Canon CR-N300 4K NDI PTZ Camera with 20x Zoom

Wireless operation of Canon CR-N300 4K NDI PTZ Camera and Clarity

At the foundation of operation, By selecting a Scene Setting, capture can be performed eliminating having to refine multiple settings inside the Canon CR-N300 4K NDI PTZ Body menu. This help a speedy configuration and configuration, allowing the operator to start shooting with notable picture expression.
If you're in requirement of a high-resolution, from a distance controllable imaging device for professional workflows with a small team, the satin black CR-N300 4K NDI PTZ Unit from Canon is a versatile selection. It's appropriate for multiple settings, comprising houses of worship, business conference rooms, government uses, courtrooms, broadcast broadcasting, events, and documentary sessions.
The Canon CR-N300 4K NDI PTZ includes Canon camcorder attributes like a 1/2.3" dual-pixel CMOS imager, Hybrid AF, Canon DIGIC DV6 picture processor, scene settings, 20x optical focal adjustment, 20x digital zoom, microphone source, and UHD 4K footage capture and output. Moreover, it delivers NDI|HX support eliminating the need for an extra license, making it simple to integrate into your existing NDI installation.

1/2.3" CMOS Dual-Pixel imaging sensor

The CR-N300 boasts a Canon 1/2.3" UHD 4K CMOS picture sensor, allowing it to acquisition UHD 4K footage at 30p and up to 60p in Full HD, making it a formidable selection for professional workflow. This PTZ camera additionally integrates Canon's DIGIC DV 6 Picture Processor, a crucial element that maintains top-notch picture quality, enhanced performance, and user-friendly operation. This next-generation core technology produces the computation power and speed necessary for capabilities like 4K UHD footage recording and accurate Hybrid AF.

Oversampling HD Processing of Canon CR-N300 4K NDI PTZ: Guide

Canon 4K UHD optics

The CR-N300 boasts a 20x optical focal adjustment lens and a 65.6° wide observation angle in 4K. The 29.3mm (35mm equivalent) optics excels in capturing broad scenes in confined spaces, such as indoor productions, for cinematic wide pictures. Aspheric lens elements maintain 4K picture quality whereas minimizing aberrations across the focal adjustment selection.
The CR-N300 is furnished with "Hybrid AF," a blend of high-precision contrast AF and high-speed phase-difference AF, preserving quicker and more dependable auto focus compared to contrast AF alone.

Smooth Responsive Pan / Tilt operation&

Four Scene Modes for Impressive video signal

The CR-N300 provides Scene Settings that supply four preset shooting settings appropriate for the desired use.
There are four types of Scene Settings:

• • Portrait mode—exhibits a blurred background while subject is in sharp focus
  • Sports mode—enhances capture of moving objects
  • Low-Light mode—enhances capture of bright images, even in dark places
  • Spotlight mode—enhances capture of beautiful images of spotlighted objects

Opting for a Scene Setting simplifies the acquisition process, removing the requirement for manual Imaging device menu adjustments. This streamlines configuration, enabling quick shooting with impressive image quality.

Webcam via USB Connection Canon CR-N300 4K NDI PTZ: Guide

The CR-N300 accommodates a range of link options such as USB, IP, SDI, and HDMI. It's fitted with USB Footage Class (UVC Ver. 1.1) and USB Audio Class (UAC Ver. 1.0), the standard for USB cameras and computers. This therefore enables easy footage and audio feed whenever connected to a compatible USB device.
No extra driver settings are needed whenever connecting to a computer. It can additionally function as a webcam whenever connected to a computer with a web conferencing use, delivering high-quality 1920 x 1080 full HD footage for heightened web conferencing.

Easy Integration into IP Streaming: Guide

Apart from SDI and HDMI ports, the CR-N300 incorporates a RJ45 connection for IP communication, enabling high-res footage distribution. It accommodates numerous protocols for footage, audio, and control. The authentic RC-IP100 controller employs the XC protocol to manage the CR-N300, and it's compatible with third-party devices. This IP configuration streamlines and streamlines camera operations in footage production and broadcast work, improving efficiency.

IP Multi-Stream compatibility Canon CR-N300 4K NDI PTZ

The CR-N300 can concurrently send footage across multiple IP protocols. This simultaneous spread, or multi-stream function, allows it to produce up to three footage streams at once. Whenever the HDMI/SDI footage feed is 30 fps or lower, the CR-N300 can transmit two footage streams simultaneously, built around 4K H.264 and 360p H.264. These IP multi-streams support parallel processes, enabling the use of the identical footage in off-site settings simultaneously.

