PTZ (pan, tilt, zoom) cameras have various capabilities, variations, and applications. PTZ Cameras stand out for their remote control and for removing the need for manual adjustments. Canon’s lineup of PTZ cameras include different sizes, sensor types, and other features. Rusty Anderson and Matthew Irving from Canon explore their lineup and the various functions of PTZ cameras.

PTZ stands for pan, tilt, and zoom which indicate the camera’s capabilities. The cameras can be controlled remotely with a controller or with Canon’s web interface. The ability to control the camera without having to be near it allows you to place them strategically with optimizing your space available in mind.

Canon PTZ cameras vary in size and sensor capability. This impacts their performance in light gathering and zoom range. Smaller models with 0.5-inch sensors have a greater zoom range while larger models with a 1-inch sensor perform better in low light but have slightly less zoom. When considering which one to buy, take your venue’s size, lighting, and desired shots into account. Different PTZ cameras have different output options. These options will ultimately affect which cameras you deploy in your church.

All PTZ models in the Canon lineup support PoE (power over ethernet) through an ethernet connection. This simplifies installation and reduces the need for additional cabling. The CR-N700, however, requires PoE++ due to its higher power demands. Running these cameras via PoE does require specific PoE network switches. Choose the right camera and accessories that will integrate well into your setup. The focus should be on efficiency and user-friendliness.

Canon’s PTZ cameras support NDI-HX and Canon’s XC protocol. This allows for smooth integration with other systems and other Canon products. The cameras can be controlled and adjusted together in multi-camera setups, including some of Canon’s cinema camera line.