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

ミニビデオトランスミッター

帯域幅:	2MHZ/4MHz/8MHz	暗号化:	128 ビットAES
補正機構:	32 CRC のビット, ARQ	変調:	TDD_COFDM
データ送信:	RS232/RS485/RS422	電源入力:	DC7～17V
RFインターフェース:	MMCX	ビデオエンコーディング:	H.264
ハイライト:	ミニワイヤレス送信機, 小型ビデオ送信機

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

ミニビデオトランスミッター 導入:

H.264 TDD_COFDM 本製品は、当社がリリースした最新のゼロ遅延 H.264 1080P HD 無線伝送装置です。, the uses advanced time division processing technology and leading COFDM modulation technology, 完全な双方向データ伝送チャネルを提供する (AES_128暗号化をサポート), 超低遅延 (20ミズ) 高解像度ビデオ伝送チャネル, リアルタイムの完璧な実現, 高速モバイルデータ通信, オーディオとビデオの送信.

アプリケーション:

UAVシステムの幅広い用途, 高速鉄道, 消防, 安全, 諜報統制, およびその他の複雑な環境.

Mini Video Transmitter features:

超低遅延を実現 (20ミズ) フルHD 1080Pビデオ伝送

最大20Mbpsのデータフローをサポート, 適応型動的ストリーム割り当て技術

複数の帯域幅規制をサポート (2メートル/4メートル/8/), 適応変調, および手動変調モード選択

ダイバーシティアンテナ受信機をサポート

Support 128-bit AES encryption

透過PTPをサポート&PMDネットワーク伝送技術

視線外をサポート (NLOS), 高速モバイル通信

標準RS-232を提供 & RS-485 + RJ45 + ミニHDMIインターフェース

High-definition OLED panel digital display, シンプルなインターフェースで操作が簡単

小型, 軽量, 低消費電力

技術的パラメータ:

電源入力	DC7～17V
消費電力	9W
現在	12V_1A (全負荷最大出力電力)
イーサネット	10/100 BaseT, 自動MDI/X, IEEE 802.3 TCP, UDP, TCP/IP, ARP, ICMP, DHCP, HTTP, SNMP, FTP, DNS
ビデオ入力	ミニHDMIインターフェース, RJ45
データ入力	RS-232&RS-485 RJ45
出力周波数	2405MHz～2470MHz,1MHzステップで調整可能
出力電力	0dbm,20dBm～30dBm
RFアンテナインターフェース	MMCX
帯域幅	2.0 MHz/4.0MHz/8.0MHz
暗号化	128 ビットAES
補正機構	32 CRCのビット, ARQ
変調	TDD-COFDM, 時分割二重モード
ビデオエンコーディング	H.264
パラメータ制御	OLEDコントロールパネルのパラメータを調整することにより
大きさ	77ミリメートル*51ミリメートル*24ミリメートル
重量	120グラム

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

1. 適切な周波数を選択してください: 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, 訪問してください https://ivcan.com/c/video-transmission/ またはお問い合わせください.

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