OvisLink SMARTCUBE300W User Manual

PREFACE

Thank you for purchasing the 3.0 MP H.264/MPEG4/MJPEG Cube Type WIFI Network Camera, a standalone system that can be connected directly to an Ethernet, Fast Ethernet or Wireless network. The elegant design makes it an ideal solution for offices, shops and homes. Moreover, the camera are equipped with IR LEDs and IR-cut filter, providing clear video in completely dark environments.

The camera boasts high-definition video resolution, allowing for the delivery of extremely detailed images and coverage 6 or more times or larger than a VGA camera. To maximize the benefit of the high-definition sensor, the camera employs several innovative technologies for optimized bandwidth efficiency. The ROI function enables users to quickly move to a target area for close-up shots without moving the camera physically. Users can also receive only the portions of the images they are interested in via the cropping function. Furthermore, multiple video streams can be delivered simultaneously in different resolutions, frame rates, and image qualities for viewing on different platforms so as to meet different needs or bandwidth constraints. The camera also offers activity adaptive streaming support that dynamically allocates bandwidth according to the video content and trigger state.

Moreover, the cameras boast 802.11b/g/n compatible wireless connection, making installation easier and more cost-efficient. The WPS function of camera makes wireless configuration easy and straightforward. Together with the multi-lingual 32-channel recording software, users can set up an easy-to-use IP surveillance system with ease.

With other advanced features such as tamper detection, SD/SDHC card onboard storage, and two-way audio, the camera is a fullfledged surveillance solution for indoor environments. The simple installation procedures and web-based interface allow you to

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Surveillance Solution

integrate it into your network easily. With comprehensive applications supported, the camera is your best solution for remote monitor, high quality, and high performance video images. This Advanced Installation Guide provides you with the instructions and illustrations on how to use your camera, which includes:

Chapter 1 Introduction to Your Camera describes the features

of the camera. You will also know the components and functions of the camera.

Chapter 2 Hardware Installation helps you install the camera

according to your application environment. You can use this camera at home, at work, at any where you want.

Chapter 3 Accessing the Camera lets you start using your

camera without problem. The camera can be set up easily and work within your network environment instantly.

Chapter 4 Configuring the Camera guides you through the

configuration of the camera using the Web browser on your PC.

Chapter 5 Appendix provides the specification of the camera

and some useful information for using your camera.

NOTE The illustrations and configuration values in this guide are for

reference only. The actual settings depend on your practical application of the camera.

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Contents

REFACE

HAPTER

NTRODUCTION TO YOUR CAMERA

1.1 C

1.2 G

1.3 F

1.4 S

HAPTER

IRELESSCONNECTION

2.1

2.2 A

HAPTER

CCESSING THE CAMERA

3.1 U

3.2 A

3.3 C

HAPTER

ONFIGURING THE CAMERA

4.1 U

4.2 S

4.3 N

4.4 A

4.5

4.6

4.7 I

Appendix ............................................................ 55

A.1 S

............................................................... 1

1............................................................. 4

............................... 4

HECKING THE PACKAGE CONTENTS

ETTING TO KNOW YOUR CAMERA EATURES AND BENEFITS YSTEM REQUIREMENT

....................................................6

.......................................................8

...................................4

......................................5

2 ............................................................. 9

............................................. 9

USING

WPS B

PPLICATIONS OF THE CAMERA

UTTON

..........................................................9

........................................ 10

3 ........................................................... 11

........................................ 11

SING

IPF

INDER

.............................................................. 11

CCESSING TO THE CAMERA

ONFIGURING THE IP ADDRESS OF THE

............................................ 12

PC ....................... 17

4 ........................................................... 18

..................................... 18

SING THE WEB CONFIGURATION YSTEM

........................................................................... 19

ETWORK UDIO/VIDEO/EXPOSURE/IMAGE/WDR

EVENT STATUS

NTELLIGENT VIDEO ANALYSIS

PECIFICATION

........................................................................ 23

.............................................................................. 36

............................................................................ 45

................................................................ 55

..................................... 18

............................... 28

........................................... 44

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CHAPTER 1

Surveillance Solution

INTRODUCTION TO YOUR CAMERA

1.1 Checking the Package Contents

Check the items contained in the package carefully. You should have the following:



