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Table of Contents
Related Manuals for iMege M2210 Series
Summary of Contents for iMege M2210 Series
- Page 1 M2210(E/V) User’s Manual V1.11a...
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Page 2: Table Of Contents
Table of Contents Important Notices – Read Before Use ................2 Overview ......................... 2 Package Contents ......................3 Installation ........................4 Hardware Installation ............................... 4 Assigning IP Address to the device ..........................7 Discovering devices in Windows Network ........................ -
Page 3: Important Notices - Read Before Use
Overview iMege M2210 Series is a Full HD, compact IP camera specially designed for buses, trains, and other vehicles applications. The camera comes with 3-axis mechanism design that allows users to adjust the camera's viewing angle for increased installation flexibility. -
Page 4: Package Contents
Package Contents M2210(E/V) Product CD Quick Installation Guide Warranty Card Lens Adjustment Tool Hardware Pack ... -
Page 5: Installation
Installation Hardware Installation Connectors Connections Connect the camera to a PoE switch with an Ethernet cable. - Page 6 Install RJ-45 Field Installable Feed-Through Adaptor for M2210E Assemble RJ-45 field installable through adaptor to achieve system waterproof and vibration proof. 1. Assemble the through the filed installable feed-through 2. Follow the pin definition to crimp the RJ-45 plug onto adaptor and insert a stripped Ethernet cable.
- Page 7 3. Connect to M2210V M12 rugged connector and fully seal the connector to achieve waterproof and vibration proof completely Mount Camera Alignment Sticker on drill holes Loosen 2 screws and remove the top cover 2. Route the Ethernet cable through the hole and fasten camera on the surface with 4 screws 3. ...
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Page 8: Assigning Ip Address To The Device
Assigning IP Address to the device The iMege device discovery tool is a utility provided for searching iMege network video devices in a network. It can also manage the IP assignment for multiple devices. This is useful when bulk network setting of the network devices is required. -
Page 9: Discovering Devices In Windows Network
Windows XP’s “My Network Places” which possesses the same capability of discovering UPnP devices. To identify the camera from the listed devices in “Network”, utilize the UPnP name (e.g. iMege) and the device’s MAC address. This MAC address can be found on the label, see figure below. -
Page 10: Activex Add-On Installation
ActiveX add-on Installation The access to the camera webpage for the first time will be prompted to install the ActiveX. This installation is essential for viewing live video via IE browser. To allow the installation, click on the message bar and select “Install This Add-on for All Users on This Computer….”. - Page 11 NOTE If, however, there is not any prompted message or ActiveX can not be installed at all, change the IE security level and settings. In IE Internet Options Security Custom level, make sure the “Download signed ActiveX controls” setting is “Enable” or “Prompt” selected.
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Page 12: Accessing The Camera
1. IE Browser Launch IE browser and input the IP address of the camera, or click on “Browse” button on iMege Discovery Tool. The web page with video will then be shown as below. 2. RTSP Player The live video of the camera can be played with a RTSP player, such as VLC or QuickTime. A URL... - Page 13 3. NVR / CMS Software Some software (NVR / CMS) vendors may have announced the integration with this camera model. In this case, the software is able to retrieve the video from the camera for both live displaying and recording. For detailed support information and operation, please contact the software vendors for further instructions.
- Page 14 Tuning lens direction and focus 1. Fit the lens adjustment tool to the lens holder to adjust the direction of the lens. The tilt range is 0°~90° and the pan range is ±60°. 2. Pull out the lens adjustment tool, and turn it around to fit the lens to adjust focus. 3.
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Page 15: The Live View Page
The live view page The first view of access to the camera is the web with live video images. This page allows some basic operations of playing live video / audio. iMege Logo Quick Index Video Streams Live Video Operations... - Page 16 Snapshot: Press the button to capture an image photo Record: Press the button to start recording. Press again to stop it. Record Path: set up a file path that video clips and snapshots can be stored. Full screen: Press the button to enter the full screen mode. Press ESC key to quit this mode. Manual trigger: Press the button as triggering an event.
- Page 17 Actual size 4-channel display mode (for playing other video sources, see Video Setting Join Video) NOTE The sub video streams can also be joined in 4-channle mode, so that live page can display simultaneously all the 3 video streams from the same IP camera. ePTZ (only supports Stream2 and Stream3) Select Stream 2 or...
