan, rigging, spares, and the paperwork every team needs. - [How to Design an AV Rack Elevation](https://wireflow.live/learn/how-to-design-av-rack-elevation): Design an AV rack elevation that survives the build: RU math, layout order, thermal zones, weight balance, and the rear view most drawings forget. - [How to Build a Cable Schedule](https://wireflow.live/learn/how-to-build-a-cable-schedule): Build a cable schedule crews trust: the columns that matter, a cable ID scheme, honest lengths, loom grouping, a worked example, and a free CSV template. - [Multicamera Livestream Signal Flow: A Worked Example](https://wireflow.live/learn/multicamera-livestream-signal-flow): A worked 3-camera livestream signal flow, stage by stage: acquisition, switching, audio, record, encode, and monitoring, with the failure mode each covers. - [The AV Preproduction Checklist](https://wireflow.live/learn/av-preproduction-checklist): The complete AV preproduction checklist, booking, site survey, system design, crew, week-before prep, and show day. Every item open on the page, no email wall. - [How to Create an AV Tech Pack](https://wireflow.live/learn/how-to-create-an-av-tech-pack): What goes in an event AV tech pack, the assembly order that keeps every document consistent, and the hand-off test that proves your pack is crew-ready. - [AV Wiring Diagram Examples (With Annotated Breakdowns)](https://wireflow.live/learn/av-wiring-diagram-examples): Four annotated AV wiring diagram examples, from a huddle room to a broadcast flypack, showing the port-level connections and signal names that make each correct. - [Conference Room AV Diagram: Design and Document a UC Room](https://wireflow.live/learn/conference-room-av-diagram): How to design and document a UC conference room: the signal chain from camera, mics, and codec to displays, room audio, control, and network, mapped port-to-port. - [PTZ Camera System Design: Video, Control, and Power](https://wireflow.live/learn/ptz-camera-system-design): A PTZ camera runs three paths at once: video (SDI, NDI, or HDMI), control (VISCA over serial or IP), and PoE power. How to design and document all three. - [Cable Loom Design: Planning Looms, Snakes, and Trunks](https://wireflow.live/learn/cable-loom-design): How to design AV cable looms: choose which runs share a jacket, plan honest fanout tail lengths, and label looms so they tie back to your cable schedule. - [Rack Elevation Examples: Front and Rear, Annotated](https://wireflow.live/learn/rack-elevation-examples): Three annotated rack elevation examples, front and rear: a mobile production rack, an install head-end, and a broadcast network rack, plus what each gets right. - [Switch Port Documentation: The Port Schedule](https://wireflow.live/learn/switch-port-documentation): Switch port documentation with a port schedule: one row per port for VLANs, PoE, connected device, and cable ID. Your network trace map, free CSV template. - [How to Label Cables and Ports](https://wireflow.live/learn/how-to-label-cables-and-ports): Label AV cables and ports so documentation holds up on site: the two-part label, a cable-ID scheme that scales, both ends always, and how it feeds the schedule. - [Dante Network Requirements: A Practical Planning Guide](https://wireflow.live/learn/dante-network-requirements): Plan a Dante network the right way: managed switches, QoS, one clock leader, and VLAN segmentation. A practical planning guide that defers exact specs to Audinate. - [NDI Network Design: Bandwidth, Switches, and Segmentation](https://wireflow.live/learn/ndi-network-design): Plan an NDI network: budget bandwidth per stream, size gigabit and 10G switches, contain multicast with IGMP, and keep NDI off the Dante and control lanes. - [Pixel Map for LED Walls: How the Canvas Maps to Cabinets](https://wireflow.live/learn/pixel-map-for-led-walls): An LED wall pixel map tells the processor which part of the content canvas each cabinet displays. Covers the resolution math, zones, and common mapping mistakes. - [Rack Cable Management: Service Loops, Lacing, and Dressing](https://wireflow.live/learn/rack-cable-management): Rack cable management best practices: service loops, lacing bars, power and signal separation, and front vs rear dressing that keeps racks serviceable. - [Genlock and Timecode Explained (With Signal-Flow Diagrams)](https://wireflow.live/learn/genlock-and-timecode-explained): Genlock locks devices to a shared video timing reference so sources cut cleanly; timecode is a shared time address for sync and logging. Two jobs, one lane. - [AV Installation Handoff Checklist: The Closeout Package](https://wireflow.live/learn/av-installation-handoff-checklist): The complete AV installation handoff: as-built docs, credentials, operation, maintenance, warranty, and