| Availability: | |
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EH901

Parameters
| Product Name | H265 HDMI Video Encoder with OLED |
| Model | ZY-EH901 |
| Video | |
| Input Interface | 1×HDMI 1.4 |
| Support resolution | 1920*1080,1280*720,1280*800,1280*768,1024*768,1024*576, 960*540,850*480,800*600,720*576,720*540,720*480, 720*404,704*576,640*480,640*360,480*270,Auto |
| Frame rate | 5-60hz |
| HDCP | Support HDCP 1.4 |
| Output interface | 1×Ethernet port (RJ45), 1×HDMI 1.4 Loop-out |
| Video Encoding | H.265&H.264/MJPEG |
| Max bitrate | 16kbps- 12Mbps |
| Rate control | CBR/VBR |
| Audio | |
| Input interface | 1×External audio, HDMI built-in Audio |
| Output interface | 1×External audio |
| Audio Encoding | MP3/MP2/AAC/G711/AC3/EAAC/EAACPLUS |
| Bit-rate Option | 48K,64K,96K,128K,160K,192K,256K |
| Sampling Accuracy | 24 Bit |
| Audio Data-rate | 64Kb/s to 384Kb/s |
| Network | |
| RJ45 | 1000M Ethernet port |
| Program streaming | HTTP, RTSP, RTMP/RTMPS, SRT, HLS, FLV Multicast: UDP/RTP |
| Control Panel | Web panel (Language is English), remote upgrade |
| Firmware Update | Enable by uploading files to the dashboard |
| General | |
| Dimension(W*L*H) | 6.4*4.4*1.3in(163*111*32mm) |
| Gross Weight | 0.35kg |
| Temperature | -20~+60℃ (for working/storing) |
| Humidity | <90%, non-condensing |
| Input Voltage | DC 12V/1A |
| Power Consumption | 5W |
Diagram
Apply to TV programming, lecture capture, online courses, remote learning, course recording, broadcast meetings, Web training, remote pathology, telemedicine, conferences, concerts, sports, etc.
This can be applied in a wide range of scenarios. For instance, in TV programming, it can enhance the production quality and efficiency by enabling seamless integration of various elements. In lecture capture, it helps in accurately recording every detail of a lecture, ensuring that students can review it at their convenience. For online courses and remote learning, it provides the necessary technological support to deliver high - quality educational content over the internet. Course recording becomes more effective, allowing for easy storage and distribution of course materials.
During broadcast meetings, it ensures smooth communication and presentation of information to a large audience. Web training benefits from it as well, enabling trainers to reach a global audience. In remote pathology and telemedicine, it plays a crucial role in transmitting high - resolution medical images and facilitating real - time consultations.
Conferences can utilize this to expand their reach beyond the physical venue, allowing remote participation. Concerts and sports events can also make use of it to stream live content to a worldwide audience, enhancing the overall viewing experience. In short, it has applications in diverse fields such as TV programming, lecture capture, online courses, remote learning, course recording, broadcast meetings, Web training, remote pathology, telemedicine, conferences, concerts, and sports, among others.