RTMP Streaming Protocol Supported: Guide

The CR-N300 can stream footage and audio via RTMP (Real-Time Messaging Protocol), enabling immediate playback of high-quality or large footage and audio files, such as broadcast programs, eliminating the requirement to wait for the download to finish.
For instance, by setting up a live broadcasting service, audiences can availability the camera's spread URL to watch the live footage feed. RTMP streaming permits several audiences to simultaneously watch the program, even in off-site sites.

NDI|HX Live video signal Production compatibility Protocol

The CR-N300 is compatible with the commonly recognized NDI (Installation Device Connection) protocol, often used in footage production and broadcast work alongside RTP (Real-Time Transport Protocol). NewTek has spearheaded the development of NDI to facilitate live footage production processes over IP networks.
By extending a configuration with NDI-compatible devices and tools, operators can access footage and audio resources on the installation, comprising live capture device feeds, enabling a seamless "live footage workflow" process.

Standard VISCA Protocol in Canon CR-N300 4K NDI PTZ: Guide

The CR-N300 is compatible with the VISCA protocol, allowing off-site camera control via IP. Whenever a VISCA protocol-compatible off-site controller is connected to the unit through IP or serial RS-422, it permits remote body operation and adjustment of shooting settings. The VISCA protocol is a commonly accepted standard in several industries, including footage production and broadcast work. The CR-N300's support for this industry-standardized VISCA protocol maintains seamless integration into existing processes.

One Person Operation Canon XC Protocol: Guide&

The XC Protocol is a recent IP innovation for managing Canon footage production equipment. With XC Protocol support, the CR-N300 becomes from a distance operable, catering to a range of uses like sports, music, live productions, lecture capture, corporate footage workflow, and more.
The CR-N300 is controllable through IP, infrared, USB, and Wi-Fi. Canon's hardware controller, the RC-IP100, has the rating to manage up to 100 cameras and 100 presets, enabling crews to oversee several cameras in larger-scale workflows. The CR-N300 is an ideal selection for numerous uses in broadcast work, education, religious institutions, productions, stage workflows, and beyond.

Various Interfaces Supported for Multiple Environments: Guide

The CR-N300 has four feed interfaces. IP and HDMI feeds operate for UHD 4K at 30p or full HD at 59.94p. SDI is for high-quality footage at 59.94p, and USB is for full HD web conferencing.

High-Quality sound source connection/signal feed

The CR-N300 provides a method to capture and feed high-quality audio via a 3.5mm stereo mini-jack mic terminal.

All New construction of Canon CR-N300 4K NDI PTZ

The CR-N300 capture device stands out due to the unit's unique configuration. It incorporates a solid exterior with a cone-like shape that exudes both intensity and stability in a space-efficient form. This PTZ unit maintains a configuration consistency with other Canon professional image-capture products, such as the well-established Canon 4K capture device systems and lenses.
The CR-N300 is provided in two colour options, Satin Black and Titanium White.
Additionally, the CR-N300 comes fitted with tally lamps placed at the front of the optics section. These lamps turn red whenever the camera is actively capture, offering detailed image cues for both staff and performers to identify the live unit in use.

Wireless distance-based operation Supported

Besides the IP connection, the CR-N300 provides Wi-Fi interfacing for off-site access through a compatible HTTP browser on a cable-free tablet. Whenever working with several cameras, operators can control them by entering the respective camera's IP address in their tablet's web browser. Furthermore, the CR-N300 comes with an infrared off-site controller for cable-free camera control.

Discovery Tool and Easy-to-operation Settings Page

The CR-N300 incorporates a imaging device discovery tool, a Windows use employed to assign IP addresses to several cameras, supporting CR-N300 configuration in an existing network. Additionally, the unit provides support for the web-based "Settings Page" for off-site camera configuration. This enables users to refine footage quality settings, such as light levels and white equilibrium, from their desk whereas viewing the footage, enhancing off-site control convenience. Both the Capture device Search Tool and Settings Page enhance ease of use for off-site operation.

distance-based Camera operation Application

The CR-N300 can be managed through the Remote Camera Control Use, a Windows program developed for centralized control of several cameras. This use permits the simultaneous operation of up to nine cameras and footage screen, allowing for a "multi-camera operation." On a footage production or broadcast work location, an operator can choose a capture device from the videos listed in the "Connected Unit List" inside the use and control it from the software's "Unit Control Region" in the control panel. This software comes supplied and can be installed instantly, removing the requirement for a pre-existing hardware controller, simplifying operation for a single operator and improving efficiency.
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