# 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 (31 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 Pro at $14.99/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: 31 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): Free AV diagram software for wiring and signal flow diagrams. Port-aware connections catch bad patches, and cable schedules come from the same drawing. - [Broadcast signal flow](https://wireflow.live/broadcast-signal-flow-diagrams): Draw broadcast signal flow diagrams free: SDI cameras, ATEM switchers, and record paths wired port to port. Explore a sample show, no signup needed. - [AV system design](https://wireflow.live/av-system-design-software): Audio visual design software for AV system design: signal flow diagrams, rack elevations, LED wall plans, gear lists, and tech packs in one workspace. - [Visio alternative for AV](https://wireflow.live/visio-alternative-for-av): A Visio alternative for AV: port-aware diagrams that catch bad patches and generate cable schedules and gear lists. No stencils to hunt down. Start free. - [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, Pro at $14.99/month. - [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, ConnectCAD, Visio, Lucidchart, draw.io, H2R Gear, EasySchematic, and WireFlow 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. - [AI AV diagram software](https://wireflow.live/ai-av-diagram-software): Describe the show and Claude builds it in WireFlow: typed-port AV signal flow, cable schedules, power reports, and LED walls you can open and keep editing. Included with a paid plan. - [MCP server and REST API](https://wireflow.live/av-diagram-mcp-server): WireFlow's remote MCP server and REST API let Claude and your scripts read, build, check, and edit real AV diagrams, then pull cable schedules, power reports, and rack elevations with one API key. - [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/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 an AV cable schedule crews trust: the columns that matter, a cable ID scheme, honest lengths, a worked example, and a free CSV template to download. - [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 commissioning checklist by phase: pre-power checks, network bring-up, signal path verification, performance tests, and client 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 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 Server & API](https://wireflow.live/docs/connect-wireflow-to-claude): Set up the WireFlow MCP server: create an API key and let Claude, or your own scripts, list, read, build, and edit your AV 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.