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ENC2 H 265 hevc hardware decoder which is studied, It is a 2-channel of 4K embedded video and audio hardware codec.ENC2 can receive external (for example: live stream from a surveillance camera RTSP ://192.168.0.68:8080) h 265,h 264 live streaming, after ENC2 hardware chip decoding, the working process of secondary coding through the chip is called hardware decoding and coding. Usually the industry calls this process transcoding(such as h 265 to h 264 video converter, or made to file that you want).
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ENC1 1080P HD h 265 video codec which is studied, It is a one channel of 1080P embedded video and audio hardware codec. It applies H 265 and H 264 encoding standard.Hardware h 265 encoders use independent SOC chips to encode and push video and audio signals, the ENC1 hevc hdmi video encoder encoding algorithm is used to transmit it to the network in the form of network packets. Since it only focuses on one thing, it is stable and has very low power consumption. As for video and audio quality, it mainly focuses on encoder main chip provider, please check my tweets. (I recommend ENC hevc hdmi video encoder,As shown in figure 3.1)
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ENC2 Pro Hdmi 4K h 265 video converter which is studied, It is a 2 channel of 4K 60P embedded video and audio hardware encoder and converter. ENC2 Pro Hdmi 4K h 265 video converter can receive external (for example: live stream from a surveillance camera RTSP ://192.168.2.168:9988) h 265,h 264 live streaming, after ENC2 Pro hardware chip decoding, the working process of secondary coding through the chip is called hardware decoding and coding. Usually the industry calls this process transcoding(such as h 265 to h 264 video converter, or made to file that you want).
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ENC2 H 265 hevc hardware decoder which is studied, It is a 2-channel of 4K embedded video and audio hardware codec.ENC2 can receive external (for example: live stream from a surveillance camera RTSP ://192.168.0.68:8080) h 265,h 264 live streaming, after ENC2 hardware chip decoding, the working process of secondary coding through the chip is called hardware decoding and coding. Usually the industry calls this process transcoding(such as h 265 to h 264 video converter, or made to file that you want).
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ENC5 IPTV head hevc compression,It supports 5 channels of dual code stream encoding output, with the highest supported resolution of 4K 30fps,it also supports the H 264 or H 265 compression standard.Hardware video encoders use independent SOC chips to encode and push video and audio signals, the ENC5 UltraHD h 264 h 265 hardware video encoder encoding algorithm is used to transmit it to the network in the form of network packets. Since it only focuses on one thing, it is stable and has very low power consumption. As for video and audio quality, it mainly focuses on encoder main chip provider, please check Chip algorithm evaluation.
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ENC2 4K H 265 hardware encoder and h 265 codec which is studied, It is a 2 channel of 4K 30fps h.265 embedded video and audio hardware encoder. 4k h 265 hardware encoders use independent SOC chips to encode and push video and audio signals, the ENC2 h 265 codec encoding algorithm is used to transmit it to the network in the form of network packets. Since it only focuses on one thing, it is stable and has very low power consumption. As for video and audio quality, it mainly focuses on encoder main chip provider, please check Chip algorithm evaluation.
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ENC1 1080P HD h 265 video codec which is studied, It is a one channel of 1080P embedded video and audio hardware codec. It applies H 265 and H 264 encoding standard.Hardware h 265 encoders use independent SOC chips to encode and push video and audio signals, the ENC1 hevc hdmi video encoder encoding algorithm is used to transmit it to the network in the form of network packets. Since it only focuses on one thing, it is stable and has very low power consumption. As for video and audio quality, it mainly focuses on encoder main chip provider, please check my tweets. (I recommend ENC hevc hdmi video encoder,As shown in figure 3.1)