The maximum crossover distance with a CAT5 cable is 100 m.rn

Motion detection takes place by selecting an area on your screen for motion triggering.
Motion in the selected area will be registered as a change of pixel. Whether a low% number of pixels in the selected area change, or a high% decides if a ‘motion’ is seen, and if the detection is triggered.

So when you want to have a high sensitivity it’s best to select a small area (like a part of a door that has be opened for someone to enter)

When for instance clouds pass over and change the light and cause triggering of the motion detection, play around with the size of the selected area and place to get a good balance for triggering sensitivity.

When the standard motion detection is giving you problems (false alarms) and it is very important you don’t get fake triggering, you can use the IP Robocam 10, 11, 21, 541, 641. The IP camera’s have a GPIO (general purpose input output) connector and can be used with an hardware motion sensor (PIR).

Yes.

You can adjust the focus of the camera by turning the lens by hand.

Depending on your modem it often is possible to install Dynamic DNS.
Check for instance:

• http://www.dyndns.com/
• http://www.no-ip.com/services/managed_dns/plus_dynamic_dns.html 
• http://www.2mydns.com/

Yes, the image of the camera is reversible. That is why you can mount the camera for instance on the ceiling.

You can set WEP 64/128 bit, WPA (TKIP) and WPA2.

As long as you wish to view the camera images within your home network, you can easily do so by entering the internal IP address of the camera into a web browser.

In almost all cases, your home network is connected to the internet via an ADSL modem. You can access the internet from your home network via this modem. In order to safeguard your personal details, almost all modems are set up so that your network cannot be accessed from the internet.
In addition, the camera’s internal IP address is not known on the internet.

In order to allow you to access your IP camera via the internet, you must set up your modem so that it sends any contact received from the internet onto your camera. Sending on IP traffic in the modem is often referred to as N.A.T. (Network Address Translator) or Port Forwarding.

If you enter the IP address of your internet connection when you are on the internet (and not your camera’s IP address) contact will be sought with your modem. This so-called ‘http request’ usually goes to port 80.
Your modem must send this request onto your camera’s internal IP address.
In your modem's instructions, click on how to set Port Forwarding (see also www.portforward.com for more information). Some internet subscriptions do not allow you to set Port Forwarding on your modem yourself and in this instance you will have to contact your internet provider's helpdesk.

You must set your modem so that, if port 80 is called from the internet, it is sent onto port 80 of your camera’s internal IP address.
Tip: The internet address of your connection can easily be ascertained by going to www.whatismyip.com. 

Just like wired networks, Wi-Fi networks are a shared medium. For example, an 802.11b Wi-Fi network can provide 11 Mbps bandwidth to a single user. When there are 10 active users the bandwidth is shared and each user only has access, to for example, 1 Mpbs in that case. Unfortunately things are not always quite that simple. Much depends on user behaviour. If a user only uses the network for sending e-mail it will probably not cause any perceptible network delays. If multiple users simultaneously use high resolution multimedia applications however, you will probably experience noticeable network delays. In this case more or higher speed access points will be required, such as 802.11g or 802.11n.

Make sure the camera has the same SSID, encryption mode and key as your router.

The maximum crossover distance with a CAT5 cable is 100 m.rn

You can adjust the focus of the camera by turning the lens by hand.

Motion detection takes place by selecting an area on your screen for motion triggering.
Motion in the selected area will be registered as a change of pixel. Whether a low% number of pixels in the selected area change, or a high% decides if a ‘motion’ is seen, and if the detection is triggered.

So when you want to have a high sensitivity it’s best to select a small area (like a part of a door that has be opened for someone to enter)

When for instance clouds pass over and change the light and cause triggering of the motion detection, play around with the size of the selected area and place to get a good balance for triggering sensitivity.

When the standard motion detection is giving you problems (false alarms) and it is very important you don’t get fake triggering, you can use the IP Robocam 10, 11, 21, 541, 641. The IP camera’s have a GPIO (general purpose input output) connector and can be used with an hardware motion sensor (PIR).

Depending on your modem it often is possible to install Dynamic DNS.
Check for instance:

• http://www.dyndns.com/
• http://www.no-ip.com/services/managed_dns/plus_dynamic_dns.html 
• http://www.2mydns.com/

Set the camera to ‘outdoor' mode

Yes you can. But you must first configure the camera properly. To do this, you must connect the camera to a network connection. You can access the camera with the programme IPFinder.

