"There is a separate version under development (available on request) which allows editing of some settings (port, credentials, etc.) via an XML file, but there is no configuration dialog or wizard, etc."
Interesting. I'm willing to bet it is like barebones development, get the product out the door and see how well it sells and we'll improve it if it does.
I know some VMSes like DVTel and DW Spectrum support recording the monitor the client is installed on. Have you had a chance to test those and compare to how well they work with something like this?
We have not tested any other screen recorders. The main reason we tested this one was that it is designed to work broadly with many systems. Proprietary screen recorders may be awesome but even if they are, it only is applicable to their limited customer base.
I understand. I was also thinking something like this program would be useful as an easy way to "import" precorded video files like MP4 or AVI into a VMS for show purposes, by simply playing them on the screen and recording it like a camera into the VMS, but the 720P limitation basically "limits" that option. I've tried streaming the files out as RTSP with VideoLan's VLC Player but could never get it to work.
If the surveillance industry were junior high school, ONVIF would be the kid everyone is always giving wedgies to :(
Not only do they have hundreds of cheap Chinese surveillance manufacturers co-opting their name/branding, now this bully comes along and just snatches up their name and uses it to name their flagship product.
I was too hasty in my answer. The parameters I provided would be to transmit via VLC a rtsp input stream, hence the ip 192.168.1.201.
This would require you to already have a software streaming your desktop via rtsp, which is the purpose of the software in this topic. In here VLC would just be a streaming server, using your pc so it could allow more connections.
Pre-dominantly , the compression used by proprietary screen recorder (Milestone) or Mentor in DVTEL are in MJPEG format and are limited to some limit of FPS. This might be due to the fact that they are ensuring the the captured screen do not go through too much compression before delivering to the VMS which in turns equate to higher hidden CPU on the source end.
Do you have any report on the amount of CPU usage used while the ONVIF screen "streamer" is compressing video and sending via RTSP
1080p60 Encoder is definitely expensive for video surveillance market but I believe it's worthy if you think about niche market such as medical, broadcasting etc.
Also I believe many units were installed with current VMSes as well due to Onvif. This is the key factor where this encoders were sold at that expense because there were not many 1080p60 Encoder/Decoder supported Onvif.
There are many input formats to feed and many protocols are supported on HW Encoder such as RTSP, RTP, MPEG-TS, RTMP.
If they make simple HDMI encoder, the price will go down a lot.