Related Manuals for Oncam IPZoom?M
Summary of Contents for Oncam IPZoom?M
- Page 1 Halocam 360° IP Cameras: IPZoom‐M, IPZoom‐C IPC, IPW, IPT and IPM Oncam Global | www.oncamglobal.com | t: + 44 90 © 2010 Oncam Global Inc. All Rights Reserved. UK‐051811_V.2...
- Page 2 Manual Copyright © 2011 Oncam Global Group AG. All rights reserved. No part of this manual may be reproduced except for your express personal use. At any time and without any obligation to provide notice, Oncam and its affiliates reserve the right to revise, alter or amend this publication in its entirety or any portion hereof. Although Oncam and its affiliates do their best to provide current and accurate information in this manual, Oncam and it affiliates make no guarantee, representation or warranty, either express or implied, regarding the accuracy of the information contained in this manual. Oncam and its affiliates assume no responsibility and any potential liability for any errors that may appear in this manual. At any time, Oncam and its affiliates further reserve the right to alter, amend or revise any product specifications without any obligation to provide notice of such changes. Trademarks and third‐party copyrights Oncam and the Oncam "security circle" logo are registered trademarks of Oncam Global Group AG. IPZoom and the IPZoom logo are trademarks of Oncam Global Group AG (and its affiliates); SATIV is a service mark of Oncam Global Group (and its affiliates). The names of other actual companies, organizations, products or services mentioned in this manual may be the trademarks of their respective owners. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved.
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Page 3: Table Of Contents
Some examples................................... 4 Zones of coverage................................5 Overhead viewing angle ..............................6 Positioning multiple cameras ............................. 6 Lighting recommendations..............................7 Indoor tips:..................................7 Outdoor tips:.................................. 7 Summary..................................... 7 Installation ....................................8 Power Requirements ................................8 Preparing the camera for installation..........................9 Attaching a safety lanyard/wire ............................9 Installing the IPC, IPT and IPZoom‐C camera ........................10 Preparing the ceiling tile..............................10 Preparing the camera for installation..........................11 Cabling the camera for Ethernet, power and external I/O....................12 Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. - Page 4 Refitting the ceiling tile..............................12 Installing the IPW camera ..............................13 Preparing the surface for installation..........................13 Cabling the camera for Ethernet, power and external I/O....................14 Fitting the bracket to the camera............................. 15 Installing the IPM and IPZoom‐M camera ..........................16 Preparing the surface for camera installation........................16 Selecting the correct connector cover ..........................17 Cabling the camera for Ethernet and power........................18 Cabling the camera for external I/O..........................18 Complete camera cabling with the connector cover ....................... 19 Removing the dome ................................. 20 Securing the camera to a solid surface and replacing the dome ..................20 First‐time operation ................................22 DHCP‐based installation ..............................22 Static IP installation ................................22 Finding available cameras ..............................
- Page 5 User management ................................35 Presets tab..................................37 Regions tab ..................................37 To draw a region:................................38 Motion Detection tab ............................... 39 Motion Tracking................................39 Workflow example for motion detection and event management ................. 40 Troubleshooting and Technical Support .......................... 41 Contact Technical Support ............................... 41 Appendix A – Technical specifications ..........................42 Appendix B – Frame rate and resolution ..........................43 Appendix C – NVR and storage partners..........................44 Appendix D – IPZoom‐M and IPM drilling template ......................45 Copyright and Legal Notices..............................47 Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved.
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Page 6: Overview
Overview 360° IP camera basics Oncam Global’s IP series cameras are based on an innovative technology that uses a fisheye lens to create a 360° view with an extremely large area of coverage. With proper placement, the Oncam 360° IP camera can replace two or more conventional fixed cameras for seamless coverage of an entire scene with no gaps or blind spots. The ability to ‘see’ in all directions at once makes Oncam 360° IP cameras ideally suited for total situational awareness. The 5‐megapixel sensor produces enough detail to allow digital pan/tilt/zoom (PTZ) operations over the entire field of view. But unlike conventional PTZ cameras, Oncam 360° IP cameras are silent. There are no mechanical motors and gears which are prone to wear and eventual failure. The camera produces three types of views, each suited to a particular set of requirements. Fisheye view The high quality fisheye lens produces a spherical image from which all other views are derived. The raw image appears warped around a central axis. Special dewarping software is built into the camera to convert the spherical image into a view which is more familiar to human viewers. When using video management software (VMS) to record a fisheye video stream, the entire image is preserved, allowing you to look at all directions, regardless of the area being viewed when the incident occurred. Virtual PTZ cameras (VCam) When you zoom into a fisheye image, the camera becomes a virtual PTZ, which can be moved throughout the entire 360° scene. In fact, there are four (4) VCams available from the camera, so you can monitor different areas in the scene simultaneously, each with independent PTZ, image controls, and motion‐detection settings. Multiple VCam resolutions are available. A composite view showing all 4 VCams at once is also available. Panorama views The panorama view maps the entire 360° image onto a long, wide strip that spreads the scene out for more natural viewing. There is also a mode that creates two 180° panoramas, which represent the top and bottom (wall mount) or forward and rear (ceiling or table mount) views of the camera. Panning through a panorama is similar to rotating your entire body to center on a different part of the view. Multi‐streaming/Multi‐user All Oncam cameras are capable of supplying up to 20 video streams of different formats and resolutions at the same time. This allows multiple users to simultaneously access the camera, and can be used by VMS software to display more than one video stream at a time. What is IPZoom? The Oncam IPZoom 360° camera is able to synchronise views with a co‐located IP PTZ camera via a computer with IPZoom software. Simply click anywhere in the panorama or fisheye view from the IPZoom 360° camera, and the associated IP PTZ camera will jump to that location for a close‐up view. Available in two models, the conceal‐mounting model is for indoor use, and the IP67‐rated minidome model can be used for either outdoor or indoor applications. Please refer to the Oncam IPZoom Camera and Software Installation and Operations Manual for a more detailed explanation on IPZoom software installation, features and functionality. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 7: Planning Your Deployment
