Video Monitors

Pick a screen size that matches your workspace and viewing distance—5–7 inches for on-camera use, 7–9 inches for a small rig or desktop, and larger only if you need studio reference. Choose resolution based on source and use: 1080p is common for HD monitoring; 4K-capable monitors are useful if you work with 4K footage or need oversampling and more detail

Look for HDMI and SDI inputs as the most common video sources; some monitors also include composite or component. Useful outputs include HDMI loop-through or SDI loop for feeding other devices, plus USB or SD card slots for firmware updates and media playback

Prioritize monitors with good color gamut coverage (sRGB/Rec.709), adjustable color calibration or LUT support, and features like waveform, vectorscope, false color, and focus peaking to assist exposure and focus. A monitor that accepts 3D LUTs helps maintain color accuracy across workflows

Check if the monitor supports common battery plates (e.g., Sony NP-F, V-mount or Gold Mount) and if it offers DC input for external power. Battery life varies widely, so look for models with external battery support or AC adapters if you need long runtime

Choose a monitor with standard mounting points such as 1/4-20 threads and cold shoe or ARRI-style mounts for flexibility. Consider weight and whether the housing is metal or plastic—metal is more durable for heavy-duty use, while lightweight plastic can help keep a rig balanced

Budget monitors are commonly available under $200 and typically offer basic HDMI input, decent 1080p panels, and essential tools like peaking and histogram; trade-offs include smaller color gamuts, lower brightness, fewer connectivity options, and limited calibration/LUT support

Keep the screen and connectors clean using a microfiber cloth and appropriate electronics cleaner, avoid exposing the monitor to extreme temperatures or moisture, update firmware from the manufacturer when available, and store with protective covers to prevent scratches and dust accumulation