One Network Camera



One AC Power Adapter



Accessory Package (Screws / Plastic Anchors)

□ One Installation CD-ROM (

□ One Quick Installation Guide(

NOTE Once any item contained is damaged or missing, contact the

authorized dealer of your locale.

optional

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)

Power Input

Ethernet Port

WPS and Reset

Microphone

Lens

PIR

Sensor

Temperature and

IR LED and ICR

Speaker

802.11n Wi

Micro SD

Slot

Status LED

1.2 Getting to Know Your Camera



Front Panel

Humidity Sensors



Rear Panel

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1.3 Features and Benefits

 H.264/MPEG4/MJPEG Multi-codec Supported

The camera provides you with excellent images by the H.264/MPEG4/MJPEG multi-codec selectable technology, allowing you to adjust image size and quality, and bit rate according to the networking environment.

 High Resolution Surveillance

Equipped with 3 Mega pixel color CMOS sensor, the high performance camera is designed for your professional surveillance and security applications. The image resolution is up to 2048x1538 (3M).

 Remote Control Supported

By using a standard Web browser or the bundled GVMS software application, the administrator can easily change the configuration of the camera via Intranet or Internet. In addition, the camera can be upgraded remotely when a new firmware is available. The users are also allowed to monitor the image and take snapshots via the network.

 Multiple Profiles Supported

The camera supports multiple profiles simultaneously, so that you can separately set up different image settings (such as image quality and frame rate) for the three video types of the camera: H.264, MPEG4 and MJPEG.

 Flexible Audio Capability

The camera allows you to connect the external microphone to receive on-the-spot audio via the Internet, allowing you to monitor the on-site voice. In addition, you can connect an external active speaker to the camera to speak through the camera (supporting mono audio only).

 Supports RTSP

The camera supports RTSP (Real Time Streaming Protocol), which is a technology that allows you to view streaming

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media via the network. You can view the real-time video with the Quick Time player or RealPlayer. To view the real-time streaming image on your computer, open the Web browser and enter the RTSP link:

Stream 1: rtsp://(IP address of the camera)/stream1 Stream 2: rtsp://(IP address of the camera)/stream2

Stream 3: rtsp://(IP address of the camera)/3gp

 Temperature and Humidity Sensor Supported

The camera provides the display of temperature and humidity in real-time or send the user daily report. Alert the user when temperature and humidity exceed or bellow certain value.

 Multiple Platforms Supported

The camera supports multiple network protocols, including TCP/IP, SMTP e-mail, HTTP, and other Internet related protocols. Therefore, you can use the camera in a mixed operating system environment, such as Windows XP/ Vista, and Windows 7.

 Multiple Applications Supported

Through the remote access technology, you can use the cameras to monitor various objects and places for your own purposes. For example, babies at home, patients in the hospital, offices and banks, and more. The camera can capture both still images and video clips, so that you can keep the archives and restore them at any time.

 PIR Sensor Supported

The camera provides PIR (Passive Infrared) sensor for human detection. The PIR sensor detects motion by measuring changes in infrared light. The sensor can for example be used in low-light environments where video motion detection is not reliable.

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 ONVIF Compliance

This product supports ONVIF. For more information, refer to

www.onvif.org.

1.4 System Requirement

 Networking



LAN 10Base-T Ethernet or 100Base-TX Fast

Ethernet; Auto-MDIX.

 Accessing the Camera using Web Browser

 Platform Microsoft® Windows® XP/Vista/Win7  CPU Intel Core 2 Duo or higher  RAM 1GB or more  Resolution 1024x768 or higher  User Interface Microsoft® Internet Explorer 7.0 or

above; Apple Safari 2 or above; Mozilla Firefox 2.00 or above; Google Chrome

 Accessing the Camera using GVMS

 Platform Microsoft® Windows® XP/Vista/Win7  Resolution 1024 x 768 or higher

 Hardware Requirement:

 1~8 cameras Intel Core 2 Duo 2GB RAM  9~32 cameras Intel Core 2 Quad 4GB RAM

NOTE If you connect multiple cameras to monitor various places

simultaneously, you are recommended to use a computer with higher performance.

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CHAPTER 2

Surveillance Solution

WIRELESS CONNECTION

2.1 Using WPS Button

 Make sure your AP (Access Point) and Operation System

support WPS (Access Protected Setup) functions WPS enables easy setup with compatible Aps.