Planning your deployment Camera placement is an important factor in planning your deployment. Oncam 360° IP cameras are very versatile, with six models to meet any installation requirements. This guide includes all of the following models: IPZoomM Supports synchronization to a co‐located IP PTZ camera Model # GE‐IPZ‐001 IP67‐rated minidome model, outdoor/indoor use Surface mounting, concealed cables IPZoomC Supports synchronization to a co‐located IP PTZ camera Model # GE‐IPZ‐002 Conceal mounting, indoor use Maximum panel thickness up to 38.1mm (1.5”) Rugged general purpose design IPC Conceal mounting, indoor use Maximum panel thickness up to 38.1mm (1.5”) Model # GE‐IP‐001 Rugged general purpose design IPW ... -
Page 8: Ceiling, Table, Or Wall Mounted
Ceiling, table, or wall mounted? If your goal is to provide comprehensive coverage of a very wide area, then look for a mounting position with an unobstructed view. Ceiling mounting is preferred if most of the action is occurring below you on a horizontal plane. A good example is an indoor shopping mall or hotel lobby. Small to mid‐sized rooms can be very effectively covered with a single camera placed in the middle of the ceiling. Use one or more VCam views to monitor doorways, customer service counters, or other areas of special interest. A top‐of‐ head shot is captured when someone stands directly below the camera, but much more of their face and body will become visible as they move away in any direction. If you want to get closer to a subject to see under their hats and hair, then a wall‐mounted position is best. Wall mountings below 1.8 metres (6 feet) can be obstructed by people walking by and, if the camera is mounted too high, the upper portion of the view is wasted. Vertically oriented scenes, such as escalators and cityscapes, are very well suited to wall mounting. The ideal shot will be found somewhere near the middle height and far enough away from the object to get a full view. This position places an equal amount of the view above and below the mid‐line. Transportation applications should use a wall‐mount configuration for views outside of the vehicle. Ceiling mounting is often not practical because it is difficult to get the camera high enough above the ground. For views inside the vehicle, a ceiling‐mounted camera is quite acceptable. Table mounting is a mode for upward‐pointing placements and is well suited to conference rooms, where a centrally mounted camera can view all participants seated around a table. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 9: Some Examples
Some examples One ceiling‐mounted camera can cover an entire room. A wall‐mounted camera works well for close‐up views and low‐angle shots. The area of coverage can be enormous for a camera that is mounted high above the ground. This one is 10 stories high, yet cars and people on the street below are still visible. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 10: Zones Of Coverage
Zones of coverage All camera lenses have to trade off focal length versus angle of view. This is especially true for hemispheric fisheye lenses where the viewing angle is 180° in every direction. The fine detail and high‐pixel count required for face recognition or license plate reading is limited to close‐up views, however there is a very broad section of the view where detection and identification can occur. Close‐up: At this range faces will be clearly visible and well defined. For example, a door camera mounted 60cm to 3 metres 60cm to 3 metres from the entrance would be able to identify a visitor and see all sides of the (2 to 10 feet) door where someone could be hiding. Identification: People and objects are identifiable based on clothing, make and model of car, body type and 3 to 9 metres other criteria from 3 to 9 metres. When used at a customer service desk, you should be able to (10 to 30 feet) identify who was present for each transaction. Recognition: Faces will be indistinct, but clothing, body type and behaviour will be distinguishable at 9 to 15 9 to 15 metres metres. If a person is an employee or someone you know, they will probably be recognizable. (30 to 50 feet) Applications include parking lots, lobbies and public areas. Situational Beyond 15 metres the subject will be quite small, but motion detection and tracking algorithms Awareness: still work at this range (and all prior zones). Use this distance for perimeter control, break‐in 15 metres detection, and traffic monitoring. The IP Zoom 360° camera can use this view to signal an IP PTZ (50+ feet) camera to zoom in for a close‐up view. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 11: Overhead Viewing Angle
For example, in the picture below an eight‐foot ceiling‐mounted camera should be located 1.5 metres (5 feet) behind the counter. If this amount of space is not available, consider wall mounting the camera instead. Height of Minimum for camera face view 2.4 1.5 3.1 1.8 3.7 2.0 4.3 2.2 4.9 2.4 5.5 2.7 6.1 2.9 6.7 3.1 7.3 3.3 * All units in metres The usable horizon is determined by camera height and any obstructions that get in the way. For example, you cannot see anything higher than a ceiling‐mounted camera, and buildings and landmarks may get in the way. However, the horizon can be several metres away for a high‐mounted camera with no obstructions. This makes the Oncam IP 360° cameras an ideal choice for urban street surveillance and traffic monitoring. Positioning multiple cameras For more detailed surveillance of a large area, add cameras every 9 to 15 metres (30 to 50 feet) to form overlapping circles of coverage, as illustrated here. The IPZoom 360° camera is another good way to extend coverage in large areas. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 12: Lighting Recommendations