Go to setup > motion detect and set this up correctly. (See advanced installation guide)
Then go to setup > event config > motion trigger, and ensure that enable and save image to USB are checked. Then go to setup > USB and indicate what must happen if the recording memory is full:
Stop recording, or Recycle – delete oldest folder.
Then install the camera at the location where you have no network, install a USB stick and connect the adapter. The camera will now also save the image to the USB stick every time there is movement.
If you want to see the images, press the Unmount button at the back of the camera. Hold this button in for about 4 seconds until the green LED goes on again. You can then disconnect the USB stick.
You can then watch the images on a PC or, for example, a photo frame with USB connection.
Once you have seen the images, connect the USB stick to the camera again.
The camera will then continue to record images.
The images will be saved to the USB stick in a file, the name of which is the current date. This allows a new file to be created every day. If you have opted for Recycle, the camera will continue to save a few days of images dependend of the space available.
This, of course, also works if you have connected the camera to a network connection. 

No, you can view the images with your internet browser (for instance Internet Explorer). So you can view the images wherever an internet connection is present.

It could occur that the proper CODEC (XVID) for MPEG4 files is not installed on your PC.

You can download the Xvid Codec at the following address: http://www.xvid.org/

You could also choose to record the files with MJPEG compression. Your files however will become 3 times as large. 

Make sure you are using a telephone which supports 3GPP and enter the following IP address: rtsp://ipadres/3gp, for example: rtsp://ipea.marmitek.com/3gp

Make sure to set the 3GPP setting of the camera correctly. This is Disabled by default. (set-up > Video/Audio > Video)

Set the camera to ‘outdoor' mode

The IP RoboCam 21 has IR LEDs so that it can see in the dark. If the camera is placed in the Robodome10 and the LEDs go on because it gets dark, these will be reflected in the glass. If you still want to use the external housing, you will have to cover the LEDs with tape. With the GPIO connection you have the option to switch on external (IR) lighting so that you can see in the dark.

No, you can view the images with your internet browser (for instance Internet Explorer). So you can view the images wherever an internet connection is present.

You can set WEP 64/128 bit, WPA (TKIP) and WPA2.

As long as you wish to view the camera images within your home network, you can easily do so by entering the internal IP address of the camera into a web browser.

In almost all cases, your home network is connected to the internet via an ADSL modem. You can access the internet from your home network via this modem. In order to safeguard your personal details, almost all modems are set up so that your network cannot be accessed from the internet.
In addition, the camera’s internal IP address is not known on the internet.

In order to allow you to access your IP camera via the internet, you must set up your modem so that it sends any contact received from the internet onto your camera. Sending on IP traffic in the modem is often referred to as N.A.T. (Network Address Translator) or Port Forwarding.

If you enter the IP address of your internet connection when you are on the internet (and not your camera’s IP address) contact will be sought with your modem. This so-called ‘http request’ usually goes to port 80.
Your modem must send this request onto your camera’s internal IP address.
In your modem's instructions, click on how to set Port Forwarding (see also www.portforward.com for more information). Some internet subscriptions do not allow you to set Port Forwarding on your modem yourself and in this instance you will have to contact your internet provider's helpdesk.

You must set your modem so that, if port 80 is called from the internet, it is sent onto port 80 of your camera’s internal IP address.
Tip: The internet address of your connection can easily be ascertained by going to www.whatismyip.com. 

Start Realplayer and go to File, Open.
Enter the following: ipaddress/mpeg4 rn(For example: ipeyeanywhere.marmitek.com/mpeg4) 

The maximum crossover distance with a CAT5 cable is 100 m.rn

Just like wired networks, Wi-Fi networks are a shared medium. For example, an 802.11b Wi-Fi network can provide 11 Mbps bandwidth to a single user. When there are 10 active users the bandwidth is shared and each user only has access, to for example, 1 Mpbs in that case. Unfortunately things are not always quite that simple. Much depends on user behaviour. If a user only uses the network for sending e-mail it will probably not cause any perceptible network delays. If multiple users simultaneously use high resolution multimedia applications however, you will probably experience noticeable network delays. In this case more or higher speed access points will be required, such as 802.11g or 802.11n.

Make sure the camera has the same SSID, encryption mode and key as your router.