 Disconnect your LAN cable, and wait for the LED to turn red.  Press the WPS button for 1 second.  Press and hold down the WPS button on your AP (some

router/AP will have a virtual button on their management software instead). Refer to your AP's documentation for details using its WPS functions.

When WPS configuration is done, wireless connectivity will be established and the security encryption, such as WEP or WPAPSK, will be synchronized with the AP. As for IP setting, the camera's use of DHCP or static IP is determined by your configuration on the network camera via the web based configuration of firmware. The camera's default is DHCP.

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2.2 Applications of the Camera

The camera can be applied in multiple applications, including:

 Monitor local and remote places and objects via Internet or

Intranet.

 Capture still images and video clips remotely.  Upload images or send email messages with the still images

attached.

The following diagram explains one of the typical applications for your camera and provides a basic example for installing the camera.

Home Applications of the Internet Cameras

* Please have the camera enclosed by waterproof housing when using in outdoor.

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CHAPTER 3

Surveillance Solution

ACCESSING THE CAMERA

3.1 Using IP Search Software (CamWizard)

The camera comes with a conveniently utility, CamWizard, which is allowing you to search the camera on your network easily.

1. Click the CamWizard item to launch the utility. The control panel will appear as below.

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Click camera information.

to get the

Display the connected camera(s). Double click to link the Camera.

root

Click DHCP/Static IP to modify the IP address of the selected camera.

Enter the default User name ( password (root) and press OK the IP address will be change.

) and

2. Once you get the IP address of the camera, launch the Web browser or GVMS to access your camera.

3.2 Accessing to the Camera

Whenever you want to access the camera:

1. Since the default configuration of the camera is DHCP mode enabled, you are recommended to launch IPFinder to search the IP address that is assigned to the camera by the DHCP server, and then click Link to access the camera via the Web browser.

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2. If Network Camera can't get IP Address under DHCP mode,

Enter the User name

and Password.

the default IP Address will be 192.168.1.99.

3. When the login window appears, enter the default User name (root) and password (root) and press OK to access to the main screen of the camera’s Web Configuration.

NOTE If you are initially access to the camera, you will be ask to install a

new plug-in for the camera. Permission request depends on the Internet security settings of your computer. Click Yes to proceed.

After you login into the Web Configuration of the camera, the Main screen will appear as below:

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









The Main screen of the Web Configuration provides you with many useful information and functions, including:



Configuration: Click for configuring the camera settings.



Stream: The device supports multi-profile function for H.264,

MEPG4 and JPEG simultaneously. A user can choose the proper and/or preferred profile which is listed here.



Protocol: Select the protocol type: RTS, TCP, HTTP or RTSP

over HTTP.



Language: The device can provide multiple languages to meet

customer’s requirement.



Digital Output: Switch digital output interface on or off.

2-Way Audio The device supports 2-way audio function. A user

can choose to enable or disable this function by toggling the icon below.

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: Disable speaker function.

: Enable speaker function.

: Disable audio uploading function

: Enable audio uploading function.

Volume: Click Speaker button to activate this

function. Scroll the control bars to adjust the audio attribute.

Original size/

view between original size (full size: 3MegaPixels) and preview size

(smaller size).

Digital Zoom: From 1X to 10X, so you can see

objects in video in detail. Please note: that digital zoom uses computer algorithm to enlarge the video and some details may lost. If you need to focus on detail of specific objects in video view, please

use optical zoom ring on lens set of IP camera.

Preview Size: Switches live image

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Snapshot: Take a snapshot or camera video

and save image file on your computer.

Click ‘Save’ button when you see the image you wish to save, and you’ll be prompted to indicate the folder on your computer to save image file.

If you changed your mind and don’t want to save image file, click ‘Cancel’.

button to start recording. The video file is saved as ASF format into your local PC. While you want to stop it, press Stop to recording.

Record: Click Record to activate this function. Press Record

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3.3 Configuring the IP Address of the PC

If you are failed to access to the camera, please check the IP address of your computer. When you connect the camera to your computer directly to proceed with configuration of the camera, you need to set up the IP addresses to be in the same segment for the two devices to communicate.