Lighting recommendations Auto sensor adjustment works best for nearly all environments. The camera continuously adjusts the exposure to optimise the image. Night mode drops the frame rate in half and doubles the exposure time. The image is rendered in black and white for better contrast. Motion‐sensing lights may be used to illuminate the scene: Auto mode will quickly adjust when lights turn on. Indoor tips: Older fluorescent lights introduce a flicker that causes roll bars to appear in the video. To eliminate this effect, select the No Flicker option from the image controls. If you do not see a roll bar, do not enable this feature. Minimal emergency lighting is usually sufficient for nighttime shots, but motion blur may occur under very low light conditions. The No Motion Blur setting restricts the maximum exposure time to 1/20 of a second. If the image is grainy, use the Denoise setting in image controls to soften the grainy effect. Outdoor tips: In Auto mode, the camera sensor will automatically adjust to changing light conditions. The camera averages the amount of light available and sets the shutter speed accordingly. Ideally, the camera should be protected from direct sunlight to avoid oversaturation and lens flares. Low‐angle sunlight may be a problem during part of the day so it is preferable to mount under eaves or facing north if possible. In areas of high contrast or stippled sunlight it may be necessary to exclude a very bright spot from the exposure calculation. Create an exposure‐exclusion region to eliminate a bright, sunny area. For nighttime, typical parking lot lighting is usually sufficient. Summary By following the simple recommendations in this guide you will be optimizing the performance of your Oncam 360° IP camera. You can determine how many cameras are needed for complete coverage and position them at the best viewing angles. The image will appear in the most usable area of the sensor and you will not waste a large portion of the shot on ceilings or sky. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 13: Installation
Installation This chapter provides a step‐by‐step guide to the installation and first‐time operation of your Oncam 360° IP camera. Please refer to the Web interface configuration chapter for a more detailed explanation on features and functionality. All Oncam 360° IP cameras can be either wall mounted or ceiling/table mounted. These cameras have an exceptionally wide viewing angle, so some consideration should be given to camera location. For example, if one side of a scene is brightly lit and another is in dark shadows, you may have to choose which portion of the picture to optimise. Here are some general tips for camera placement: Indoor placements: Ceiling mounted: Cameras should be high enough to get an overview of the room, but not so high as to be away from the action. A height of 2.7 to 4.6 metres (9 to 15 feet) above the ground is ideal for most commercial buildings. Go higher for large auditoriums, lobbies and malls. Wall mounted: Cameras should be low enough to fill the image, but not so low as to be obstructed. Try to avoid capturing too much ceiling in your shot. Outdoor placements: Ceiling or pendant mounted: The higher you can mount the camera, the more area it will cover. Watch out for bright light sources – it is better to be below them than above. Mount at least 4.6 metres (15 feet) above ground to avoid vandalism. Wall mounted: Mount at 3.7 to 4.6 metres (12 to 15 feet) to above street level, possibly under an eave. Avoid direct sunlight; northern exposures are preferable. WARNING: This camera is not to be used in air handling spaces. Failure to comply with this requirement will invalidate the warranty. Power Requirements Power can be supplied in two alternative ways: Power over Ethernet (PoE): Both power and data are connected using a single cable, plugged into the Ethernet port of the camera. The PoE supply equipment should be compliant with IEEE 802.3AF. Direct DC Input: Use only a UL/CSA‐approved 5V DC 1A AC adapter (not supplied). It should be connected to the camera via the 5V jack. This connector is a 2.1mm positive center jack. Note: If using an external power supply, note that use of power in excess of 5V DC may damage the camera and void the warranty. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 14: Preparing The Camera For Installation
Preparing the camera for installation IPC, IPT and IPZoom‐C IPW IPM and IPZoom‐M Make a note of the camera’s location and MAC address as this information is needed during camera configuration. Attaching a safety lanyard/wire It is strongly recommended that a safety wire is used between the camera assembly and a firmly located attachment point in the ceiling for ceiling‐mounted cameras. Use the attachment point on the camera or one of the positions on the camera bracket. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 15: Installing The Ipc, Ipt And Ipzoom-C Camera
Installing the IPC, IPT and IPZoomC camera Preparing the ceiling tile Measure and mark the center of the Mark a 56mm (2.2”) diameter hole in Use appropriate equipment to cut the tile. The maximum panel thickness for the tile using the packaging insert as a hole in the center of the tile. IPC and IPZoom‐C models is 35mm template. (1.4”); for IPT models is 1.5mm (.06”). Ensure that the camera will comply with the specified ventilation clearances of 38.1mm (1.5”) around the camera and 63.5mm (2.5”) above the camera, when installed. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 16: Preparing The Camera For Installation
Preparing the camera for installation Loosen the four screws retaining the Place the camera into the hole in the Place the supplied lens trim ring bracket to allow it to slide freely. ceiling tile. around the camera. Attach the lens ring to the camera Carefully turn the ceiling tile over The camera is now ready for cabling. using the supplied 6mm M3 again while holding the camera in countersunk screws. place. Place the downward‐facing tile on a soft surface, such as the camera packaging bag, to protect the lens. Tighten the four camera bracket mounting screws. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 17: Cabling The Camera For Ethernet, Power And External I/O
Cabling the camera for Ethernet, power and external I/O Cabling can be conducted before or after fitting the camera in the ceiling tile. Connect the Ethernet cable to the If PoE is not available, use a 5V DC If an external I/O is to be connected, Ethernet port. Power may be supplied power supply (available as an remove the three‐way connector to the camera via PoE IEEE802.3af accessory) and wire with the correct block and wire it. Insert the connector through the Ethernet cable. polarity (center positive). block into the camera. Fit a ferrite (if supplied) to the Ethernet cable (CAT5 or better) to ensure compliance with regulations. If ferrites are not supplied, they are not required. The camera is now fully installed and tested and is ready to be placed into the ceiling. Refitting the ceiling tile Feed all cable back into the ceiling Final focus adjustment can be made at The physical camera installation is void and carefully put the ceiling tile this point, after the ceiling tile has complete with the camera assembly into place. been replaced. The focus is set at the factory but the supplied focus tool may be used to make final adjustments. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 18: Installing The Ipw Camera
