Mini Video Transmitter for the camera in the drone or DLSR photography

迷你視訊傳輸器

帶寬:	2MHz/4MHz/8MHz	加密:	128 位元AES
修正機制:	32 CRC 位元, 自動重傳請求	調製:	時分雙工正交頻分複用
資料傳輸:	RS232/RS485/RS422	電源輸入:	直流7~17V
射頻介面:	MMCX	視訊編碼:	H.264
強調:	迷你無線發射器, 微型視訊傳輸器

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

迷你視訊傳輸器 介紹:

H.264 TDD_COFDM該產品是本公司最新推出的零延遲H.264 1080P高清無線傳輸設備, the uses advanced time division processing technology and leading COFDM modulation technology, 提供完整的雙向資料傳輸通道 (支援AES_128加密), 和超低延遲 (20多發性硬化症) 高畫質視訊傳輸通道, 即時的完美實現, 高速行動數據, 音訊視訊傳輸.

應用:

無人機系統的廣泛應用, 高速鐵路, 消防, 安全, 智慧控制, 以及其他複雜環境.

Mini Video Transmitter features:

提供超低延遲 (20多發性硬化症) 全高清1080P視訊傳輸

支援高達20Mbps的資料流, 自適應動態碼流分配技術

支援多種頻寬規定 (2米/4M/8/), 自適應調製, 和手動調製模式選擇

支援分集天線接收器

支援128位AES加密

支援透明PTP&PMD網路傳輸技術

支援非視距 (NLOS), 高速移動傳輸

提供標準RS-232 & RS-485 + RJ45 + 迷你HDMI接口

High-definition OLED panel digital display, 介面簡單易於操作

小型, 輕的, 低功耗

技術參數:

電源輸入	直流7~17V
耗電量	9W¯¯
目前的	12V_1A (滿載最大輸出功率)
乙太網路	10/100 基礎T, 自動MDI/X, IEEE 802.3 傳輸控制協定, UDP協定, TCP/IP, ARP, ICMP, 動態主機配置協定, HTTP協定, 簡單網路管理協議, 文件傳輸協定, 域名系統
視訊輸入	迷你HDMI接口, RJ45
資料輸入	RS-232&RS-485 RJ45
輸出頻率	2405MHz-2470MHz,步進1MHz可調
輸出功率	0資料庫管理,20dBm-30dBm
射頻天線介面	MMCX
帶寬	2.0 兆赫/4.0MHz/8.0MHz
加密	128 位元AES
糾偏機制	32 CRC 位元, 自動重傳請求
調製	時分雙工正交頻分複用, 時分雙工模式
視訊編碼	H.264
參數控制	透過調整OLED控制面板的參數
方面	77毫米*51毫米*24毫米
重量	120G

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

1. 選擇正確的頻率: 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, 請訪問 https://ivcan.com/c/video-transmission/ 或聯絡我們.

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