- Page 18 ePTZ Control Pannel Pan / Tilt control buttons Zoom In / Out control buttons Area of view...
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Page 19: Video
Video This section describes how to configure the video streaming of the device, and the related camera image configurations. Users with Administrator or Operator authority (see System User Management) would intend doing these configurations. Click on “Setup” to enter the configuration pages. There are 2 subdirectories in “Video”... - Page 20 Camera Setting Image Setting Brightness: the luminance of image view. Default value is 8; adjustable from 0 to 16. Contrast: the ratio of luminance of white to black. Default value is 8; adjustable from 0 to 16. Saturation: colorfulness of a color related to its own brightness. Default value is 8, adjustable from 0 to 16.
- Page 21 Advanced Setting AC Frequency: Anti-flicker setting for environment with fluorescent light sources, image sensor needs to fit the frequency of light (power) source. For instance, the power frequency is 50Hz for most European countries, while 60Hz is typically for US. This setting is therefore regionally different. White Balance: the selections for different lightening condition, which is refereeing to color temperature.
- Page 22 Video Setting Video Stream This tab provides detailed stream configurations. These settings can affect video size, quality. The maximum transmission performance can be expected under the condition of full network bandwidth. The camera supports up to 3 video streams. Each stream can be configured with following items. Video Format: H.264, MPEG4 and MJPEG are available for the selection.
- Page 23 Intra Frame Period: is applied only in MPEG4 / H.264 which the video stream is composed of I- frames (full image information) and P-frames (motion-compensated difference information). This setting configures the Intra Frame Period which is the time period between 2 I-frames. The shorter period means the higher frequency of I-frame.
- Page 24 RTSP port number (default is 554). Press “Test Camera Connection” button to check this link’s availability. NOTE If the joined camera is an iMege 1.3 Megapixel IP camera (B1100/D1100/G1102), the RTSP path should be blank, and the RTSP port for stream 1, stream 2 and stream 3 are 554, 1554, and 2554.
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Page 25: Network Configuration
Network Configuration The IP Camera acts as one of the network devices. It allows “IP address” to be assigned, so certain network functionalities can be implementable within this device. This section describes these configurations. Fundamentally, for instance, the IP assignment of the device can be done via DHCP server, static IP option or PPPoE to obtain IP from the service provider. - Page 26 Network Type There are 3 ways to configure IP address for the IP camera device, including DHCP, Static IP and PPPoE. Enable DHCP Service: The default setting is DHCP, which camera will be automatically given an IP address in a network with DHCP server. Use Static IP: Camera may also be manually assigned with a static IP address.
- Page 27 Quality Service Quality Service provides network traffic management to guarantee the quality of services in higher priority, especially when network is insufficient. DSCP (Different Service Code Point) is a 6-bit IP header which defines the service level of the packet. According to the DSCP value, routers with PHB (Per-Hop Behavior) will define a specific class of traffic for the packet, in terms of bandwidth, latency, or loss rate, etc.
- Page 28 Access IP Filter This setting also provides a basic security by filtering the accesses from other hosts. Enable this function and choose “Allow / Deny” of the listed IP addresses. Up to 15 IP address can be added in the list.
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Page 29: Recording
Recording This section provides the recording configuration on the camera. Unlike the recording function on the live view page, video is recorded to the storage attached to the camera (that is the Micro SD card) according to a time based schedule. There are 3 subdirectories in the “Recording”... - Page 30 Add / Edit Recording Plan Maximum File Size While recording continues and thus increases the file size, a period of video record can be sectioned. Each video clip can be limited its maximum file size. Scheduling A recording plan can be 24/7 by choosing “Select All”. It can be configured in hour’s pattern in each day of a week by drag-and-draw selecting on the schedule table, see the figure below.
- Page 31 SD File List This page provides the search of records. The SD storage may contain both “triggered-by-schedule” recordings and “triggered-by-events” snapshot / video. There are search conditions used to narrow down the search results. The latest 10 Records The most recent 10 records are listed in this block. Each record name is a link to view this video or image. Following the “Record Name”, each record is listed with its “Trigger Type”...