Installing the IPW camera Preparing the surface for installation Place the camera face down on a soft If wall mounting the camera, use a Use the camera bracket as a template surface, such as the camera packaging level to mark a horizontal line. to mark the drilling holes. bag, to protect the lens. Remove the Drill holes appropriately‐sized for the four screws holding the bracket to the supplied wall plugs and mounting camera. screws. Remove the camera bracket and store the camera with the screws in a safe place. To further tamper‐proof the camera, Follow standard installation Pass the cable through the hole. cabling can be concealed in a channel procedures for cabling through a solid Fit the camera into the rear cover and or hole passed through a wall or surface. secure it with the four fixing screws. ceiling. The correct position for the concealed cabling to emerge from the wall is approximately 85mm (3.25”) from the bracket. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 19: Cabling The Camera For Ethernet, Power And External I/O
Cabling the camera for Ethernet, power and external I/O Protect the lens by sliding the camera If PoE is not available, use a 5V DC If an external I/O is to be connected, into the packaging sleeve while power supply (available as an remove the three‐way connector cabling. accessory) and wire the connector block and wire it. Insert the connector with the correct polarity. block into the camera. Connect the Ethernet cable to the Ethernet port. Power may be supplied to the camera via PoE IEEE802.3af through the Ethernet cable. Fit a ferrite (if supplied) to the Ethernet cable (CAT5 or better) to ensure compliance with regulations. If ferrites are not supplied, they are not required. LEDs will light to indicate that the camera is powered and that there is network activity. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 20: Fitting The Bracket To The Camera
Fitting the bracket to the camera The camera may now be powered and Secure the camera to the bracket Final focus adjustment can also be tested. The focus is set at the factory using the four screws that were made at this point, after the ceiling but the supplied focus tool may be removed earlier. tile has been replaced. . used to make final adjustments The physical camera installation is complete. The camera is now fully installed and tested and is ready to be placed into the bracket. Place the camera into the bracket. IPW installation with visible cable. IPW installation with concealed cable. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 21: Installing The Ipm And Ipzoom-M Camera
Installing the IPM and IPZoomM camera The IP67‐rated mini‐dome model is designed for mounting on solid surfaces, such as walls or ceilings. Cabling can be configured to enter the camera from the side or from within the mounting surface. The latter option is recommended where possible to offer improved vandal and tamper resistance. IPM/IPZoom‐M installation with side‐cable entry. IPM/IPZoom‐M installation with concealed‐cable entry. Preparing the surface for camera installation Attach the supplied drilling template to the For concealed‐cable entry use the supplied drilling installation location. See Appendix D for the drilling template for pilot hole drilling and drill the clearance template. holes for the cable glands. Drill holes appropriately‐sized for the supplied wall plugs and mounting screws. Insert anchors into the drilled holes. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 22: Selecting The Correct Connector Cover
Selecting the correct connector cover Two connector covers are supplied with each IPM/IPZoom‐M camera. Select the appropriate connector for the intended installation; either side cable entry or concealed cable entry, as shown below: Side cable entry Concealed cable entry Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 23: Cabling The Camera For Ethernet And Power
Cabling the camera for Ethernet and power Pass a stripped Ethernet cable (CAT5 Pass the Ethernet connector through Power may be supplied to the camera or better) through a cable gland the appropriate connector cover and via PoE IEEE 802.3af through the (supplied). Prepare the wires and an click the cable gland into position. Ethernet cable. RJ45 connector (not supplied) for If PoE is not available, use a 5V DC crimping. power supply (available as an Use appropriate equipment to crimp accessory). the RJ45 Ethernet connector. Wire connector with the correct polarity and feed the cable through a second cable gland (supplied). Cabling the camera for external I/O If an external I/O is to be connected, Use the blank cable gland (supplied) Use alternative rear‐entry connector remove the three‐way connector to seal the second conduit hole, if cover, if installing with fully concealed block and wire it. unused. cabling. Pass the external I/O connector block through the appropriate connector cover and click the cable gland into position. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 24: Complete Camera Cabling With The Connector Cover
Complete camera cabling with the connector cover Tighten cable gland nuts to the Carefully place supplied connector Ensure seal is firmly seated. connector cover with the appropriate cover seal into the channel. tool to ensure ingress protection. Connect all necessary cable to the LEDs will light to indicate that the Carefully put the connector cover to camera. Camera can be powered and camera is powered and that there is the camera, ensuring that the seal tested. network activity. remain in its channel. Using the Torx driver, secure the Tighten the cable gland nuts with Remove the four Torx screws using connector cover to the camera with appropriate tools to ensure ingress the Torx driver (supplied). the Torx screws and washers. protection around the cables. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 25: Removing The Dome
Removing the dome Having removed the four Torx screws, Carefully remove the plastic dome and The focus is set at the factory but the carefully remove the bezel. set it aside. supplied focus tool may be used to make final adjustments. Securing the camera to a solid surface and replacing the dome Hold the camera up to the prepared Secure the camera with the fixing The supplied focus tool may be used solid surface. screws (supplied). to make any required fine adjustment during the camera test. Carefully re‐seat the dome. Replace the dome bezel, taking care Refit the dome screws with the not to damage the dome surface, and supplied Torx driver, and tighten to ensuring that the dome seal is ensure ingress protection is retained correctly. maintained around the dome seal. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. - Page 26 Installation with concealing cabling is Replace the dome bezel, taking care Carefully polish the surface of the very similar to side entry cabling not to damage the dome surface, and dome with a soft, lint‐free, non‐ installation. ensuring that the dome seal is abrasive cloth to complete the retained correctly. installation. Remove the screen protection film from the dome. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved.