the test that proves a stranger can run and fix the system. - [Door Controller Wiring Documentation (Not Code Advice)](https://wireflow.live/learn/door-controller-wiring-documentation): Document an access-controlled door as a wiring diagram and door schedule: controller, reader, lock, REX, and door position switch. Documentation, not code advice. - [How to Document AV Connections](https://wireflow.live/learn/document-av-connections): How to document AV connections: record every input and output port-to-port in one IO list, then derive the cable schedule, gear list, and signal names from it. - [As-Built vs Proposed AV Drawings](https://wireflow.live/learn/as-built-vs-proposed-drawings): As-built vs proposed AV drawings, explained: what proposed, issued, and as-built states mean, when to redline at load-in, and how to version AV documentation. - [Audio Signal Flow Planning](https://wireflow.live/learn/audio-signal-flow-planning): Audio signal flow planning at the system level: map sources, console, processing, and destinations, plus mix-minus and Dante paths, in one clear diagram. - [Video Production Signal Flow](https://wireflow.live/learn/video-production-signal-flow): Video production signal flow for a studio: map the camera-to-switcher path, set one video format, surface every converter, and document the diagram your crew runs. - [IGMP Snooping for AV Networks](https://wireflow.live/learn/igmp-snooping-for-av): IGMP snooping for AV networks stops multicast from flooding every port. How the querier works, the one-querier rule, and why Dante and NDI need it. - [Static IP vs DHCP for AV Systems](https://wireflow.live/learn/static-ip-vs-dhcp-for-av): Static IP vs DHCP for AV: static for show-critical core gear, DHCP reservations for managed roaming devices, and a plain pool for transient clients. - [Control Network vs Media Network Separation](https://wireflow.live/learn/control-vs-media-network-separation): Control network vs media network separation, explained: when to run physically separate AV networks and when VLAN segmentation on shared switches is enough. - [Network Loop Prevention on Show Networks](https://wireflow.live/learn/network-loop-prevention): Network loop prevention on AV show networks: how one cable back into the switch causes a broadcast storm, and why labeled uplinks and spanning tree stop it. - [LED Wall Processor Planning](https://wireflow.live/learn/led-processor-planning): LED wall processor planning explained: the sending card and receiving card model, how to budget pixel capacity per port, and when to add backup ports. - [LED Wall Power: 120V vs 208V vs Three-Phase](https://wireflow.live/learn/led-wall-power-120v-vs-208v): LED wall 120V vs 208V power compared: why voltage sets amps not watts, when 208V single-phase or three-phase wins, and how per-leg loading works. - [LED Wall Redundancy and Backup Data Paths](https://wireflow.live/learn/led-wall-redundancy): LED wall redundancy and backup data paths explained: how loop cabling, redundant processors, and dual feeds keep a wall live when a cable or port fails. - [Pixel Pitch Explained: Choosing the Right LED](https://wireflow.live/learn/pixel-pitch-explained): Pixel pitch explained: what the millimeter spacing between LEDs means, how to pick it from viewing distance, and the cost and data trade-offs of going finer. - [Rack Unit Calculation: RU, Depth, and Clearance](https://wireflow.live/learn/rack-unit-calculation): Rack unit calculation, explained: how tall 1U is (1.75 in / 44.45 mm), how to count usable vs nominal RU, and how to check rack depth, clearance, and weight. - [Rack Power Planning: PDUs and Load](https://wireflow.live/learn/rack-power-planning): Rack power planning: document every device's nameplate load, place and map PDUs, keep power and signal separate, and hand a licensed electrician real numbers. - [Rack Cooling and Ventilation for AV](https://wireflow.live/learn/rack-cooling-and-ventilation): Rack cooling and ventilation for AV: how to plan airflow, space hot gear, and avoid heat problems in closet and credenza racks, not just server rooms. - [Mobile Production Rack Design](https://wireflow.live/learn/mobile-production-rack-design): Mobile production rack design that survives the road: keep the center of gravity low, shock-mount the gear, strain-relieve every cable, and pack for the truck. - [Cable ID Standards and Numbering Systems](https://wireflow.live/learn/cable-id-standards): Cable ID standards compared: TIA-606 location IDs for fixed installs versus signal-family prefixes for touring, and how to design IDs that survive a re-patch. - [SDI Cable Distance Limits by Rate](https://wireflow.live/learn/sdi-cable-distance-limits): SDI cable distance limits depend on the rate and the coax you use. Higher rates like 12G-SDI