FAQ sur l'encodeur vidéo AV sur IP

Pour d'encodeur vidéo sur IP + 4Module G, nous recommandons d'utiliser le lecteur R380.

AV over IP Video Encoder 2090 FAQ – R380 player UI
Encodeur vidéo AV sur IP 2090 FAQ – Interface utilisateur du lecteur R380
AV over IP Video Encoder 2090 FAQ – R380 player UI remote viewing
Encodeur vidéo AV sur IP 2090 FAQ – Visualisation à distance de l’interface utilisateur du lecteur R380

Q: I need to connect to the LTE web UI to set up the required APN. My SIM uses a private APN and does not provide public Internet access, but it assigns a local IP address. I want to access this local IP to establish an RTSP stream from my office to a remote encoder over a 4G LTE connection. Est-ce pris en charge?

À l'heure actuelle, this use case is not fully supported in the current firmware.
APN Configuration Limitation
The current firmware does not support direct user configuration of the APN through the LTE web UI or the 4G module interface.
Current System Behavior
In the existing design, the APN settings are managed by the main SoC, which handles the dial-up process. Par conséquent, APN configuration must be performed through our encoder module rather than directly on the LTE module itself.
Network Access Consideration
In your scenario, since the SIM uses a private APN without Internet access and only provides a local IP, accessing the device (par ex., for RTSP streaming) depends on the operator’s private network routing. This requires proper APN configuration and network-side support to enable end-to-end connectivity.
Planned Improvement
Our engineering team is evaluating a firmware update to add user-configurable APN support. This enhancement will provide more flexibility for private network deployments such as yours. The estimated development timeline is approximately 7–10 days.

10 pcs encoder analog to digital converter
10 Encodeur PC convertisseur analogique-numérique

Q: How do I enable the TF card auto recording function?

UNE: To enable TF card auto recording, please log in to the device’s Web Configuration Interface and manually configure the recording settings.

You can follow these steps:

  1. Open the device Web UI in your browser.
  2. Aller à Paramètres ou Storage Configuration.
  3. Find the Enregistrement sur carte TF option.
  4. Enable or disable TF card recording as needed.
  5. Check the TF card status and capacity information:
    • Confirm whether the TF card is detected correctly.
    • Verify the available storage capacity.
    • Check if the TF card status shows Lisible ou Unformatted.

If the TF card is shown as Unformatted, please format the card before enabling recording.

Remarque: It is recommended to use a compatible, high-speed TF card for stable recording performance.

enable recording on tf card of cvbs to ip encoder board
enable recording on tf card of cvbs to ip encoder board
check TF card size to see enable recording setting ok or not
check TF card size to see enable recording setting ok or not

Question: CVBS to IP Encoder Switches to Black-and-White After Weak Signal

I am experiencing some issues with the TO IP encoder. I am using it to convert the signal from an analog video receiver (VRX). When the signal quality is good, the image is excellent and in color. toutefois, as soon as the signal from the receiver becomes weak for a short period of time, the converter board switches to black-and-white mode, and after that it is no longer possible to restore the color image automatically. How can this issue be resolved?

Répondre

Thank you for your feedback. This issue is usually caused by unstable or weak CVBS video signals from the analog receiver. When the signal temporarily drops below the decoder threshold, some standard CVBS-to-IP encoder boards may lose color synchronization (PAL/NTSC chroma lock) and remain in black-and-white mode even after the signal recovers.

To help us confirm the exact cause, could you please send us a photo of the encoder board you are currently using?

We also recommend using our newer upgraded model, which is specially designed for weak and unstable analog video signals. It features improved low-signal locking and more stable color recovery performance.

Product link:
CVBS to Ethernet IP Encoder – Stable in Weak Signal / Low Signal Lock Version

Advantages of the New Version

  • Better tolerance for weak analog video signals
  • Improved PAL/NTSC automatic detection
  • Faster recovery after signal interruption
  • Prevents permanent black-and-white mode after temporary signal loss
  • More stable operation for wireless VRX applications

Additional Suggestions

  1. Ensure the VRX output signal level is stable
  2. Use high-quality shielded CVBS cables
  3. Avoid excessive cable length or power interference
  4. Confirm that the video format (PAL ou NTSC) matches the encoder settings

Cartes de modules d'encodeur

Cartes de modules de décodeur

Disponible pour la personnalisation

Nouveaux produits d'encodeurs

Non. Nom du produit Configuration Principales caractéristiques Statut
1 Encodeur vidéo à lumière visible USB UVC double canal 2× Entrée USB Prend en charge l'encodage vidéo de la double caméra USB, et streaming RTSP; sortie CVBS/HDMI locale; modes d'affichage commutables Production de masse
2 Encodeur double canal (1× Lumière visible USB + 1× Caméra d'imagerie thermique USB) 2× Entrée USB Prend en charge une double caméra USB (visible + thermique) capturer, codage, et streaming RTSP; sortie CVBS/HDMI locale; modes d'affichage commutables Production de masse
3 Module d'affichage HDMI/CVBS du décodeur RTSP HDMI + Sortie CVBS Prend en charge le décodage de flux RTSP jusqu'à 4 × 1080P à 30 ips; Prise en charge du transfert de protocole de streaming vidéo; Affichage de la sortie HDMI/CVBS Échantillon disponible
4 Décodeur RTSP Module d'affichage HDMI/CVBS avec 4.3"/5" LCD sortie HDMI + écran LCD Prend en charge le décodage de flux RTSP jusqu'à 4 × 1080P à 30 ips; transfert de protocole; Affichage de la sortie HDMI/CVBS Débogage
5 Encodeur double canal (1× Lumière visible USB + 1× CVBS analogique) 1× CVBS + 1× Entrée USB-UVC Double vidéo (USB + CVBS), encodage et streaming RTSP; sortie CVBS/HDMI locale; modes d'affichage commutables Débogage
6 Encodeur double canal (1× USB-UVC + 1× AHD analogique) 1× AHD + 1× Entrée USB-UVC Double capture vidéo (USB + AHD), encodage et streaming RTSP; sortie CVBS/HDMI locale; modes d'affichage commutables Débogage
7 Encodeur double canal (1× CVBS + 1× Vidéo analogique AHD) CVBS + AHD 2 entrée vidéo Double capture vidéo analogique, encodage et streaming RTSP; sortie CVBS/HDMI locale; modes d'affichage commutables Débogage
8 Encodeur double canal (1× Caméra CMOS + 1× Caméra d'imagerie thermique USB) 1×Interface USB Prend en charge le CMOS + Capture par caméra thermique USB, encodage et streaming RTSP; sortie CVBS/HDMI locale; modes d'affichage commutables Production de masse

Pour des solutions de conversion d'entrée/sortie vidéo personnalisées non répertoriées dans nos produits, veuillez nous contacter pour le support OEM/ODM. Nous pouvons développer des produits sur mesure en fonction de vos besoins.

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