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Page 27: First-Time Operation
Firsttime operation Once the camera has been successfully installed, it needs to be configured for first use. The steps for doing this are as follows: Configure the network setting Use a browser to connect to the camera Web interface for the first time and set the root password Focus the camera Image setup Create presets and position the VCams Set up motion detection Define rules and actions In order to use the camera, you will need to know its IP address. There are two typical installation types. The first type uses a DHCP server or router to automatically assign unique, valid IP addresses to each camera. The alternative is a manually configured network using static IP addresses. Install the IP Configuration Tool from the Installation CD to locate and customize the IP addresses of the Oncam 360° IP camera. DHCP‐based installation The camera is configured for DHCP by default so that multiple cameras can be added to the network, each with a unique IP address. If you are using DHCP for the permanent camera address, be sure to reserve that address with the DHCP server to ensure that the assigned IP address does not change. If a DHCP server is not found or DHCP is disabled, the camera will revert to its current static IP address. Static IP installation If there is no DHCP server or DHCP is disabled, then the factory default IP address is 192.168.0.200. For a multi‐camera install, always introduce the cameras one at a time and then re‐address them to a non‐conflicting static IP address. This is done using the Network Settings page of the camera Web interface or the IP Configuration Tool. Finding available cameras The IP Configuration Tool is used to find the IP address of installed Oncam 360° IP cameras, whether or not they are addressable on your current sub‐LAN. Press the Refresh List or Discover button to find new cameras or update information on cameras already in the list. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 28: Connecting To The Camera
If you need to change the IP address of a camera, check the box next to the IP address, then select the Network Settings tab. Enter the new IP address, Subnet Mask and Gateway. You can identify cameras by their MAC addresses, which are printed on the camera label. Connecting to the camera To connect to any camera on your network, simply enter the IP address of the camera into the address bar of a browser running on a PC on the same network. To access the Web interface, open a browser window (Internet Explorer or Firefox) and enter the IP address of the camera. (e.g. http://192.168.0.200) The first response will be an authentication screen requesting a User name and Password. Default User name: admin Default Password: admin (case sensitive) The admin user is permanent and cannot be renamed or deleted. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. - Page 29 When accessed with Internet Explorer, the camera uses an ActiveX control. If this is the first time the camera is being viewed on this IP address, you may get a warning: The Web site wants to run the following add‐on: “Grandeye ActiveX Control” from Grandeye Ltd. Allow this control to run and then wait a moment for installation. You should now be able to see live video from the camera. (Grandeye is the technology arm of Oncam Global.) Focusing the camera In most cases the camera will already be factory focused and no adjustments will be needed. If you do need to make adjustments, use the tool supplied with the camera. Make only small adjustments. One full turn covers the entire range of adjustment. Use a well‐lit scene and pick an object with sharply defined edges to focus on. In the fisheye view, zoom in until individual pixels are barely visible. Now turn the lens adjustment gradually and watch for gradual improvement or worsening of the image. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved.
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Page 30: Camera Web Interface
Camera Web interface Most of the configuration settings for the Oncam 360° IP camera can be accessed through the Web interface of the camera. To access the Web interface, open a browser window and enter the IP address of the camera. After you enter the User name and Password for this camera the first screen you see with be the Control Panel screen. On IPZoom 360 cameras the IPZoom software interface will override some Web interface settings. Control panel The Control panel is the main page of the Web interface. Other tabs can be accessed from this screen, which will be covered one by one. The first concept to discuss is views. The camera produces three types of views: Fisheye: Full 360° image in a circular format. Select desired resolution from drop‐down menu: 640x480, 1024x1024 (1MP), or 2144x1944 (4MP). Panorama: Full or half view: For ceiling or table mounts, the full view is 360°. For wall‐mounted cameras, the full view is 180°. Select 640x208 or 1024x336. VCam: A digital PTZ window; up to four (4) VCams are available. Select 640x480 or 1024x768. VCams are virtual cameras that can be moved anywhere in the full 360° field of view. VCam windows are de‐warped to reduce curvature. They can be controlled using PTZ commands from the mouse. There are four independent VCam windows. One or more VCam windows can be assigned to motion tracking and will move automatically according to rules that you set up. VCam PTZ control PTZ operation can be carried out in the view using the PC mouse as follows: Pan/Tilt: Move the mouse pointer over the video image. Hold the left mouse button down until the view has moved to the desired position. Zoom: With the mouse pointer over the view, use the mouse wheel to zoom in and out. Rotate the mouse wheel away from you to zoom in or rotate it towards you to zoom out. For systems without a wheel mouse, use the +/‐ zoom controls in the Control Panel tab. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. - Page 31 The camera time is shown: To set the current time, go to the Admin tab. Four view layouts are defined: Single: Can be used for any type of view Select one from the drop‐down menu Quad: All four VCams are shown Three‐panel: VCam 1 and 2 on top Half or full panorama on bottom Two‐panel: Two stacked 180° panoramas, front and back View: Select the desired view and resolution from the drop‐down menu. Alternatively, image stream modes up to 4.1 megapixels are available using CGI commands (see Appendix B). If you are using third‐party video management software (VMS), check with them to see what resolutions are supported in their drivers. Appendix C shows a list of VMS products that support this camera. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved.
- Page 32 Presets control the VCam windows: When a VCam window is highlighted, these buttons will move the VCam to the selected position. Preset locations are defined on the Presets tab. Presets have no effect on the fisheye or panorama views. VCams 1‐4 are set to preset positions 1‐4 initially. Zoom buttons: Apply to the currently selected view and will automatically repeat when held down. Image Controls: Each view has a separate setting. Therefore, if one VCam is in a dark location it can be individually adjusted. Check All Views to apply this setting to all views. Save Settings: Saves current image settings, including all settings on the Image tab. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved.