run shorter than HD-SDI. Learn how to find your real safe run length. - [OBS Studio System Diagram and Setup](https://wireflow.live/learn/obs-studio-system-diagram): OBS Studio system diagram basics: map capture inputs, single or dual PC layout, audio routing, and stream and record outputs so any operator can run the show. - [ATEM Signal Flow: A Worked Setup](https://wireflow.live/learn/atem-signal-flow): ATEM Mini signal flow, worked end to end: map sources to inputs, route program, preview, multiview, and aux outs, mix audio, and export crew-ready switcher docs. - [Intercom System Planning and Channel Plans](https://wireflow.live/learn/intercom-system-planning): Intercom system planning for live production: partyline vs matrix, a channel plan a crew can read, IFB, and where comms belongs in the tech pack. - [AV Equipment List Template and Method](https://wireflow.live/learn/equipment-list-template): AV equipment list template and method: the columns a gear list needs, how to derive it from your diagram, and how to track spares and consumables. - [AV System Commissioning Checklist](https://wireflow.live/learn/av-commissioning-checklist): AV system commissioning checklist by phase: pre-power checks, power and network bring-up, signal path verification, performance testing, and sign-off. - [Door Schedule Template for Access Control](https://wireflow.live/learn/door-schedule-template): Door schedule template for access control: one row per opening with controller and port, reader, lock, REX, DPS, and power. Documentation only, not code advice. - [Connect Claude to Your AV Diagrams](https://wireflow.live/learn/connect-claude-to-av-diagrams): How to give Claude a WireFlow API key and use the MCP server's full tool set to read, build, and edit real AV diagrams, cable schedules, and LED walls. ## Free Resources - [Free templates](https://wireflow.live/templates): Fillable CSVs (Device Library Import, IP Schedule, Cable Schedule, Switch Port Schedule, AV Preproduction Checklist, Access Control Door Schedule). One of them imports straight back into WireFlow. - [AV & broadcast glossary](https://wireflow.live/glossary): Plain-English definitions of AV, broadcast, LED, networking, rack, and cabling terms. ## Getting Started - [What is WireFlow?](https://wireflow.live/docs/what-is-wireflow): WireFlow is a planning and documentation platform for AV, live production, LED, broadcast, and technical event workflows — map equipment, signal flow, racks, and wiring before crew arrives on site. - [Who is WireFlow for?](https://wireflow.live/docs/who-is-wireflow-for): Production companies, AV techs, LED engineers, broadcast crews, integrators, and anyone who needs show documentation that survives load-in. - [How WireFlow fits into preproduction](https://wireflow.live/docs/preproduction-workflow): Where documentation lives between sales handoff and load-in — and why doing it early prevents show-day fires. - [Recommended first workflow](https://wireflow.live/docs/recommended-first-workflow): Use the Learn WireFlow path on /docs for hands-on tutorials; this page is the overview after that. - [Free vs Pro overview](https://wireflow.live/docs/free-vs-pro-overview): What you get on Free, what Pro unlocks, how the 7-day trial works, and what happens when a trial ends. - [WireFlow dashboard tour](https://wireflow.live/docs/wireflow-dashboard-tour): Where projects live, how tabs work, and how to open the Diagram Builder. - [Your first diagram in 60 seconds](https://wireflow.live/docs/first-diagram-in-60-seconds): Open the example conference show, pan the canvas, and see connection-aware signal flow — no blank canvas required. - [Build your first diagram](https://wireflow.live/docs/tutorial-build-your-first-diagram): Hands-on: camera → switcher → monitor, wire ports, save. - [Share and export your documentation](https://wireflow.live/docs/tutorial-share-and-export): View-only link, PNG export, Wiring Plan tab. - [Build an audio signal path](https://wireflow.live/docs/tutorial-build-audio-path): Hands-on: console → wireless → DSP → amps with Dante, AES, and XLR ports — same workflow as your first video diagram. ## Diagram Builder - [What the Diagram Builder is for](https://wireflow.live/docs/diagram-builder-overview): The Diagram Builder is WireFlow's signal-flow canvas — document how video, audio, and network gear connects before load-in. - [Creating your first diagram](https://wireflow.live/docs/creating-your-first-diagram): From blank canvas to a saved project in minutes — naming, canvas navigation, and first save. - [Adding devices](https://wireflow.live/docs/adding-devices-and-library): Pull gear from the preset library, create custom devices, and place infrastructure on the canvas. - [Connecting devices](https://wireflow.live/docs/connecting-devices-and-ports): Draw