Canon CR-N500 13.4MP 4K UltraHD 15x PTZ Camera, Titanium White

About Canon CR-N500 Canon CR-N500 PTZ. Canon’s CR-N500 PTZ camera produces outstanding image quality and is equipped with powerful features and functions to be utilized in many industries including House of Worship, Education, Broadcast, Corporate, Events and more. The CR-N500 produces incredible 4K and HD image quality with the combination of a 1” CMOS sensor and DIGIC DV 6 image processor. These core components provide the image-processing power and speed that enables 4K UHD video acquisition, image stabilization and precise Dual Pixel CMOS AF. On-air pan and tilt movement is possible thanks to the smooth and responsive pan and tilt mechanism equipped with the CR-N500. The CR-N500 camera supports Canon’s new XC Protocol as well as Real-Time Messaging Streaming Protocol, NDI|HX Live Video Production Protocol, Standard (VISCA) Protocol and more. The CR-N500 can be controlled remotely by IP, Serial, IR or wirelessly via Wi-Fi. High Quality 4K 30P & FHD 60P Video Output. 1.0 Type CMOS Sensor. The CR-N500 features a Canon 1.0-inch 4K UHD CMOS image sensor capable of 4K UHD video capture at 30p and up to 60fps in Full HD, making the CR-N500 PTZ camera great for the remote and unobtrusive capture of professional productions. The CR-N500’s 1.0-inch sensor allows for larger photosites compared to smaller-sized sensors found in other PTZ cameras, resulting in stunning images with less noise in low-light situations. The larger sensor also exhibits a shallow depth of field at large apertures, producing a beautiful bokeh and blurred backgrounds in images, while Canon’s DAF tracks and keeps subjects in sharp focus. The CR-N500’s DIGIC DV 6 imaging engine drives the high sensitivity and low noise performance of the camera yielding amazing imagery in a variety of shooting conditions. DIGIC DV 6 Image Processor. The CR-N500 PTZ camera incorporates Canon’s DIGIC DV 6 Image Processor, which is essential in providing high image quality, advanced performance and convenient operability. This advanced core technology component provides the image-processing power and speed that enables features such as 4K UHD video acquisition and precise Dual Pixel CMOS AF. Dual Pixel CMOS AF. Dual Pixel CMOS AF is Canon’s breakthrough AF technology that uses a CMOS sensor with a structure that combines imaging and phase-difference AF functions. The Dual Pixel COMOS AF determines the focusing position by the phase difference, which drives the focusing lens smoothly and enables quick focusing. The AF tracking capability is effective even during zooming, panning or tilting. On the other hand, with conventional contrast AF method, used by other cameras, the focusing position is determined by the contrast (difference of brightness). Therefore, the focusing lens may move slightly back and forth around the focusing position, which could cause delay when focusing. Dual Pixel Focus Guide. Utilizing information from Dual Pixel CMOS AF, Dual Pixel Focus Guide helps achieve precise focus by displaying focus assist information on the screen. It employs a truly an innovative user interface that helps enable the user to see if they are focused in front of or behind the subject through visual observation, and allows quick and accurate manual focus to be achieved. This helps simplify the focusing process when shooting in 4K UHD, which requires strict focus accuracy. Face Detection & Tracking. The CR-N500 has multiple focus modes that aid the operator when confirming focus. When set to on, the Face Detection & Tracking can track the face of a subject when they are within a frame. Furthermore, there are two Face Detection options (Face Priority & Face Only). Face Priority will track a face within the scene, when a face is no longer within the scene, the camera will continue to focus within the predefined focus area. In the same way, the Face Only function will track the detected face within the scene, if the face is no longer within the scene, the camera will maintain its focus position without tracking for new objects. If more than one face is detected within a scene, the operator can toggle between detected faces. Both modes are useful when following a subject allowing the operator to focus on composition while the camera handles focus. Canon 4K UHD Lens. The CR-N500 features a 15x optical zoom lens and exhibits a wide viewing angle of 73 degrees (horizontal). At the wide end, the 25.5 mm lens is capable of capturing extensive scenes in tight shooting spaces such as indoor events for cinematic wide shots. The camera utilizes aspheric lens elements to achieve 4K image quality while minimizing various aberrations over the entire zoom range. Easily change the look of the image capture by utilizing a neutral-density filter. The CR-N500 is equipped with a built-in ND filter mechanism that allows the user to select from three densities: 1/4, 1/16 and 1/64. With the built-in ND filter, users can achieve rich video expression by controlling aperture values. Furthermore, the lens structure of the CR-N500 enables real-time responsiveness in a three-dimensional space, supporting optical image stabilization, which helps keep the image capture stable by minimizing vibration. Over Sampling HD Processing. The full HD recording (over sampling HD processing) takes full advantage of the image information acquired by Canon’s 4K sensor to generate beautiful high-definition full HD video. This helps content creators produce stunningly detailed FHD video when utilizing the CR-N500. Easy Integration Into IP Streaming. IP System. In addition to SDI and HDMI connections, the CR-N500 is equipped with an RJ-45 interface purposed for IP communication, which supports high-resolution videos for distribution. The CR-N500 supports multiple protocols that can be utilized for video, audio and control. The genuine RC-IP100 controller utilizes the XC protocol to control the CR-N500. The CR-N500 can also be combined with third-party equipment for control purposes. This IP system can help contribute to an efficient and labor-saving camera operations for the field of video production, broadcasting and more. IP Multi-Stream Support. The CR-N500 can simultaneously distribute video to multiple protocols via IP. Simultaneous distribution is also known as multi-stream, and the CR-N500 can distribute a total of three video streams simultaneously. Furthermore, if the HDMI/SDI video output is 30 fps or less, the CR-N500 can distribute two video streams, 4K H.264 and 360P H.264, at the same time. Such IP multi-streams contribute to parallel workflows where the same video is used simultaneously in remote environments. RTMP Streaming Protocol Supported. The CR-N500 is capable of streaming video and audio using RTMP (Real-Time Messaging Protocol). Even high quality/large capacity video/audio files such as broadcast programs are played at the same time as distribution without waiting for the completion of download. For example, by using a live streaming service, the viewer’s direct access to the distribution URL set on the camera will stream the “current video” captured by the camera. With the RTMP streaming distribution, multiple viewers can watch the program at the same time even in a remote environment. Live Video Production Support Protocol: NDI|HX The CR-N500 supports the NDI (Network Device Interface) protocol that is well-established in the field of video production and broadcasting as the supporting RTP (Real-time Transport Protocol). The NDI protocol has been developed and led by NewTek, Inc. as a protocol that supports the workflow of live video production over an IP network. By constructing a system that uses NDI protocol-compatible devices and tools, it is possible to use video and audio resources on the network, including live video from cameras. As a result, a “live video production” workflow is created. Standard (VISCA) Protocol Supported. The CR-N500 supports the Standard (VISCA) Protocol to remotely control the camera via IP. When connecting a Standard (VISCA) Protocol compatible controller to the camera over IP or serial (RS-422) the camera can be operated remotely and shooting settings can be adjusted through the controller. The Standard (VISCA) Protocol is widely used in video production, broadcasting and many other markets. The CR-N500 supports the standard (VISCA) protocol that is regarded as an industry standard and is suitable for operation within existing workflows.