Broadcast Engineering & Live Production Tools

Draft SuperSource box layouts and reviewable position, scale and crop XML.

Use it when: You want to prepare a layout before validating it on the exact ATEM model and software version.

Compare practical signal paths across HDMI, SDI, NDI and SRT workflows.

Use it when: You need a sensible starting topology for a camera, laptop, local distribution or internet contribution job.

Show local time of day and a reload-safe target countdown on a clean production display.

Use it when: You need a device-local clock or countdown in a studio, gallery or multiviewer.

Estimate uncompressed active-image payload and per-fabric capacity for ST 2110-20 video flows.

Use it when: You are sketching link and fabric capacity before checking the complete engineered overhead and device profiles.

Model an RTT-based SRT latency starting point and the corresponding buffer capacity.

Use it when: You need an initial value to test against real jitter, loss and endpoint behavior.

Add documented optical losses and margin to check a proposed fiber link budget.

Use it when: You are planning or troubleshooting an optical run and have the actual optic and path values.

Play a flash-and-blip reference, then convert an observed frame or millisecond offset into a correction direction.

Use it when: You can record or monitor the real programme output and need to work out which path needs delay.

Run a repeating flash-and-beep reference for subjective comparison through a real display, camera and microphone path.

Use it when: You need a simple reference pattern, not an automatic calibration instrument.

Visualize the difference between video timing alignment and timecode labels.

Use it when: You need to explain or check which synchronization problem a workflow is actually solving.

Convert entered buffer stages and Dante receive latency into milliseconds and frame equivalents.

Use it when: You know the component values and need planning math before measuring the complete audio path.

Build a conditional review of EEE, QoS, multicast, IGMP, PTP, topology and redundancy prerequisites.

Use it when: You are preparing a switch or network review and want a checklist, not generated configuration commands.

Generate defined dBFS tones, routing checks, sweeps, noise and PCM WAV files, or inspect a real browser audio input.

Use it when: You need a known digital reference or browser-visible Peak, RMS, spectrum and stereo-correlation checks without claiming analogue calibration.

Estimate near and far focus limits, total depth of field and hyperfocal distance from entered camera values.

Use it when: You are comparing lens, aperture and focus-distance choices before checking the real camera and lens.

Convert an exact active image area and focal length into matching field-of-view values.

Use it when: You are matching a real camera mode to an Unreal Cine Camera starting point.

Convert LED wall dimensions and pixel pitch into an idealized raster, density, area and pixel count.

Use it when: You need early LED-volume sizing math before checking cabinet and processor constraints.

Add measured or documented tracking, render, processing and camera delays and convert the total into frame equivalents.

Use it when: You are recording known stage contributions; the worksheet does not measure or calibrate them.

Estimate video throughput and storage from resolution, frame rate, codec and the tool's visible assumptions.

Use it when: You are planning a stream or recording and need a comparable bitrate starting point.

Compare duration, frame count, timecode drift and audio pitch change when conforming between common frame rates.

Use it when: You need to check the numerical effect of a frame-rate conform before choosing the conversion workflow.

Add entered capture, encode, transport, decode and player-buffer stages into a glass-to-glass planning estimate.

Use it when: You want to compare RTMP, SRT, WebRTC or HLS workflow assumptions before measuring the real chain.

Test a local multi-camera RCP-style shading surface with model-specific Panasonic and Sony controls.

Use it when: You can test real AW-UE160, AW-UE100 or ILME-FR7 hardware and report browser/network behavior.

Test one local multi-camera PTZ surface using reviewed Panasonic and Sony command adapters.

Use it when: You can test camera movement, zoom, focus, presets and supported exposure controls on the local network.

Build Companion pages from supported module-backed systems and function blocks, then export a test configuration.

Use it when: You want to test a faster page-building workflow in an existing Companion setup.

Test the unfinished remote, vMix, CasparCG and private-network integration paths for Production Clock.

Use it when: You specifically want to test integration behavior; the stable local clock is a separate core tool.