1. On your computer, click Start > Control Panel to open the Control Panel window.

2. Double-click Network Connection to open the Network Connection window.

3. Right-click Local Area Connection and then click Properties from the shortcut menu.

4. When the Local Area Connection Properties window appears, select the General tab.

5. Select Internet Protocol [TCP/IP] and then click Properties to bring up the Internet Protocol [TCP/IP] Properties window.

6. To configure a fixed IP address that is within the segment of the camera, select the Use the following IP address option. Then, enter an IP address into the empty field. The suggested IP address is 192.168.1.x (x is 1~254 except 99), and the suggested Subnet mask is 255.255.255.0.

7. When you are finished, click OK.

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CHAPTER 4

Surveillance Solution

CONFIGURING THE CAMERA

4.1 Using the Web Configuration

You can access and manage the camera through the Web browser and the provided software application ZeroVew. This chapter describes the Web Configuration, and guides you through the configuration of the camera by using the Web browser.

To configure the camera, click “configuration “on the Main screen of Web Configuration. The Web Configuration will start from the Basic page.

The Web Configuration contains the settings that are required for the camera in the left menu bar, including Network, Video, Audio

Event, Storage, System, Status, Video Analytics

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4.2 System

The System menu contains two sub-menus that provide the system settings for the camera, such as the Camera Name, Location, Date & Time, etc.

When completed, click Apply to save the settings.

4.2.1 System>>Device Settings

 Information: This item allows you to assign the camera

name and location information.

- Camera Name: Enter a descriptive name for the camera, which is helpful to identify the camera easily while multiple cameras are connected within the network.

- Location: Enter a descriptive name for the location where is monitored by the camera.

 Indication LED: This item allows you to set the LED

illumination as desired. The available options include: Normal and OFF.

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 Date and Time: Enter the correct date and time for the system.

- TimeZone: Select the proper time zone for the region from the pull-down menu.

- DayLight Saving: Select this option if the Daylight Saving Time is used in your location.

Daylight Saving means a period from late spring to early fall, and during the period many countries will set their clocks ahead of normal local time by one hour to give more daytime light in the evening.

- Don't Modify: Select this option to set the date and time as system’s default settings.

- Synchronize with NTP Server: Select this option and the time will be synchronized with the NTP Server. You need to enter the NTP Server Address of the server and set the Update Interval.

- Manual: Select this option to set the date and time manually.

- Synchronize with PC: Select this option and the date & time settings of the camera will be synchronized with the connected computer.

4.2.2 System>>Firmware

 Update Firmware: You can upgrade the firmware for your

camera once you obtained a latest version of firmware.

- Current Firmware Version: This item displays the current firmware version.

- Update: Click Browse to locate the backup file on your PC and then click Update.

4.2.3 System>>Maintenance

 Factory Reset: Click Reset to restore all factory default

settings for the camera.

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 Reboot: Click Reboot to restart the camera just like turning

the device off and on. The camera configuration will be retained after rebooting.

 Configuration: You can save your camera configuration as

a backup file on your computer. Whenever you want to resume the original settings, you can restore them by retrieving the backup file.

- Backup: Click the button to save the current configuration of the camera.

- Restore: Click Browse to locate the backup file on your PC and then click Restore. You can also click Restore From SD CARD Device if the backup file is saved in the inserted SD card.

4.2.4 System>> Account

 Admin: To prevent unauthorized access to the camera’s

Web Configuration, you are strongly recommend to change the default administrator password. Type the administrator password twice and then click Modify to set and confirm the password.

 Users

- User Name/Password/Confirm Password: Enter the user’s name you want to add to use the camera. Then, enter the password twice for the new user. When done, click Add to add the new user for the camera.

- User List: Display the existing users of the camera. To delete a user, select the one you want to delete and click Delete.

 Guest

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- UserList: Display the existing guests of the camera. To delete a user, select the one you want to delete and click

Delete.

NOTE The “Users” can access the camera and control the Function

buttons of the camera’s Web Configuration; the “Guest’ can only view the live view image from the Main screen of the Web Configuration while accessing the camera. Only the “Admin” is allowed to configure the camera through the Web Configuration.

4.2.5 System>>Management Ports

 HTTPS: Select the Enable HTTPS option to enable HTTPS,

which is a secure protocol to provide authenticated and encrypted communication within your network.

- HTTPS Port: Assign a HTTPS port in the text box. The default HTTPS port is 443.