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Page 33: Image Tab
Image tab The Image tab includes lighting, quality, and orientation controls for the entire sensor – all views are affected. The default mode is Auto Sensor Adjustment, which attempts to maintain an average brightness of the image from the sensor. The Auto setting will satisfy most lighting requirements. The automatic gain and exposure algorithm continuously adjusts the image based on a Brightness Target, for ideal exposure. By default, the exposure is based on an average of the entire sensor. If there is an area where lighting is a problem, try using an Exposure Region to ensure that area is well lit. Night Mode halves the frame rate and doubles the maximum exposure time. The image is rendered in black and white when available light falls below a minimal threshold level. In low light exposure times get longer and moving objects will tend to blur. Selecting No Motion Blur will reduce blurring but also reduces the exposure time. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 34: Auto Mode
Auto Mode Brightness Target: Sets the ideal lighting level. Mains Frequency: Fluorescent lights sometimes cause banding on indoor scenes. If dark bands appear to roll vertically through the image, set the No Flicker switch and select either 50 Hz or 60 Hz, depending on your local electrical supply. Otherwise leave un‐ checked. Note: Outdoor = No Flicker OFF; Indoor = No Flicker On No Motion Blur: Sets minimum exposure time to 1/20 of a second, but may cause additional noise in low light. Night Mode Threshold: Sets the minimum‐lighting trigger level. Check Enable to apply this setting. Manual mode These settings are only available when Manual is selected: Manual Exposure and Manual Gain: These settings may be useful under constant lighting conditions or for optimizing a particular area of the scene. Night Mode Threshold: Not available in Manual mode. All settings are static and will not change under variable lighting conditions. In general, Auto mode should be used. JPEG Quality: Sets the level of compression. At lower values bandwidth is reduced, but compression artifacts are seen. Full Resolution JPEG Quality: Sets the quality of the full‐frame fisheye image used by NVR and VMS systems. Gamma: Increases the brightness of dark areas, but has little effect on bright areas. Used only for image enhancement. Sharpen: Can increase the apparent clarity and focus of an image, but may also emphasize noise. Denoise: Reduces graininess caused by noise, but can soften the overall image. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 35: Camera Mount Position
Camera mount position: Oncam 360° IP cameras are mounted either vertically or horizontally, most often on a wall or ceiling. The orientation of the camera will determine how certain PTZ operations respond. When set correctly, the scene will be upright and properly dewarped. Settings: Ceiling Mount: Will rotate around a central axis as you are looking down. Table Mount: An inverted equivalent of the Ceiling Mount setting. The image will rotate around a central axis as you are looking up. Wall Mount: Keeps the view upright as you pan and tilt around. Invert checkbox: Used with Wall Mount when the camera is rotated 180° for ease of cabling. Note: The Invert checkbox will only be seen if Wall Mount is selected. Camera mount position must be set correctly for the software to operate properly! After making changes to the Image tab, return to the Control Panel tab and click Save Settings to retain settings on the camera. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 36: Admin Tab
Admin tab Network Settings The camera is configured for DHCP by default and can be detected by the IP Configuration Tool. If DHCP fails, the camera is a manually configured network using static IP addresses. The default port is 80. If the port number is changed, it will be applied regardless of whether DHCP or Static IP address is being used. Use the IP Configuration Tool to locate the camera. If the camera did not receive a DHCP IP address and is not on a reachable subnet, then you must assign a static IP address using the IP Configuration Tool. In the IP Configuration Tool the camera will be listed showing the Camera Name as entered in this screen. An NTP Server can optionally be used to provide accurate time services to the camera. If you are using a Network Time Protocol server, enter the DNS name or IP address of the NTP Server here. You must click Apply IP Settings in order to save any changes. You may lose your connection to the Web interface if the IP address changes to another subnet! Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 37: Event Management
Event management Define Triggers: Manual input – If enabled, a button will appear on the main camera Web interface page Motion detection – Movement detected in a defined region Hardware input – A sensor or button attached to hardware I/O interface. Temperature – The cameras internal temperature sensor Define Actions: Client Alarm – Alarm is shown on the camera Web interface Email (SMTP) – One or more emails are sent. Note: Requires an internal email server. FTP – Images are sent to an FTP server Hardware output – A hardware device attached to the hardware I/O. Define Rules: Connect one or more Triggers to one or more Actions Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 38: Setting Actions
Setting actions For example, to set up E‐mail as an action, enter the server name, port, and login credentials for an SMTP server. Press the Test button and check your Inbox to see if an email was successfully sent. Now enter the Subject and a Base Filename for images coming from the designated VCam. A date and time stamp will be added to the base filename. In Transparent mode the camera will start sending images at a rate of Max FPS or less, and will keep doing so until the trigger is removed. It will keep sending images for Post event seconds at a rate of Post event maximum frames per second (Max FPS). In Momentary mode, it will only send one email per trigger. Note that you can set up multiple Email messages with different subjects so a unique message will be sent, depending on what triggered it. The settings for FTP actions are similar, except you will be providing a path to an FTP server and the credentials needed to log into it. The settings for Hardware Output involve designating the available output port, FPS and post‐event behaviour. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 39: Rules Logic
Rules logic The Rules screen connects triggers to actions. You can have multiple rules to cover different combinations of trigger events. In this example, either a door sensor or video motion at a given door will trigger an alarm on the screen and send an Email with the alert type. You must press Save before leaving the event management pages or your event settings will be discarded. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 40: User Management
User management Enter a User Name and Password for each user. There are three levels that users can belong to, as follows: User: This level can view image streams, select a layout, use PTZ functions, and view camera configuration. Operator: This level has the ability to change and save image settings, IP settings, presets, motion and exposure regions, event management, a factory reset. Administrator: This level has access to all functions, including configuring users and removing dead pixels. Clock functions Enter the Region and Zone and set the Camera Time Zone. Then enter the current date and time using 24‐hour time format. You can update the camera time directly from the PC or from the settings on this screen. Remove bad pixels In a 5‐megapixel array, some pixels can be expected to fail over time. These may appear as “stuck on” or “stuck off.” To remove bad pixels you must completely cover the lens. Bad pixels are corrected every frame to match a neighboring pixel. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. - Page 41 Factory defaults When this button is pressed, a warning message will pop up. If you proceed, the following defaults settings will reset to: DHCP is enabled Default static address 192.168.0.200 No regions VMD alert turns on the Client Alarm. No other triggers, actions, or rules are set. Presets 1‐4 default back to the Top, Right, Bottom, Left areas of the fisheye respectively. Image settings set back to default – Auto Sensor Adjustment is enabled. Default User Name: admin Default Password: admin (case sensitive) You may lose your connection to the Web interface if the IP address changes to another subnet! Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved.