cables between ports, understand compatibility warnings, and document signal direction. - [Working with ports](https://wireflow.live/docs/working-with-ports): Port types, directions, hidden ports, per-port labels, and local device edits. - [Zones, shapes, and underlays](https://wireflow.live/docs/zones-shapes-and-underlays): Floor plans, site-map zones, labels, groups, and spatial context on the diagram canvas. - [Best practices for clean diagrams](https://wireflow.live/docs/signal-flow-best-practices): Layout, naming, and review habits that keep diagrams readable for crew and clients. - [Common diagram mistakes](https://wireflow.live/docs/diagram-common-mistakes): Frequent errors that cause confusion on site — and how to avoid them. - [Floor plans and site map zones](https://wireflow.live/docs/floor-plan-and-site-map-zones): Upload a venue background, draw site map zones, and wire gear inside each zone — with honest MVP limits. - [Keyboard shortcuts cheat sheet](https://wireflow.live/docs/keyboard-shortcuts-cheat-sheet): Real shortcuts from WireFlow builders — canvas navigation, diagram editing, rack patch, and LED wall tabs. Press ? in any builder to open the live list. ## Rack Builder - [What the Rack Builder is for](https://wireflow.live/docs/rack-builder-overview): Document flypack and rack elevations — gear placement, rack units, front/rear faceplates, and internal patching for installers and road crew. - [Creating a rack elevation](https://wireflow.live/docs/creating-rack-elevation): New rack project, rack size, naming, and placing your first devices. - [Understanding rack units and rack-mounted gear](https://wireflow.live/docs/rack-units-and-equipment): How RU height works, blank panels, PDUs, and mixed-depth gear in a elevation. - [Front and rear views](https://wireflow.live/docs/front-and-rear-views): Switch elevation face, mirror ports front to rear, and export per-face drawings. - [Internal rack connections](https://wireflow.live/docs/rack-internal-connections): Patch fields, jumpers, and intra-rack wiring between devices. - [Presentation mode and rack exports](https://wireflow.live/docs/rack-presentation-and-exports): Clean display for clients, PDF/PNG export, and share links for rack techs. - [Save, update, and save as new (rack projects)](https://wireflow.live/docs/rack-save-and-project-behavior): How rack project saving works — update in place vs duplicate for variants. - [Build your first rack elevation](https://wireflow.live/docs/tutorial-first-rack-elevation): Hands-on: dashboard → new rack → set RU height → place gear on the front face → save and share. Requires WireFlow Pro. ## LED Wall Builder - [What the LED Wall Builder is for](https://wireflow.live/docs/led-wall-overview): Plan LED wall size, cabinet grid, pixel resolution, processor data paths, and power — before cabinets hit the deck. - [Creating a wall layout](https://wireflow.live/docs/led-wall-layout-and-cabinets): Cabinet presets, grid size, physical dimensions, and building the tile map. - [Cabinet size, pixel pitch, and resolution](https://wireflow.live/docs/pixel-pitch-resolution-and-dimensions): How pitch affects pixel count, physical size, and what your content team needs to know. - [Processor limits and data paths](https://wireflow.live/docs/processor-limits-and-data-paths): Port capacity, loading cabinets per output, and planning redundant paths. - [Power planning for LED walls](https://wireflow.live/docs/led-power-planning): Power circuits, cabinet load estimates, and distro conversations before load-in. - [Zones, pixel map, and content mapping](https://wireflow.live/docs/pixel-map-and-zones): Map cabinets to content layers and export for processors or Resolume. - [Planning vs show-day use](https://wireflow.live/docs/led-planning-vs-show-day): What WireFlow is for in LED prep — and what still happens on the processor laptop on site. - [Build your first LED wall](https://wireflow.live/docs/tutorial-first-led-wall): Hands-on: dashboard → new wall project → Add Zone → cabinet preset → columns × rows → save. Requires Pro or wall-only plan. ## Wiring Plans - [What wiring plans are](https://wireflow.live/docs/wiring-plans-overview): Structured cable schedules and port-to-port documentation generated from your diagram and wall projects — built for crew who tape cables on show day. - [Why documentation matters](https://wireflow.live/docs/why-show-documentation-matters): The cost of vague signal docs on load-in — and why prepro documentation pays off. - [How WireFlow helps crews understand signal flow](https://wireflow.live/docs/signal-flow-for-crews): From diagram to wiring plan to share link — one source of truth for techs on site. - [Cable labels and schedules](https://wireflow.live/docs/cable-labels-and-schedules): Naming