HD 3880HQ high definition color camera
The Hitachi VZ-HD 3880HQ is a communication-type color camera with the following features: - The image sensor was a 1/2.8-inch LCD sensor with a horizontal resolution of 900Tvl, a video resolution of about 2 million pixels, and a minimum illumination of 15Lx. - It had a 10x optical zoom, and the focal length of the lens was F = 3.5mm (wide angle)-35mm (far end), F1.8 (wide angle)- F3.0 (far end). - The video output interface is DDI-I (Digital Analo), and the control interface is RS -232c, RS - 422. - The power supply is DC12V, the maximum power consumption is 30W, the size is 187×141× 184mm, and the weight is about 1.4kg. - The working temperature range is 0 - 40 ° C, and the working humidity range is-20 - 60 ° C. - The product features include 4x digital zoom, 10mm wide angle, 470mm remote focus, auto/manual focus, auto exposure modes include auto/shutter AE/Iris AE/spotlight/whiteboard/dim light, shutter speed of 1/15 - 1/2400 seconds, auto/outdoor/indoor 1/indoor 2/fixed and other modes. Video signal support 1080p/60, 1080p/30, 1080i/60, 720p/60, 1080p/50. 1080p/25、1080i/50、720p/50。 Read more exciting novels for free
HD3800 HQ hitachi camera
The Hitachi VZ-HD 3800HQ is a communication-type color camera with the following features: - [Video resolution: 2 million resolution.] - Image sensor: 1/2.8-inch LCD sensor. - Horizontal resolution: 900Tvl. - [Lowest illumination: 15Lx] - Zooming power: 10x optical zoom. - Focus: F = 3.5mm (wide angle)-35mm (far end) F1.8 (wide angle)- F3.0 (far end). - Video output interface: DDI-I (Digital Analo), HDI-SD (Digital). - It was equipped with a high-definition HD LCD image sensor that could record high-definition images. - It uses a zooming lens with a horizontal angle of about 70°(Wide) - 7.8°(Tele) to achieve large-scale shooting from wide-angle to telephoto. It can shoot 40x telephoto with the digital zooming function. - It uses the standard DDI-I interface for video output, which is compatible with both digital and digital video output format. It also provides an HD -SDI-I interface suitable for long-distance transmission (in accordance with the SMPTE 292M serial digital interface specifications). - The pan and tilt structure can achieve quiet and high-speed movement response through the direct drive motor. - It has 255 sets of preset functions, and can store multiple pan/tilt/zoom positions and various camera function settings. The remote control can store and recall up to 32 sets of settings, and the external control function can store and recall up to 255 sets of settings. - In addition to the serial port of the USB port, the USB port also has a long-distance connection of the USB port of the USB port, which allows you to control the functions of the camera through external devices. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
PJ675 high definition camera
The Sony-HMD-PJ675 high-definition camera was launched in December 2015 and belonged to the high-definition camera type. It had 2.29 million effective pixelation and a maximum of 2.51 million pixelation. It used an Exmor R LCD sensor with a sensor size of 1/5.8 inches. It has 30x optical zoom and 350x digital zoom functions. The lens was a Sony-G lens with an actual focal length of f = 1.9 - 57.0mm. The equivalent focal length of 35mm was different in dynamic and static mode. In terms of focusing, it supports autofocus and manual focus. The closest focusing distance is about 1 - 80cm, the maximum aperture is F1.8 - F4.0, and the filter aperture is 46mm. For the shutter, the automatic shutter speed was 1/6 - 1/10000 seconds (manual shutter), and the standard shutter speed was 1/25 - 1/10000 seconds (manual aperture). White balance supports automatic, preset (one-button, outdoor, indoor), manual white balance, and other modes. There are various scene modes, including automatic, night, sunset, sunrise, and so on. In terms of recording format, the pictures were in the format of JPEG, and the videos were in the format of AVCHD ver.2.0 compatible with mpg4- AVC/h.264, MP4 (mpg- 4 AVC/H.264), XAVC S (mpg4- AVC/h.264), etc. The size and resolution of moving images and still images in different modes were regulated. In terms of functions, it had five-axis anti-shake (stable optical anti-shake intelligent enhancement mode), the image processor was BIONZX, the exposure control included measuring mode, exposure compensation, etc. There was a low-illumination mode, the backlighting compensation was automatic, the automatic aperture control was F1.8 - 10, and the manual aperture control was F1.8 - 10. The minimum illumination was 6 Lux (1/25 second shutter speed) in the standard mode, and 3 Lux (1/25 second shutter speed) in the low-illumination mode. The recording system supports multiple audio channels, built-in microphone, and a monophonic speaker. The interface included a multi-functional micro USB port, Mini Honey-Di interface, earphone jack, microphone input jack, and accessory jack. Storage type: Micro-SD/PD-FC/PD-XC memory card/Memory Stick Micro-Random Storage: 32GB, maximum supported capacity: 128GB. The reference price was 6248 yuan. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Ultra high definition camera software
