Monday, March 26, 2018

Microseven 6-22mm 3MP Manual Zoom Varifocal Len HD 1080P

Microseven 6-22mm 3MP Manual Zoom Varifocal Len HD 1080P SONY 1/2.8" CMOS Built-in Microphone & POE ONVIF Works with Alexa, WiFi IP Camera Outdoor 128GB, Free M7 Cloud &Live Streaming on microseven.tv

Unlike the Reolink 411ws this one has a manual zoom, 6 to 22 mm, and focus which means you set the sweet spot where you want it and it will stay there unlike the Reolink 411ws when it is loses power. Or as it is doing now, just reboots.

Technically the Microseven M7B77-WPSV1 would not focus at its full zoom. I pushed the focus to the max and then backed off the zoom till I got it to focus at a target about 65 feet away. 

Here are the shots for testing recognition at just over 100 feet. First the Reolink 411ws at full zoom looks like this

And Microseven M7B77-WPSV1 also at "full zoom" looks like this.

Right off you can see it is zoomed in tighter and clearer. But the rez is lower 1080p @ 3MP vs 1728p @ 5MP. If you zoom in on the pics though you see the higher optical zoom of the Microseven M7B77-WPSV1 (left) still looks a bit better. 

At about 200 feet the Reolink 411ws looks like

And the Microseven M7B77-WPSV1 like

Zooming in again they compare like this Microseven M7B77-WPSV1 left and Reolink 411ws right

Still neither is all that useful at 200 feet for license plate reading or face recognition.
At 165 feet it is almost usable. Though I'd say my beard looks a LOT longer in this pic than it is.

Night vision is better though


Zoomed in it still looks pretty good.

That building is 370 feet away.
Compare with this shot from the zoomed in Reolink 411ws

But then the Escam QD900 beat the Reolink 411ws in this test
Even with all the grain in the Escam shot might still edge out the others in this one case. Note however the Escam's night vision distance is very limited on its own so without the security light on that building. I should note in the Reolink vs Escam compare there was also an IR flood installed while in the Microseven M7B77-WPSV1 shots above no IR flood was used. For an idea of how well these illuminate here is a wide shot from the Reolink 411ws
Note the time and name are wrong because it has lost its config again.
Here is the same shot from the Microseven M7B77-WPSV1. Note the name and time display are turned off on it.

Paired together I think they give great coverage. If I only could have one I'd probably go with the Reolink 411ws given the fact fully zoomed in you still have a wider field of view while getting almost as good recognition abilities at distance. Note I did not include and zoomed out shots from the Microseven M7B77-WPSV1 because it focusing it can be a bit touchy and since it only goes down to 6 mm it still would not be as wide as a standard 70 degree lens at only 50 degrees. The Reolink 411ws above for comparison is 98 degrees.

One last shot to highlight a minor point the OSD of name and time are small and only have top and bottom as options. So in case that matter here is a shot with OSD turned on.

Generally I leave the camera's OSD (top) on as a backup to what Blue Iris has (at bottom). They often get off especially with DST. The Microseven M7B77-WPSV1 OSD I had not even noticed got turned off i earlier shots it is so hard to see.


Wednesday, February 14, 2018

Zoneminder eval as Blue Iris replacement

Intro

After getting feed up with Windows 10 issues I'm checking out Zoneminder. First things first start with a clean CentOS 7 install since I ran into all kinds of conflicts trying to install on boxes with other things already running. xrdp for instance will keep you from installing vlc which Zoneminder needs.

Update: if you just want to see a quick demo video of Zoneminder, iSpy and Blue Iris here a great one another guy did. And if you are thinking Synology Surveillance Station as an alternative you might want to watch the video Is the Synology Surveillance Station better than Blue Iris?

Installing base CentOS 7

Installing CentOS 7 with Gnome desktop

These instructions are great other than instead of minimal configuration, select Gnome desktop and select all sub packages, otherwise follow the instructions in the link
After it reboots accept the EULA and take defaults for basic config. Check for and install any outstanding updates.


The rest of the set up can be done remotely as root logged in via ssh

Create user with sudo access

adduser username
passwd username
If system uses the simple wheel group membership you can use
usermod -aG wheel username

Otherwise edit /etc/sudoers to get granular.

To avoid conflicts DO NOT install anything else before Zoneminder!