Warning!!!

The download firmware procedure cannot be interrupted. If the power and/or network connection are broken during the download procedure, it might possibly cause serious damage to the device. Strongly suggest that DO NOT upgrade firmware via Wireless LAN due to high error rate possibly and don't allow any other clients to access this unit during updating procedure. Be aware that you should not turn off the power during updating the firmware and wait for finish message. Furthermore, the firmware upgrade procedure always is risk and do not try to upgrade new firmware if it’s not necessary.

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4.3 Network

The Network menu contains the networking related settings for the camera, such as the IP Setting, DDNS Setting, IP Filter, etc.

When completed, click Apply to save the settings.

4.3.1 Network >> General

 DHCP / Static IP: This field allows you to select the IP

address mode and set up the related configuration. The avail options include: DHCP IPv4, DHCP IPv4/IPv6, and Static IPv4/IPv6.

- DHCP IPv4: Select this option when your network uses the DHCP server. When the camera starts up, it will be assigned an IP address from the DHCP server automatically.

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- DHCP IPv4/IPv6: DHCP for IPv6 enables the DHCP server to pass the configuration parameters (e.g. the IPv6 network addressed) to the IPv6 nodes, which offers the capability of automatic allocation of reusable network addresses and additional configuration flexibility. Select this option if your network supports DHCP IPv6 protocol. When the camera starts up, it will be assigned an IP address from the DHCP server automatically.

- Static IPv4/IPv6: Select this option to assign the IP address for the camera directly. You can use IPFinder to obtain the related setting values.

IP Address (IPv4/IPv6)

Subnet Mask

Default Gateway

Primary/ Secondary DNS

HTTP Port The default HTTP port is 80. RTSP Port

RTP Data Port

Enter the IP address of the camera. The default setting is 192.168.1.99.

Enter the Subnet Mask of the camera. The default setting is 255.255.255.0.

Enter the Default Gateway of the camera. The default setting is 192.168.1.254.

DNS (Domain Name System) translates domain names into IP addresses. Enter the Primary DNS and Secondary DNS that are provided by ISP.

The default RTSP Port (Real Time Streaming Protocol) is 554.

RTP (Real-time Transport Protocol) is a data transfer protocol defined to deliver live media to the clients at the same time, which defines the transmission of video and audio files in real time for Internet applications. The default RTP Data Port is 5556.

 Enable Multicast: Select this option to enable the multicast

function of the camera, and then complete the following settings so that you can deliver information from your camera to a set of receivers.

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- Multicast Group Address: Assign a category of IP addresses to receive the information from the camera.

- Multicast Video Port: Assign a multicast port for video in the text box. The default port is 5560.

- Multicast RTCP Video Port: Assign a multicast port for RTCP (real-time transport control protocol) video in the text box. The default port is 5561.

- Multicast Audio Port: Assign a multicast port for audio in the text box. The default port is 5562.

- Multicast RTCP Audio Port: Assign a multicast port for RTCP (real-time transport control protocol) audio in the text box. The default port is 5563.

- Multicast TTL: Set the value from 1 to 255. TTL (time to live) is used to specify the time to live in the IP header so that the system is able to decide whether or not the packet has been in the network too long and should be discarded.

 Enable PPPoE: Select this option when you use a direct

connection via the ADSL modem. You should have a PPPoE account from your Internet service provider. Enter the User Name and Password. The camera will get an IP address from the ISP as starting up.

NOTE Once the camera get an IP address from the ISP as starting up,

it automatically sends a notification email to you. Therefore, when you select PPPoE as your connecting type, you have to set up the email or DDNS configuration in advance.

 Enable DDNS: Select this option to enable DDNS service of

the camera. With the Dynamic DNS feature, you can assign a fixed host and domain name to a dynamic Internet IP address. To set up the DDNS, select the Provider from the pull-down menu and then enter the required information in the Host Name, User Name, and Password text boxes.

NOTE You have to sign up for DDNS service with the service provider

before configuring this feature.

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4.3.2 Network >> UPnP/Bonjour/Qos

 UPnP: The camera supports UPnP (Universal Plug and

Play), which is a set of computer network protocols that enable the device-to-device interoperability. Select the Enable Discovery option to enable the feature.