conventions, schedule columns, and printing labels that match the diagram. - [Port-to-port documentation](https://wireflow.live/docs/port-to-port-documentation): Every connection documented end-to-end — not just device names. - [Reducing setup mistakes](https://wireflow.live/docs/reducing-setup-mistakes): Checklist habits that catch mis-patches before power-on. - [Preparing documentation before show day](https://wireflow.live/docs/crew-documentation-before-show-day): Timeline and deliverables for freezing docs and distributing to crew and venue. ## Sharing & Exports - [Sharing with clients or crew](https://wireflow.live/docs/sharing-with-clients-and-crew): When and how to share WireFlow documentation with people who should not edit your project. - [View-only share links](https://wireflow.live/docs/view-only-share-links): Generate, name, and distribute read-only links — no WireFlow account required to view. - [What techs see on a share link](https://wireflow.live/docs/what-techs-see-on-share-links): The view-only experience — canvas, tabs, presentation mode, and mobile readability. - [Exporting diagrams and tech packs](https://wireflow.live/docs/exporting-diagrams-and-tech-packs): PNG, PDF, cable schedules, Resolume export, and watermark behavior on Free vs Pro. - [Share tracking and revoking links](https://wireflow.live/docs/share-tracking-and-revocation): View counts, last opened time, and turning off access after the show. - [Best practices before sending](https://wireflow.live/docs/before-you-send-checklist): Final QA before share links or exports leave your inbox. ## Projects & Saving - [Save, update, and save as new](https://wireflow.live/docs/saving-updating-and-duplicating): The difference between updating a project in place and duplicating it for variants. - [How projects are organized](https://wireflow.live/docs/project-organization-and-naming): Dashboard structure, naming conventions, and finding diagrams, racks, and walls quickly. - [Versioning suggestions](https://wireflow.live/docs/versioning-your-documentation): Lightweight revision control without a full PLM system — rev numbers, changelogs, and archive habits. - [Gear lists from diagrams](https://wireflow.live/docs/gear-lists-from-diagrams): Generate equipment lists from diagram devices — Pro feature for quotes, pack lists, and client deliverables. - [Create a gear list from a diagram](https://wireflow.live/docs/gear-list-from-diagram): Hands-on: roll diagram devices into a Pro gear list from Export or the dashboard Gear List tab. ## Account, Plans & Limits - [Free plan limits](https://wireflow.live/docs/free-plan-limits): Editable diagrams, custom devices, sharing, exports, and what view-only mode means. - [Pro plan features](https://wireflow.live/docs/pro-plan-features): What paid Pro unlocks — builders, exports, sharing, and founding member pricing notes. - [Beta and promotional access](https://wireflow.live/docs/beta-and-promotional-access): Beta testers, complimentary Pro, founder access — and what is not guaranteed long-term. - [Storage and image upload limits](https://wireflow.live/docs/storage-and-upload-limits): Per-file size, images per project, total storage caps, and allowed file types. - [What happens when you reach a limit](https://wireflow.live/docs/reaching-a-limit): How WireFlow behaves when diagrams, storage, uploads, or sharing caps are hit. - [Connect WireFlow to Claude (MCP & API)](https://wireflow.live/docs/connect-wireflow-to-claude): Create an API key and let Claude — or your own scripts — list, read, build, and edit your WireFlow diagrams. ## Troubleshooting - [Image upload and save issues](https://wireflow.live/docs/troubleshooting-uploads-and-saves): Fix failed floor plans, device PNGs, storage quota errors, and diagrams that will not save. - [Underlay and floor plan issues](https://wireflow.live/docs/troubleshooting-underlays): Alignment, rotation, opacity, and performance when working over venue plans. - [Missing project or diagram](https://wireflow.live/docs/troubleshooting-missing-projects): When a project does not appear on the dashboard or opens the wrong file. - [Share link not working](https://wireflow.live/docs/troubleshooting-share-links): Recipient cannot open link, sees wrong revision, or link was revoked. - [Slow diagram performance](https://wireflow.live/docs/troubleshooting-performance): Laggy canvas, zoom stutter, and browser tips for large diagrams. - [Browser compatibility](https://wireflow.live/docs/troubleshooting-browser-compatibility): Supported browsers and known limitations for WireFlow web app. - [Login, logout, and contacting support](https://wireflow.live/docs/troubleshooting-account-and-support): Account access problems, billing login, and how to reach WireFlow support.