رمزگذار CVBS به IP و ماژول رمزگشای IP به CVBS برای رله ویدیویی FPV

رمزگذار CVBS به IP و ماژول رمزگشای IP به CVBS برای رله ویدیویی FPV

سیستم انتقال ویدئو آنالوگ به IP FPV برای نظارت از راه دور از طریق کابل اترنت

Real-time FPV video relay via CVBS to IP encoder and IP to CVBS decoder modules

Long-Range FPV Streaming Solution with CVBS-to-IP and IP-to-CVBS Conversion

FPV Receiver + IP Encoder/Decoder for Network-Based Video Relay

Stream FPV Video Anywhere—From Analog to IP in Seconds.

Real-time FPV Monitoring Over LAN, 4جی, or Wi-Fi Networks.

Bridge the Gap: Convert CVBS to IP and Back to HDMI.

Remote FPV Access Made Easy—Plug, Encode, انتقال دهد, مشاهده کنید.

Deploy FPV Video Over Any Network—No Distance Limits.

Low-Latency IP Streaming for UAVs, در UGV, and Remote Cameras.

From Field to Control Room—Seamless FPV Video Relay.

Modular FPV Transmission System for Any Deployment Scenario.

Reliable analog-to-IP conversion for mission-critical video.

Your FPV Signal, Anywhere—Encoded, Streamed, and Displayed.

نمای کلی

This modular system enables real-time transmission of analog FPV (نمای اول شخص) video over IP networks, allowing remote monitoring, کنترل کنید, and display of UAV/UGV video feeds. Designed for flexibility and reliability, it converts CVBS or HDMI signals into IP streams via an encoder, transmits them over LAN/4G/Wi-Fi, and decodes them back to HDMI or CVBS for display. Ideal for long-range deployments, mobile operations, and mission-critical applications.

امکانات

• Converts analog FPV video to IP stream (H.264/H.265)
• Supports RTSP, RTMP, SRT protocols for flexible streaming
• Compatible with LAN, وای فای, and 4G cellular networks
• Real-time decoding to HDMI or CVBS for local display
• انتقال با تاخیر کم (<300ms پایان به انتها)
• Modular design for easy integration and customization
• Supports remote deployment and multi-client access
• Optional serial-over-IP for remote FPV receiver control

مشخصات

کاربرد

• UAV/UGV Remote Monitoring Transmit FPV video from drones or ground vehicles to control centers.
• بازرسی صنعتی Real-time video relay from hazardous or inaccessible environments.
• ایمنی عمومی & واکنش اضطراری Deployable video feeds for search & نجات, اجرای قانون, and disaster zones.
• پخش زنده & Event Coverage Stream analog camera feeds to remote production teams or online platforms.
• نظارت امنیتی Extend legacy analog systems into IP-based remote viewing networks.

Detailed Explanation of System Architecture

[FPV Receiver] → [IP Encoder] → 🌐 Network (LAN/4G/Wi-Fi) → [IP Decoder] → [HDMI/CVBS Display]

1. FPV Receiver (Analog Video Receiver), not including

• تابع: Receives analog video signals from UAVs or remote-controlled vehicles, typically via 5.8GHz RF transmission.
• فرمت خروجی: CVBS (PAL/NTSC); some models may support HDMI.
• Deployment Notes:
  • Diversity receivers (آنتن دوتایی) are recommended for improved signal stability.
  • Can be deployed as a relay node in elevated or fringe areas to extend coverage.
  • Supports frequency switching and gain adjustment; remote control interface is recommended for advanced setups.

2. IP Encoder (Analog-to-IP Video Converter) , Vcan2090s

• تابع: Converts analog video (CVBS or HDMI) into a digital IP stream using H.264 or H.265 compression.
• رابط های ورودی: CVBS (via BNC or AV jack), HDMI (اختیاری).
• Streaming Protocols: RTSP, RTMP, SRT, HTTP.
• Key Parameters:
  • Encoding format: H.264/H.265 (قابل انتخاب)
  • قطعنامه های پشتیبانی شده: 720×576 (SD) to 1920×1080 (HD)
  • تأخیر: توصیه می شود <150ms for real-time transmission
• Deployment Notes:
  • Configure static IP or enable DHCP.
  • Stream URL must match decoder or server settings.
  • Recommended modules: HiSilicon Hi3516, embedded encoder boards, or USB capture + software encoder (به عنوان مثال, OBS, VLC).

3. شبکه (LAN / 4جی / وای فای) , not including or choose our Vcan2090s-4G-Wi-Fi

• تابع: Transports the IP video stream from encoder to decoder.
• Options:
  • LAN: Ideal for local setups; stable and low latency.
  • وای فای: Suitable for short-range wireless deployment; prone to interference.
  • 4G/5G: Enables remote access; requires public IP or VPN tunneling.
• Deployment Notes:
  • Use 4G routers with public IP or virtual networking tools like ZeroTier.
  • Recommended bandwidth: ≥2 Mbps for SD, ≥5 Mbps for HD.
  • Implement QoS policies to prioritize video traffic.

4. IP Decoder (IP-to-Video Output Converter) Vcan2014

• تابع: Receives the IP video stream and decodes it into HDMI or CVBS output for display.
• Input Protocols: RTSP, SRT, HTTP, UDP.
• رابط های خروجی: HDMI (for HD display), CVBS (for legacy monitors).
• Key Parameters:
  • Decoding format: H.264/H.265
  • Resolution support: Must match encoder settings
  • Buffering: Supports adaptive buffering and jitter correction
• Deployment Notes:
  • Configure stream input (به عنوان مثال, rtsp://xxx.xxx.xxx.xxx/live)
  • Recommended devices: Kiloview D series, Teradek Cube, or Raspberry Pi with ffmpeg/gstreamer.
  • Supports multi-stream decoding and optional OSD overlay.

5. HDMI/CVBS Display (Video Output Device), not including

• تابع: Displays the decoded FPV video in real time.
• Interface Types:
  • HDMI: For modern HD monitors, TVs, or FPV terminals.
  • CVBS: For analog monitors or legacy display systems.
• Deployment Notes:
  • Ensure compatibility with decoder output resolution and format.
  • Optional features: ضبط کردن, screenshot capture, پوشش OSD.

پرسش و پاسخ

Q1: What are the main differences between AHD‑IPM‑V10 and AHD‑IPM‑V20?
A1: Please refer to the image for a visual comparison. The key improvements in the AHD‑IPM‑V20 are:

1. Reduced height network input transformer

2. Optimized layout for the video input interface

3. Optimized layout for the power input interface

Q2: Which model is recommended for procurement?
A2: Engineers recommend prioritizing the AHD‑IPM‑V20. It is easier to install and adjust height, making it more suitable for FPV applications.

Q3: What are the benefits of AHD‑IPM‑V20 over V10?
A3:

• Lower network input transformer height allows better mechanical compatibility.

• Optimized video input placement improves installation convenience.

• Power input interface is closer to the power circuit, reducing the chance of power noise interfering with the video signal.

Q4: Why should I choose AHD‑IPM‑V20 for FPV applications?
A4: Its improved layout and lower-profile design make integration into FPV systems easier, safer, and more reliable, minimizing interference and simplifying assembly.

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