Make sure you are using a telephone which supports 3GPP and enter the following IP address: rtsp://ipadres/3gp, for example: rtsp://ipea.marmitek.com/3gp

Make sure to set the 3GPP setting of the camera correctly. This is Disabled by default. (set-up > Video/Audio > Video)

Your camera supports the 3GPP protocol.

In order to see moving images, your phone must also support 3gpp.
If your phone does not support this, moving images will not be possible.
If you can open web pages with your phone, you can see the latest image from your camera at the following address:
http://{USER_ID}:{PASSWORD}@{CAMERA_IP}/cgi/jpg/image.cgi
If your phone does support 3gpp,
Enter the following address into the browser on your telephone:
rtsp://{CAMERA_IP}:554/3gp
The telephone uses port 554 to connect with the camera and shows the images via your 3gpp viewer.
In the router to which the camera is connected, port 554 must therefore refer to the camera’s IP address.
Some phones struggle with a port number under one thousand. If it does not work, amend 554 to a higher number.
You must make this change in the camera as well as in the router.

Yes you can. You will, however, need software from a third party for this purpose.
In the Android Market, you can search for IP Cam Viewer.
A Lite version of this is also available and this is free for a maximum of 4 cameras. 

Yes you can. You will, however, need software from a third party for this purpose.

In the App store, for example, the IP Vision package is available for a few Euros:
http://www.ttrix.com/apple/iphone/ipvision/ipvision.html
Once the software is installed, enter the following:
Protocol: http
Host: ip address (WAN IP address.)
Port: port number (for the camera standard 80. Ensure that your router NAT is set to the camera)
Userid: userid (of the camera)
Password: password (of the camera)
Path: /cgi/jpg/image.cgi

Yes you can. You will, however, need software from a third party for this purpose.

In BlackBerry App world, you can search for IP Camera.
IP Camera Viewer supports all of our cameras.

Yes you can. You will, however, need software from a third party for this purpose.

You can search for IP Camera in the Ovi Store.

Mobiscope Video from Webcams supports all of our cameras. 

As long as you wish to view the camera images within your home network, you can easily do so by entering the internal IP address of the camera into a web browser.

In almost all cases, your home network is connected to the internet via an ADSL modem. You can access the internet from your home network via this modem. In order to safeguard your personal details, almost all modems are set up so that your network cannot be accessed from the internet.
In addition, the camera’s internal IP address is not known on the internet.

In order to allow you to access your IP camera via the internet, you must set up your modem so that it sends any contact received from the internet onto your camera. Sending on IP traffic in the modem is often referred to as N.A.T. (Network Address Translator) or Port Forwarding.

If you enter the IP address of your internet connection when you are on the internet (and not your camera’s IP address) contact will be sought with your modem. This so-called ‘http request’ usually goes to port 80.
Your modem must send this request onto your camera’s internal IP address.
In your modem's instructions, click on how to set Port Forwarding (see also www.portforward.com for more information). Some internet subscriptions do not allow you to set Port Forwarding on your modem yourself and in this instance you will have to contact your internet provider's helpdesk.

You must set your modem so that, if port 80 is called from the internet, it is sent onto port 80 of your camera’s internal IP address.
Tip: The internet address of your connection can easily be ascertained by going to www.whatismyip.com. 

It could occur that the proper CODEC (XVID) for MPEG4 files is not installed on your PC.

You can download the Xvid Codec at the following address: http://www.xvid.org/

You could also choose to record the files with MJPEG compression. Your files however will become 3 times as large. 

The maximum crossover distance with a CAT5 cable is 100 m.rn

Yes.

No, you can view the images with your internet browser (for instance Internet Explorer). So you can view the images wherever an internet connection is present.

Start Realplayer and go to File, Open.
Enter the following: ipaddress/mpeg4 rn(For example: ipeyeanywhere.marmitek.com/mpeg4) 

The IP RoboCam 21 has IR LEDs so that it can see in the dark. If the camera is placed in the Robodome10 and the LEDs go on because it gets dark, these will be reflected in the glass. If you still want to use the external housing, you will have to cover the LEDs with tape. With the GPIO connection you have the option to switch on external (IR) lighting so that you can see in the dark.

No, each camera has its own IP address.

If you have an IP Robocam21, you can cover the LEDs with the sticker supplied.
If you have an IP Robocam541, you can switch off the LEDs via Set Up.

You can use the IR Beam in order to be able to see completely dark images.
This can also be used outdoors. 

Yes.