- Page 32 Searching the Records The SD storage would keep massive records after the “recording plan” and/or “event handling” (see Event Management) is launched for a certain time. The search criteria are provided to look for particular records in the SD card. There are 3 categories of search criteria, 1.
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Page 33: Event Management
Event management Event management describes the handling of events with the corresponding actions. A common case can be exampled is storing a captured image to a local storage (Actions), when there is a Motion Event (Trigger Condition). This chapter gives the configurations of Triggers (what to detect?) and Actions (“what to send” and “where to send”). - Page 34 Email: Send the media file via email when an event is triggered. Mail Server Address: enter a host name or IP address of the email server User Name: enter the user name of the email account Password: enter the password of the email account Server Port Number: the server port of the mail server.
- Page 35 Motion Configuration There are 3 MD (Motion Detection) areas can be enabled. Each MD can be individually enable / disable, set its covering range and the trigger sensitivity. To enable and verified the MD follow the steps below. 1. Check the box to enable the motion area 2.
- Page 36 Event List List a summary of configured events. That is the selection of trigger condition(s) and the corresponding actions, as well as the scheduling. Up to 10 event objects can be configured. Click on “Add New” button. This extends the form for detailed configurations. Event Name: enter a name, e.g.
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Page 37: Examples Of Event Handling
Examples of Event Handling The following cases is provided as the examples of Event Handling. While viewing live video, user can manually trigger an event anytime simply by pressing a button, on the web page. It will then start generating a video clip to SD card and sending email with the captured pictures. The configurations are illustrated as below, ... - Page 38 - Event of manual triggering - Check the box to enable this event. It can be deselected later without erasing all the following settings. Give a name of this event setting; e.g. MTrigger (stands for Manual Trigger). This is an identity of an object of event handling.
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Page 39: System Options
System options System Information The page gives details of the IP camera system. In System Status, the Model ID, device firmware / ActiveX version and MAC address are listed. The Camera Name and Location fields are revisable to identify a unit among multiple cameras installed. The IP address info of this IP camera is listed in Network Status. - Page 40 Date and Time This section describes the date/time adjustment for the IP camera system. The ways to adjust the IP camera’s date/time can be automatic (Synchronize with NTP Server / PC) or manual settings. Current Date & Time Display current system date/time of the IP camera. The date format can be changed from the drop- down list in Configure Date &...
- Page 41 User Management By default, the access to the camera is not user authenticated. For security, the IP camera should be restricted to account only accesses. It is able to enable user accounts, as well as to manage the added users in this page.
- Page 42 Maintenance This page provides tools for camera system maintenances; Reboot: restart the camera system Restore to Factory Default: restore camera factory default settings. The network setting can be kept by checking the “Except Network Type” checkbox. Configurations (User settings) backup/restore: the system settings can be backed-up and exported to a file.
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Page 43: Troubleshooting
Firmware Upgrade. Before the process, read the instructions and release notes coming with each new released version. For the steps, 1. Check and retrieve the latest firmware image file from iMege website. 2. Disconnect all clients’ requests from the camera that will be firmware upgrading. -
Page 44: Recover Device Settings
6. The front LED indicator will be slow flashing in red color during the upgrading process. When it becomes steady on in green color, camera is ready to be accessed. Check the firmware version to confirm that the system is successfully upgraded. Recover device settings In some cases, camera system does not respond to any operation. -
Page 45: Led Indicators
LED Indicators There are 2 type of LED indicators; LED for Network Status (green) and LED for system and power (bicolor, blue and red). These LEDs can help to recognize the current device status. 1. LEDs for Network Status: Green Cable Disconnect 10 Link / Traffic (Activity) Flashing... -
Page 46: Technical Specifications
Technical Specifications M2210V M2210E Model Name System Embedded Linux, ARM based 32-Bit RISC Processor, 32MB Flash ROM, 128MB SDRAM Video Compression H.264, MPEG4, MJPEG Video Resolution 1920x1080, 1280x720, 800x450, 640x360, 480x270, 320x180 Frame Rate Up to 25fps @ 1920x1080, Up to 30fps @ 1280x720, 800x450, 640x360, 480x270, 320x180 Image Sensor 1/2.7”...