Canon CR-N300: Download the Latest Software and Firmware Updates
Canon CR-N300: A Versatile 4K PTZ Camera for Live Streaming and Content Creation
If you are looking for a professional and reliable PTZ camera that can deliver stunning 4K UHD video quality, smooth and responsive pan and tilt control, and support for a wide range of streaming and control protocols, you might want to check out the Canon CR-N300. This compact and versatile camera is designed to meet the needs of various industries and applications, such as house of worship, education, corporate events, broadcast, and live production. In this article, we will review the features, specifications, setup, and use cases of the Canon CR-N300 PTZ camera.
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What is the Canon CR-N300?
The Canon CR-N300 is a 4K UHD PTZ camera that features:
A 1/2.3" dual-pixel CMOS sensor
The Canon DIG!C DV6 image processor
20x optical zoom
20x digital zoom
Video capture and output up to UHD 4K
High-quality 4K 30p and Full HD 60P video output
Optical image stabilization
Renowned Canon color science
3G-SDI, HDMI, IP, and USB video out
Built-in NDIHX and SRT support
FreeD support for AR/VR system
Key features and specifications
The CR-N300 has a number of features that make it stand out among other PTZ cameras. Here are some of them:
Razor sharp 4K imageryThe CR-N300 has a 1/2.3-inch CMOS sensor with 8.29 megapixels that can capture up to 4K UHD video at 30p or up to 60p in Full HD. The sensor also has dual-pixel technology that enables fast and accurate hybrid autofocus.
20x optical zoom lensThe CR-N300 has a Canon 4K lens that exhibits a 20x optical zoom ratio that maintains a high level of precision throughout the zoom range. The lens also has an 8-bladed circular aperture that creates beautiful bokeh effects.
DIGIC DV6 processorThe CR-N300 incorporates the Canon DIGIC DV6 image processor, which is essential in providing high image quality, advanced performance, and convenient operability. The processor also supports scene modes that optimize the camera settings for different scenarios.
IP streaming and controlThe CR-N300 supports a wide range of IP streaming and control protocols, such as RTMP/RTMPS, NDIHX, RTP/RTSP, SRT, FreeD, and Canon's XC Protocol. These protocols enable flexible and seamless integration with various IP systems and platforms.
Hybrid AFThe CR-N300 has a hybrid autofocus system that combines high-precision contrast AF technology and high-speed phase-difference AF technology to confirm autofocus from the camera. This system achieves autofocus faster and more reliably than contrast AF alone.
Optical image stabilizerThe CR-N300 has an optical image stabilizer that compensates for camera shake and vibration, especially at long focal lengths. The stabilizer has three modes: standard, dynamic, and powered.
Canon color scienceThe CR-N300 inherits the renowned Canon color science that delivers natural and realistic colors, skin tones, and gradations. The camera also has a wide dynamic range mode that preserves details in both highlights and shadows.
Microphone inputThe CR-N300 has a 3.5mm stereo mini-jack that allows you to connect an external microphone for audio input. The camera also has a built-in microphone that can be used for reference audio.
Comparison with other Canon PTZ cameras
The CR-N300 is one of the three PTZ cameras that Canon offers, along with the CR-N500 and the CR-X500. Here is a brief comparison of their main differences:
ModelSensor sizeResolutionOptical zoomNDIHX supportPrice
The CR-N300 is the most affordable and versatile option among the three, as it supports NDIHX and has a longer zoom range. The CR-N500 and the CR-X500 have larger sensors and higher image quality, but they do not support NDIHX and have shorter zoom ranges. The CR-X500 is also weatherproof and dustproof, making it suitable for outdoor use.
How to set up and use the Canon CR-N300?
The CR-N300 is easy to set up and use, as it has multiple installation and connection options, streaming and control protocols, and add-on applications for enhanced functionality.
Installation and connection options
The CR-N300 can be installed in various ways, such as on a tripod, on a ceiling mount, or on a wall mount. The camera has a 1/4"-20 screw hole on the bottom and a 3/8"-16 screw hole on the top for mounting accessories. The camera also has a flip function that allows you to invert the image when installing the camera upside down.
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The CR-N300 can be connected to various devices and systems using different cables and ports. The camera has the following video output ports:
HDMI: Supports up to 4K UHD at 30p or Full HD at 60p.
3G-SDI: Supports up to Full HD at 60p.
RJ45: Supports IP streaming and control over Ethernet.
USB: Supports up to Full HD at 30p for web conferencing or recording.
The camera also has the following control ports:
RJ45: Supports RS-422 serial control or IP control over Ethernet.
RJ11: Supports RS-232 serial control.
MIC IN: Supports external microphone input.
AUDIO OUT: Supports analog audio output.
DC IN: Supports power supply input.
PoE+: Supports power over Ethernet plus (IEEE802.3at).
Streaming and control protocols
The CR-N300 supports a wide range of streaming and control protocols that enable flexible and seamless integration with various IP systems and platforms. Here are some of them:
RTMP/RTMPSA protocol for streaming video and audio over the internet to platforms such as YouTube, Facebook, Twitch, etc. RTMPS is the secure version of RTMP that uses SSL/TLS encryption.
A protocol for streaming video and audio over a network to devices such as computers, smartphones, tablets , etc. RTSP is a protocol for controlling the streaming session, such as play, pause, stop, etc.
NDIHXA protocol for streaming high-quality, low-latency video and audio over a network to devices that support the NDI protocol, such as switchers, recorders, monitors, etc. NDIHX is a compressed version of NDI that uses less bandwidth and CPU power.
SRTA protocol for streaming secure, reliable, and low-latency video and audio over the internet to platforms that support the SRT protocol, such as Haivision, Wowza, etc. SRT uses encryption and error correction to ensure the quality and security of the stream.
FreeDA protocol for streaming positional data of the camera over a network to devices that support the FreeD protocol, such as AR/VR systems, graphics engines, etc. FreeD enables the creation of realistic and immersive virtual environments using the camera's movement.
XC ProtocolA protocol for streaming and controlling multiple Canon PTZ cameras over a network using Canon's software applications, such as XC-IP Live View or XC-IP Auto Tracking. XC Prot