The following are some ultra-high-definition photo software: 1. The camera software in the Huawei Pura 70 Ultra phone was the flagship model of video. The rear camera was luxurious and had XMage imaging technology. The main camera was 50 million pixelated, with a 1-inch large base. The ultra-wide angle lens was 40 million pixelated, and the telephoto lens was 50 million pixelated. The software algorithm was powerful, and it could automatically identify the scene and adjust the parameters to take ultra-high-definition photos. 2. The camera software in the iPhone 16 Pro Max phone had a rear main camera with 48 million pixels, a sensor size of 1/1.14 inches, an ultra-wide angle lens with 48 million pixels, and a telephoto lens with 12 million pixels. It ranked fourth in the world with a score of 157 points in the DxOMark evaluation. It had an improved photon conversion efficiency and HVR function, allowing it to take ultra-high-definition photos. 3. The camera software in the Vivo X100 Ultra phone had a rear main camera with 50 million pixels', an ultra-wide-angle lens with 50 million pixels', and a telephoto lens with 200 million pixels'. It used Zeiss T* coating and the world's first Zeiss 200 million APO super telephoto SensorHP 9 technology to take high-quality ultra-high-definition photos. 4. The photo pose collection v6.4.9, although the main function was to provide photo poses, as a photo assistant software, it could be used with a mobile phone camera for ultra-high definition photos. 5. The photo translation software v5.4.5 also required a certain degree of photo clarity when translating photos. It could achieve ultra-high-definition photos. 6. Photographic literacy software v1.3.0.3. During the process of photo literacy, you need to clearly image the text and have the ability to take ultra-high-definition photos. 7. The photo extraction software v4.1.1.926, in order to accurately extract words, the photo function can meet the requirements of ultra-high-definition photography. 8. Quickshot v1.0.7 was an android camera software that could be used for ultra-high definition photos. 9. The Elf camera had 28.97MB. It supported beauty effects and could also take ultra-high-definition photos. 10. The photo filter beautified the camera. It was a 127.72MB photographic image software. It had editing functions such as beauty, selfie, special effects, and filter. At the same time, it could also take photos in ultra-high definition. 11. In addition to the function of making pictures into a nine-grid, the nine-grid camera could also take pictures in ultra-high definition. 12. The Watermelon Watermark camera could add a variety of watermarks and also take ultra-high-definition photos. It was suitable for a variety of engineering photos, classification and filing. 13. The Mark Watermark camera was a professional watermark-based camera app. It could also take ultra-high-definition photos when taking photos with automatic fingerprint and other functions. Can't wait for the TV series of 'Savage Blade in the Snow'? Hurry up and read the wonderful original story!
High-definition surveillance camera avatar
High-definition integrated infrared camera
The high-definition infrared camera was a new generation of cameras that combined traditional cameras and network technology. The video resolution could reach 720P (1280*720) or 1080P (1920*1080). The high-end ones used the standard H.264 algorithm. Some of the million-pel network cameras based on the standard H.264 Main Profile algorithm used a 5-million-pel image sensor that supported high-definition simulation output. The resolution could reach 720Tvl broadcast quality. When the standard H.264 compression was used, the video file could be used to decode the video using a standard decode. It supported the direct playback of common playback software. The quality of the video was better than that of MPE4 at the same bit rate, and the bit rate was only half of that of MPE4 at the same picture quality. The camera had a built-in embedded chip and an embedded real-time operating system. After the video signal was digitized, it was compressed by a high-efficiency compression chip and transmitted to the Web server through the network bus. Internet users could directly view the image through the browser. The authorized user could also control the movement of the camera pan and tilt lens or operate the system configuration. It also had an infrared function, which could be used in night vision surveillance and other fields. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
High definition waterproof helmet camera
At present, there was an electric vehicle helmet inspection camera launched by the company. It had a waterproof and shockproof design and could work stably in various harsh environments. It also had a recording function that could record important information during driving. Fordite's smart helmet product, the MK1S chin, had an integrated video camera. Although it did not explicitly mention waterproof performance, it used a full carbon shell, integrated a number of technologies, and had good weight control. These helmet cameras met the needs of high-definition to a certain extent. For example, Fordite's smart helmet products could record 1080p@60fps video. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Sony small high-definition camera
Sony has a variety of small high-definition video cameras, some of which are as follows: - HDIR-CX405: It has optical image stabilization, supports 30x optical zoom, and also supports dual-camera recording. The price is 1849 yuan. While these cameras met the needs of high-definition shooting, they also had their own unique features to adapt to the needs of different users. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>