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Page 42: Presets Tab
Presets tab Select one of the four VCam windows and use the mouse PTZ controls to move the VCam to an area of interest. Enter a Preset Name then click Set to save it. The other controls allow you to Go to an existing Preset and Clear an existing Preset. When there are four acceptable views on the VCams, select Set Presets 1‐4 or Go to Presets 1‐4 as desired. Regions tab Regions are areas created within the fisheye view using a custom polygon drawing tool. A region can be used for motion detection/tracking, privacy, or exposure control. The In Use setting is automatically set when a region is drawn. The Enable Regions checkbox turns on the Privacy regions. Privacy Regions: Grey polygon – A portion of the screen is obscured in all camera streams. Motion Detection Regions: Yellow polygon – Motion alarms will be triggered based on settings in the Motion Detection tab Exclude from Auto Exposure: Blue polygon – Place these regions over areas of the fisheye image which should be excluded from auto exposure. There are 10 available slots for each type of region. For instance, Privacy Region 2 is different than Motion Detection Region 2. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 43: To Draw A Region
To draw a region: 1. Select Region Type: Privacy, Motion Detection, or Exclude from Auto Exposure 2. Select Region from pull‐down 3. Give the Region a Name 4. Click on Start under Drawing 5. Left click to set your initial point, then click again several times until you have defined a polygon 6. Press the Save to store these settings Notes: You can use the Zoom (‐/+) and PTZ controls on the fisheye image to draw more accurate polygons. Privacy Regions are enabled when created. You may disable them by unchecking Enable Regions. Each region can be turned on or off by selecting the In Use checkbox. Click View to update the frame image. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 44: Motion Detection Tab
Motion Detection tab The VMD (video motion detection) Mode can be Off, Detect, or Track. In Detect mode the camera will detect motion which originates within a defined motion detection region. When motion is detected the event management can be configured using a set of Actions and Rules. When motion tracking is enabled, it will be triggered by motion detected within a motion detection region. Detect is a superset of Track. In tracking mode all VMD regions are still active. Sensitivity: Determines how much of a change in shading or color is required to generate an alarm. Size: Sets the number of pixels in that region that must be activated before an alarm is sent. Latency: Determines how long an object must be continuously detected before a trigger is activated. Timeout: Adjusts the amount of time after an object stops moving that it is no longer of interest. Light Sensitivity: Motion alerts can be triggered by motion or by lighting changes. This setting adjusts the camera’s sensitivity to lighting change, potentially reducing the number of false alerts the higher the settings value, but with the trade off of a reduced overall sensitivity to possible motion. For example, Light Sensitivity can be used to filter out headlights. Light Change: Sets the duration (in seconds) to suppress motion events after large scale lighting changes are detected (e.g. Dusk/ Dawn changes or lights turned on in a dark room). Motion Tracking Zoom Level: Used only with motion tracking. It defines how much to zoom in on the object being tracked. Track Smooth: Determines how smooth the VCam movement will be when tracking an object. Last, First: When multiple objects are detected, the camera must decide whether to follow the original object or begin tracking the new one. Last instructs the camera to follow the most recent object. First tells it to stay with the original object. Everywhere: Everywhere is designed to follow an object once it has left a designated detection region. If this is not selected then the camera will ignore the object once it has moved out of that region. Any or all of the VCam windows can be designated as tracking windows. If more than one is selected, the first tracking object will be placed in VCam 1, the second tracking object in VCam 2, etc. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 45: Workflow Example For Motion Detection And Event Management
Select the Regions tab and click on the Motion Detection radio button. You can give this region a custom name if desired; otherwise it will be Region 1. b. Press the Start Drawing button then click on the image where you want to start drawing (you can zoom in if necessary). Continue clicking around that area to define the polygon. After the third click a pink‐ filled zone will appear. It is not necessary to close the polygon to complete drawing. c. Press the Save button to complete the motion detection region. 2. Create a Trigger for this region: a. Select the Admin tab and press the Event Management button. b. Press the Triggers button then select a type of Motion Detection from the pull‐down list. Enter a name for this trigger (e.g. Door_Open) then press Add New Trigger. The new trigger will appear in the View/Setup list. 3. Define an Action to occur when this trigger happens: a. Press the Actions button and select Email (SMTP) from the pull‐down list. Give this action a name (e.g. Send_Email). Fill in the required information for email settings and image properties. b. Press the Test button to confirm that the email settings are working. Note: This requires an internal email server (e.g. Microsoft Exchange). 4. Create a rule to send email upon motion detection: a. Select the trigger (e.g. Door_Open) and click the blue down arrow to identify it as a trigger for this rule. b. Select the action (e.g. Send_Email) and click the blue down arrow to identify it as an action. c. Give the new rule a name and click the Add New Rule button. 5. Test your rule. Create a motion alarm and send email. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 46: Troubleshooting And Technical Support
