ड्रोन या डीएलएसआर फोटोग्राफी में कैमरे के लिए मिनी वीडियो ट्रांसमीटर

मिनी वीडियो ट्रांसमीटर

Real-time mini Cofdm transmitter extra low latency full duplex data transceiver

मिनी वीडियो ट्रांसमीटर परिचय:

H.264 TDD_COFDM यह उत्पाद हमारी कंपनी द्वारा जारी नवीनतम शून्य-विलंबता H.264 1080P HD वायरलेस ट्रांसमिशन उपकरण है।, the uses advanced time division processing technology and leading COFDM modulation technology, संपूर्ण दो-तरफ़ा डेटा ट्रांसमिशन चैनल प्रदान करना (AES_128 एन्क्रिप्शन का समर्थन करता है), और अति-निम्न विलंबता (20सुश्री) हाई-डेफिनिशन वीडियो ट्रांसमिशन चैनल, वास्तविक समय का पूर्ण अहसास, हाई-स्पीड मोबाइल डेटा, ऑडियो और वीडियो प्रसारण.

अनुप्रयोगों:

यूएवी सिस्टम के लिए व्यापक अनुप्रयोग, हाई-स्पीड रेलवे, अग्निशमन, सुरक्षा, खुफिया नियंत्रण, और अन्य जटिल वातावरण.

Mini Video Transmitter features:

अति-निम्न विलंबता प्रदान करें (20सुश्री) फुल एचडी 1080पी वीडियो ट्रांसमिशन

20Mbps डेटा प्रवाह तक समर्थन, अनुकूली गतिशील स्ट्रीम आवंटन प्रौद्योगिकी

एकाधिक बैंडविड्थ नियमों का समर्थन करें (2एम/4एम/8/), अनुकूली मॉड्यूलेशन, और मैनुअल मॉड्यूलेशन मोड चयन

समर्थन विविधता एंटीना रिसीवर

128-बिट एईएस एन्क्रिप्शन का समर्थन करें

पारदर्शी पीटीपी का समर्थन करें&पीएमडी नेटवर्क ट्रांसमिशन तकनीक

दृष्टि की गैर-रेखा का समर्थन करें (NLOS), हाई-स्पीड मोबाइल ट्रांसमिशन

मानक आरएस-232 प्रदान करें & आरएस-485 + आरजे 45 + मिनी HDMI अंतरफलक

High-definition OLED panel digital display, सरल इंटरफ़ेस संचालन में आसान

छोटा आकार, हल्के, कम बिजली की खपत

तकनीकी मापदंड:

How to buy a best-done mini video transmitter and receiver for a UAV camera?

1. Choose the Right Frequency: When selecting a drone video transmitter, it is important to choose one that operates on the right frequency for your application. Different frequencies have different advantages and disadvantages, so it is important to select the one that best suits your needs.
2. Use an Antenna: An antenna is an essential component of any drone video transmitter. It helps to increase the range of the signal and improve the quality of the transmission. Make sure to select an antenna that is compatible with your transmitter and that is designed for the frequency you are using.
3. Use a High-Gain Antenna: High-gain antennas are designed to increase the range of the signal and improve the quality of the transmission. They are more expensive than standard antennas, but they are worth the investment if you need to transmit video over long distances. https://ivcan.com/price-list-for-wireless-video-transmitter-and-receiver-antenna/
4. Use a High-Power Transmitter: High-power transmitters are designed to send a stronger signal over greater distances. They are more expensive than standard transmitters, but they are worth the investment if you need to transmit video over long distances.
5. Use a Directional Antenna: Directional antennas are designed to focus the signal in a specific direction. This can help to reduce interference and improve the quality of the transmission.
6. Use a Low-Noise Amplifier: Low-noise amplifiers are designed to reduce interference and improve the quality of the transmission. They are more expensive than standard amplifiers, but they are worth the investment if you need to transmit video over long distances.
7. Use a Quality Video Encoder: A quality video encoder is essential for transmitting high-quality video. Make sure to select an encoder that is compatible with your transmitter and that is designed for the frequency you are using.
8. Use a Quality Video Compression Algorithm: A quality video compression algorithm is essential for transmitting high-quality video. Make sure to select an algorithm that is compatible with your transmitter and that is designed for the frequency you are using.
9. Use a Quality Video Streaming Protocol: A quality video streaming protocol is essential for transmitting high-quality video. Make sure to select a protocol that is compatible with your transmitter and that is designed for the frequency you are using.

For more details about Mini Video Transmitter, कृपया अवश्य पधारिए https://ivcan.com/c/video-transmission/ or contact us.

OFDM information at https://en.wikipedia.org/wiki/Orthogonal_frequency-division_multiplexing