Install Zoneminder

Follow the instructions from here.

wget http://zmrepo.zoneminder.com/el/7/x86_64/zmrepo-7-9.el7.centos.noarch.rpm
sudo yum install --nogpgcheck zmrepo-7-9.el7.centos.noarch.rpm
sudo yum install zoneminder
less /usr/share/doc/zoneminder-*/README.Redhat7

The last line above is more instructions. Follow them with these caveats:
sudo dnf install mariadb-server should be
sudo yum install mariadb-server
Note it is important to install mariadb-server and NOT mysqld or try and use a remote db since this seems to currently keep Zomeminder from starting.
Note when you see something like
mysql -uroot -p -e "grant all on zm.* to \
                        'zmuser'@localhost identified by 'zmpass';"
It is better to enter as
mysql -uroot -p -e "grant all on zm.* to 'zmuser'@localhost identified by 'zmpass';"
since \ seems to get lost sometimes when copy pasting into ssh sessions.

At sudo systemctl start zoneminder is where you know if things worked.

Note if you want to be able to access Zoneminder other than from a browser on the box itself also run the commands
sudo firewall-cmd --permanent --zone=public --add-port=80/tcp
sudo firewall-cmd --permanent --zone=public --add-port=443/tcp
sudo firewall-cmd --reload

You can now go to the console via your browser. If you are on the box you can use the IP address of 127.0.0.1 otherwise substitute your server's IP address for 10.10.2.191 in this URL
https://10.10.2.191/zm/

Setting up cameras

For details check out the Getting Started section of the user guide. Note the set up section appears to be out of date as some of the tabs had different or more options when I setup a camera for this test.
Setup is not nearly as simple as Blue Iris which generally just figures it out from an IP address and a login. Since you will probably end up Googling what to use to make it work with your camera I won't go into steps here.

First impressions

I got Zoneminder to work by spinning up a new copy of CentOS 7 on one of my test PCs.
The broke bit I saw on my first try seems to be with it not seeing the DB because it is looking for an instance of Maria DB local (remote is also supposed to work) and does not see MySQL local either as equivalent.  Note they are functionally equiv and the OS saw the MySQL DB I had installed as newer version of Maria. There were also other software conflicts on other servers I tried that had other things installed like remote desktop for example which needed to be remove just to get it to install.

The interface is no where near as finished or as easy to use as Blue Iris. Plan on looking up what to put into config boxes and playing with options to get them to work. For example to configure the video stream on ZomeMinder per their Wiki looks like this

Note the Probe and ONVIF links are supposed to yield a list of config suggestions similar to what Blue Iris' inspect does but it returned nothing detected for the Amcrest. The presets option lists about 40 low resolution cameras. Amcrest was not even listed in the presets despite being on their Wiki. By comparison Blue Iris has more than 40 brands of cameras listed, many with many models.

The equivalent window on Blue Iris looks like this
Generic above was setup automatically by inspect though you could also select Amcrest. The configuration by selecting the brand and model looks quite different but seems to work equally well.


Load wise a single Amcrest 2K cam on Zoneminder appears to max out a Core 2.
Note that is streaming the one cam back to a browser but it was still nailed after stopping that stream.
You can see the spike where I logged back in via remote desktop to see the load and how it changed the load on the box very little.

For comparison that same camera plus 12 others are recording 24/7 with motion detection on the i7 server now with an average core load of 46%.

Granted the i7 is faster but not that much faster. About 3 times faster according to this.

Finally for me I'm looking for something that lets me have a monitor (3 actually) showing the cams so I can just glance up when I get an alert or hear the dogs barking that something is happening.

The Zoneminder interface seems to be oriented to record now and watch later. That is fine if that is all you need but if you want to be able actively monitor multiple cams it won't cut it.

Update

After trying:

  • moving the swap file to another hard drive
  • running hardware diagnostics 
  • Windows troubleshooters
  • trying fixes I found on line
  • reinstalling Blur Iris
  • and even swapping out the graphics card, since the symptoms were the Blue Iris console locking up and Windows programs not updating bits of the screen  

I ended up restoring from the restore disks which put the system back to Windows 7. After installing upgrades and all the software (Blue Iris, apcupsd, cygwin and ODrive) it is working great again. Kind of confirms it was a Windows 10 issue.