Bilgisayarınız Neden AV Videodan IP'ye Dönüştürücüye Bağlanamıyor?

When setting up an AV Video to IP Converter Board (such as an HDMI/AV/SDI to IP encoder), many users encounter the issue:

“My computer cannot connect to the encoder board.”

Çoğu durumda, the root cause is very simple:
your computer and the AV-to-IP converter board are not in the same subnet.

This article explains why this happens, how to check it, and how to resolve the issue quickly.


Why the Same Subnet Is Required

An AV Video to IP Converter Board provides video streams through:

  • Web configuration page
  • RTSP akışı
  • UDP multicast/unicast
  • ONVIF (destekleniyorsa)

All these methods require the computer to reach the board’s IP address directly.
If the converter board and your computer are in different network segments, the computer cannot locate the device.

Örneğin:

  • Encoder board IP: 192.168.1.188
  • Computer IP: 192.168.0.188

These two IP addresses are in different subnets.
The third octet (1 vs 0) does not match, so the devices cannot communicate.

Correct configuration should be:

  • Encoder board: 192.168.1.188
  • Computer: 192.168.1.50
  • Subnet mask: 255.255.255.0

Now both devices can communicate normally.


How to Check If They Are in the Same Subnet

With the most common subnet mask 255.255.255.0, simply compare the first three numbers:

CihazIP Address
AV → IP Encoder Board192.168.1.188
Computer192.168.1.X

If the first three octets match, they are in the same subnet.
Değilse, they cannot connect directly.


Common Real-World Scenarios

1. The Encoder Board Uses a Default Static IP

Most converter boards ship with a static IP such as:

  • 192.168.1.168
  • 192.168.1.100
  • 192.168.0.155

If your computer is using DHCP and gets an address like 192.168.0.55, you will not be able to access the board.

Çözüm:
Temporarily assign your computer a static IP such as 192.168.1.50, log in to the board, and reconfigure it if needed.


2. The Encoder Board Is Connected to a Router

If both the board and the computer are connected to the same router, the router normally assigns IPs in the same subnet.

Örnek:

  • Encoder board → 192.168.31.40
  • Computer → 192.168.31.80

Bu durumda, they are already in the same network and should connect without modification.


Quick Troubleshooting Steps

1. Ping the Encoder Board

Open a command prompt and type:

ping 192.168.x.x

If it does not respond, subnet mismatch is likely.

2. Check Your Computer’s IP

  • Windows: Run ipconfig
  • macOS: Check Network Preferences

Compare it to the encoder board’s default IP address.

3. Adjust Your Computer’s IP if Necessary

If the networks don’t match, set a temporary static IP in the encoder’s subnet.

4. If You Changed the Encoder’s IP and Forgot It

If you previously modified the IP address of the AV Video to IP Converter Board and later forgot it, you can still recover it easily. Connect the encoder board directly to your computer using an Ethernet cable, then download an IP Arama Aracı (sometimes called Device Search, IP Scanner, or Encoder Finder). Run the software and click Search.

IP Search Tool Ver-1.0.61
IP Arama Aracı Ver-1.0.61


If the encoder is powered on and properly connected, the tool should display its hardware information, including the current IP address of the board.


Practical Tips for Setup

  • Some encoder boards include a search/config tool that auto-detects devices even in different subnets.
  • Avoid IP conflicts by ensuring each device has its own unique IP.
  • If using multiple boards, label them with IP addresses for easier management.

Çözüm

Yes — your computer must be in the same subnet as your AV Video to IP Converter Board in order to access:

  • Web configuration page
  • RTSP akışı
  • UDP video
  • ONVIF services

If you cannot connect, the fastest solution is:

  1. Compare both IP addresses
  2. Check if the first three segments match
  3. Adjust your computer’s IP to the same subnet as the encoder board

Once both devices share the same network segment, the converter board will be easily accessible and all video streams will work normally.

Enkoder Modülleri Kartları

Dekoder Modülleri Kartları

Özelleştirmeye Uygun

Yeni Kodlayıcı Ürünleri

HAYIR. Ürün Adı Yapılandırma Key Features Durum
1 Çift Kanallı USB UVC Görünür Işık Video Kodlayıcı 2× USB girişi Çift USB kamera video kodlamasını destekler, ve RTSP akışı; yerel CVBS/HDMI çıkışı; switchable display modes Seri üretim
2 Çift Kanallı Kodlayıcı (1× USB Görünür Işık + 1× USB Termal Görüntüleme kamerası) 2× USB girişi Çift USB kamerayı destekler (görünür + termal) esir almak, kodlama, ve RTSP akışı; yerel CVBS/HDMI çıkışı; switchable display modes Seri üretim
3 RTSP Dekoder HDMI/CVBS Ekran Modülü HDMI + CVBS çıkışı 4×1080P@30fps'ye kadar RTSP akış kod çözmeyi destekler; Video akışı protokolü iletmeyi destekleyin; HDMI/CVBS çıkış ekranı Örnek Mevcut
4 RTSP Dekoder HDMI/CVBS Ekran Modülü 4.3"/5" LCD HDMI çıkışı + LCD ekran 4×1080P@30fps'ye kadar RTSP akış kod çözmeyi destekler; protokol iletimi; HDMI/CVBS çıkış ekranı Hata ayıklama
5 Çift Kanallı Kodlayıcı (1× USB Görünür Işık + 1× CVBS Analogu) 1× CVBS + 1× USB UVC girişi Çift video (USB + CVBS), kodlama ve RTSP akışı; yerel CVBS/HDMI çıkışı; switchable display modes Hata ayıklama
6 Çift Kanallı Kodlayıcı (1× USB UVC + 1× AHD Analog) 1× AHD + 1× USB UVC girişi Çift video yakalama (USB + AHD), kodlama ve RTSP akışı; yerel CVBS/HDMI çıkışı; switchable display modes Hata ayıklama
7 Çift Kanallı Kodlayıcı (1× CVBS + 1× AHD Analog Video) CVBS + AHD 2 video girişi Çift analog video yakalama, kodlama ve RTSP akışı; yerel CVBS/HDMI çıkışı; switchable display modes Hata ayıklama
8 Çift Kanallı Kodlayıcı (1× CMOS Kamera + 1× USB Termal Görüntüleme kamerası) 1× USB arayüzü CMOS'u destekler + USB termal kamera yakalama, kodlama ve RTSP akışı; yerel CVBS/HDMI çıkışı; switchable display modes Seri üretim

Ürünlerimizde listelenmeyen özelleştirilmiş video giriş/çıkış dönüştürme çözümleri için, OEM/ODM desteği için lütfen bizimle iletişime geçin. İhtiyaçlarınıza göre özel ürünler geliştirebiliriz.

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