Troubleshooting and Technical Support If your camera installation is not behaving as expected, use the following checklist to ensure that all components of the system are working properly. Web interface not available in browser: Use the IP Configuration Tool to confirm that you are looking at the correct address and there are no IP address conflicts. Also check your own network settings to make sure that the camera is on the same sub‐LAN or is accessibly by routing. Web interface fails to show a live image: Check your browser security settings. Motion detection and/or motion tracking are not working properly: There must be at least one motion detection region defined and In Use. On the Motion Detection panel, the VMD mode must be set to either Motion Detection or Motion Tracking. Check the size and sensitivity controls to ensure that movement is detected. VCams appear to be moving around on their own: There may be another user or program attempting to control the camera. If you are using Video Management Software (VMS), then disable any patrolling schedules and position‐on event functions. Also check to see if Motion Detection and/or Motion Tracking are enabled. Motion blurring at night: This is due to slow shutter speeds. If the camera is still in color mode, lower the Night Mode threshold. On the Image tab, try the No motion blur setting. Camera image stops or drops frames: This is probably due to a network connectivity problem, especially for cameras connected to wireless networks or the public Internet. Try reducing the JPEG quality or resolution settings in the camera Web interface. One portion of the image is over or under‐exposed: Set the Brightness Target or try using an Exposure Exclude Region to mask part of the scene. Contact Technical Support If none of these recommendations solve your problem, please send an email to techsupport@oncamglobal.com (the combined tech support contact for all Grandeye and Oncam products). Include a detailed description of the problem, the model number of the cameras you are using and any relevant configuration information. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 47: Appendix A - Technical Specifications
Appendix A – Technical specifications Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 48: Appendix B - Frame Rate And Resolution
515 2060 KB/s ( 16.5 Mb/s) 360° Panorama 4 640 x 208 10 20 200 KB/s (0.1.56 Mb/s) 180° Panorama 6,7 640 x 208 10 20 200 KB/s (0.1.56 Mb/s) Notes: Values for frame rate, size, and bandwidth are approximate and are influenced by compression, quality settings, number of simultaneous viewers, and the amount of detail and movement in a scene. Where more than one Camera Stream ID is listed, the first one is VCam1, second VCam2, etc. Use the following CGI command to view any one of these streams in a browser: <ip address>/mjpeg/video.cgi?camera=<camera stream ID> Example: Show a 4‐megapixel fisheye view in Firefox: Additional CGI commands are available. Software developers who need access to the full API interface should contact techsupport@oncamglobal.com for additional details. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 49: Appendix C - Nvr And Storage Partners
Appendix C – NVR and storage partners The following NVR partners support Oncam 360° IP cameras: 3VR ClickIt Codestuff Controlware Digi‐IT Honeywell iCode InitSys Pelco JDS March Networks Milestone NICE Systems OnSSI SeeTec Sirrus VideoNext VideoProtein The following storage partners support Oncam 360° IP cameras: Intransa Pivot3 Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. -
Page 50: Appendix D - Ipzoom-M And Ipm Drilling Template
Appendix D – IPZoomM and IPM drilling template The following page is the drilling template for installing the Oncam IPZoom‐M and IPM 360° cameras. It must be printed as is, with no resizing, so that the proper drilling measurements are maintained. If in doubt, check the measurements of your printed template before drilling. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved. - Page 51 Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved.
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Page 52: Copyright And Legal Notices
Copyright and Legal Notices ONCAM END‐USER LICENSE AGREEMENT NOTICE TO USER: PLEASE READ YOUR APPLICABLE END‐USER SOFTWARE LICENSE AGREEMENT (“EULA”) CAREFULLY BEFORE INSTALLING THE SOFTWARE AS IT IMPACTS YOUR LEGAL RIGHTS AND REMEDIES PERTAINING TO THE USE OF THE SOFTWARE. PLEASE CONTACT ONCAM FOR A COPY OF YOUR APPLICABLE LICENSE. By copying, installing or using all or any portion of the software you accept all the terms and conditions of the EULA and any amendments thereto, including, but not limited to, the limitations on use set forth in Article 2; transferability in Article 4; warranty in Articles 6 and 7; liability in Article 8; connectivity and privacy in Section 14; and specific provisions and exceptions in Article 15. You agree that the EULA is like any written negotiated instrument signed by you. The EULA is enforceable against you and any legal entity that obtained the software and on whose behalf it is used; for example, if applicable, your employer. Do not use or install the software if you do not agree to the terms of this license. Please contact Oncam for terms of and limitations on returning the software for a refund. Oncam and its suppliers own or license all intellectual property in the software. The software is licensed, not sold. Oncam permits you to copy, download, install, use, or otherwise benefit from the functionality or intellectual property of the software only in accordance with the terms of the EULA and any amendments thereto. Use of some Oncam and some third party materials and other services included in or accessed through the software may be subject to other terms and conditions typically found in a separate license agreement. The software may include product activation and other technology designed to prevent unauthorized use and copying. This technology may cause your computer to automatically connect to the Internet and may prevent uses of the software that are not permitted. Oncam Global | www.oncamglobal.com | t: + 44 (0) 20 8741 5544 © 2011 Oncam Global Group AG. All Rights Reserved.