Re: Rtsp Mpeg4 Sp Control Plugin 45

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Elpidio Heart

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Jul 13, 2024, 10:04:19 AM7/13/24

to ketrouresi

But fortunately there are some cloud based services that can do this job for us. One of the best is IPCamLive. This service can receive RTSP/H264 video stream from an IP Camera and can broadcast it to the viewers. IPCamLive has Flash/HTML5 video player component that will display the video on PC, MAC, tablet or mobile. The greatest thing is that this site generates the needed HTML snippet for embedding the live video like this:

Rtsp mpeg4 sp control plugin 45

Download https://ssurll.com/2yMGpE

I was looking for something very similar the other day (view my IP cam's RTSP video feed on a simple html page without any fancy ActiveX plugins). It is based on ffmpeg, NodeJS, NGINX (not mandatory but useful) and Node Media Server.

The description in the link is detailed and easy to follow, but I still had some tweaks to deal with before I got it to work (regarding endpoints on the NodeJS server). I asked Re-stream RTSP from IP cam with Node Media Server to http/ws and display it with html and received a good answer.

If you want to stream RTSP directly to web page, then I am afraid your only option is to use an ActiveX control viewer that comes with the camera. This is a direct connection IP Cam -> Viewer, and should really be the fastest. Not sure why you having issues; Axis ActiveX works pretty good for me.

However, this option is not really bandwidth-efficient and you can not serve multiple concurrent viewers (most of IP Cams have 10 viewers limit). The better option is to upload a single RTSP stream to centrally-hosted streaming server, which will convert your stream to RTMP/MPEG-TS and publish it to Flash players/Set-Top boxes.

Note: The above snippet uses the rtsp url format that is supported by my IP camera. So you need to get the same for your camera. You can get this information by consulting your camera vendor support. Also keep in mind that I tested it on Chrome (using an activeX plugin for Chrome) and other browsers (including mobile phone browsers) might not be supported.

One option would be to use some sort of streaming server/gateway. I tried various solutions (vlc, ffmpeg and a few more) and the one that worked best for me was Janus WebRTC server. It is somewhat difficult to set up, and you will have to compile it from source(when I tried it the version in Ubuntu repos didn't have RTSP support), but they have detailed compiling instructions and documentation on how to set everything up.

They implement a pipeline similar to Gstreamer in JS with the h264 depay in it. Note: the streaming consumed in the js is not directly rtsp but encapsulated into a ws:// by the library itself on a node.js rtsp-websocket proxy.

I have published project on Github that help you to stream ip/network camera on to web browser real time without plugin require, which I contributed to open source project under MIT License that might be matched to your need, here you go:

the Microsoft Mediaplayer can do all, you need.I use the MS Mediaservices of 2003 / 2008 Server to deliver Video as Broadcast and Unicast Stream.This Service could GET the Stream from the cam and Broadcast it. Than you have "only" the Problem to "Display" that Picture in ALL Browers at all OS-Systems

For purposes like this one I use VLC as a redistribution server. You said you get to catch the video with VLC? Right-click on the media in VLC, select "stream" and choose your options. You can also do it with command line, which gives you potential benefits of various option (transcoding, scaling, compressing, desinterlacing).Here is a batch that starts VLC distribution from source to its own 555 port (so you will have to type rstp://myvlcserveripaddress:555 in your src option on the webpage to get the stream)

All cameras that only provide JPEG support (designation ends in 0, such as AV1300) do not provide RTSP support. None of the Arecont Vision cameras supports Audio! Only TCP and UDP are allowed as transport protocols. No support of multicast for all Arecont Vision cameras.

For Arecont Vision, the setting of the steam is controlled solely via the RTSP request. To specify the request, open the camera in the browser and set up the camera as desired using the following menu:

The transport protocols TCP, UDP and multicast are supported. All three use the same URL. For multicast, the check box Use Camera Settings must be activated and the multicast-specific settings must be specified via the Web interface of the camera. Specification of the multicast parameters via the Universal RTSP plugin is not allowed by Axis.

BIP cameras, first-generation Basler cameras, can only provide one stream in H.264. Therefore, they cannot be used for dual streaming. All BIP2 camera models, second-generation Basler cameras, are dual-stream capable and can provide two and more H.264 streams.

The stream settings are made on the page shown. It is also important to pay attention to the settings under Global. Audio is supported as well, if camera is able. For detailed information, refer to the camera instructions.

For multicast, the Use Camera Settings check box must be activated and the multicast-specific settings must be specified via the Web interface of the camera. Specification of the multicast parameters via the Universal RTSP plugin is not allowed by Basler.

For CNB, there are different types of cameras with different RTSP-URLs. Up till now, only the following types have been tested and approved. Both types are dual-stream capable. MJPEG and H.264 are supported. Not MPEG4!

The configuration of the camera is performed via the website (see below). To activate the substream, the check mark Enable Dual-Codec must be selected. This is not always possible, however, and depends on a number of criteria. Refer to the camera instructions.

For multicast, the check box Use Camera Settings must be activated and the multicast-specific settings must be specified via the Web interface of the camera. Specification of the multicast parameters via the Universal RTSP plugin is not allowed by CNB.

So far, the type DS2CD852MF-E and DS-2CD854F-E could be tested from HIKVISION. These cameras provides both H.264 and JPEG over RTSP. For this application, firmware V2.0 110131 or higher is required. Audio is as well supported and by default activated.

For multicast, the "Use Camera Settings" check box must be activated and the multicast-specific settings must be specified via the Web interface of the camera. Specification of the multicast parameters via the Universal RTSP plugin is not allowed by Hitron.

With this plugin, only cameras that enable RTSP over TCP can be operated. This includes the IQ73xx, IQ83xx and IQD3xx models. Depending on the operating mode, these cameras can make dual streaming possible.

For multicast, the Use Camera Settings check box must be activated and the multicast-specific settings must be specified via the web interface of the camera. Specification of the multicast parameters via the Universal RTSP plugin is not allowed by IQinVision.

Samsung cameras also support audio. The User Admin always has the right to stream audio. All other users must be assigned this right.The transport protocols TCP, UDP and multicast are supported. All three use the same URL.

In principle, it is possible with these cameras to stream both streams, one H.264 and one JPEG stream, at the same time, in practice however, the cameras have demonstrated that they are prone to crashing in this mode. Therefore, only use one stream. Dual stream is also not recommended unless you select a low resolution for both JPEG as well as H.264.

These cameras are so-called 2-chip models and have the highest performance. It is possible to parameterize up to four different streams. These streams, however, are all dependent on each other and cannot be parameterized freely.

With the plugin it is possible to stream JPEG as well as H.264. The cameras also operate very well in dual-stream mode. To do so, it is necessary to parameterize two streams as shown here. It is also possible to use two H.264 or JPEG streams.

The transport protocols TCP, UDP and multicast are supported. All three use the same URL. For multicast, the Use Camera Settings check box must be deactivated and the multicast-specific settings must be specified via the Universal RTSP plugin.

If you need to stream your video from the webcam to your browser webpage.
To achieve this I have tried a few different ways but none of them is as good as converting RTSP to HLS and then pass to Browser.