In addition, it supports port auto mapping function so that you can access the camera if it is behind an NAT router or firewall. Select the Enable Port Mapping option to enable the feature.

 Bonjour: The devices with Bonjour will automatically

broadcast their own services and listen for services being offered for the use of others. Select the Enable Discovery option and, if your browser with Bonjour, you can find the camera on your local network without knowing its IP address.

The Apple Safari is already with Bonjour. You can download the complete Bonjour for Internet Explorer browser from Apple's web site by visiting http://www.apple.com/bonjour/.

 QoS: QoS (quality of service) is the ability to provide

different priority to different applications or data flows.

- Video DSCP: Assign the DSCP (DiffServ Code Point) of the stream video from the camera by setting the value from 0 to 63.

- Audio DSCP: Assign the DSCP (DiffServ Code Point) of the stream audio from the camera by setting the value from 0 to 63.

4.3.3 Network >> IP Filter

The IP Filter setting allows the administrator of the camera to limit the users within a certain range of IP addresses to access the camera. Select the Enable Filter option and assign the range of IP addresses that are allowed to access the camera in the Accept IP Address field; or assign the range of IP addresses that are blocked to access the camera in the Deny IP Address field.

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For example, when you enter 192.168.1.50/192.168.1.80 in Start/End IP Address of Accept IP Address and then click Add, the user whose IP address located within 192.168.1.50 ~

192.168.1.80 will be allowed to access the camera. On the other

hand, if you enter the IP range in Start/End IP Address of Deny IP Address and then click Add, the user whose IP address located

within the range will not be allowed to access the camera. To remove the assigned range of IP addresses for IP Filter, select

the setting in the Accept/Deny IP List and then click Delete.

4.3.4 Network >> IP Notification

In case the IP address is changed, system is able to send out an email to alert someone if the function is enabled.

SMTP Notification (e-mail): If enable this function, then the “Send to“ and “Subject” fields need to be filled.

Send To: Type the receiver’s e-mail address. This address is used

for reply mail.

Subject: Type the subject/title of the E-mail. TCP Notification: If enable this function, then the “TCP Server“,

“TCP Port”, and “Message” fields need to be filled. TCP Server: Type the server name or the IP address of the TCP

server. TCP Port: Set port number of TCP server.

Message: The message will be sent to FTP server. HTTP Notification: If enable this function, then the fields below

need to be filled.

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URL: Type the server name or the IP address of the HTTP server.

HTTP Login name: Type the user name for the HTTP server.

HTTP Login Password: Type the password for the HTTP server.

4.4 Video

The Audio/Video/Image menu contains three sub-menus to provide the video and audio settings for the camera.

When completed, click Apply to save the settings.

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4.4.1 Video >> Video

 High Resolution: Select this option to enable the camera to

capture images in high resolution mode (up to 2048X1536 @ 25 fps). When the option is selected, you can select the desired option from the Main Stream pull-down menu and then complete the following to set the camera to capture images in H.264, MPEG4, or MJEPG format.

- Computer View: Select the desired resolution that you can view on PC from the Video Resolution pull-down menu: 2048x1536 (QXGA), 1920x1080 (1080P), 1280x1024 (SXGA) or 1280x720 (720P).

You also need to select a proper setting of Frame Rate. Please note that higher settings in Computer View and

Frame Rage obtain better video quality while it uses more resource within your network.

NOTE When High Resolution is disabled, you can only set the

Video Resolution as 1280x720 (720P), 720x480 (D1), 640x480 (VGA), 320x240 (QVGA), or 176x144 (QCIF).

- Rate Control: Set the proper image quality by selecting Video Quality or Bitrate, and then select the desired

settings from the pull-down menu:

Video Quality: Select Very Low, Low, Normal, High, or Very High from the pull-down menu.

Bitrate: Set a proper value (in kbps) depending on your

network status.

- Mobile View (Not supported by MPEG4): The camera supports 3GPP specification. Select the Disable option to disable this feature. Otherwise, select 3GPP Without Audio or 3GPP With Audio to transfer the video clips without or with audio.

If you use a mobile phone that supports 3GPP, you can also view the real-time streaming image captured by the camera on your phone (with the default player on the

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phone) by entering the RTSP link:

rtsp://(IP address of the camera)/3gp

NOTE Your mobile phone and the service provider must support

3GPP function. Please contact your service provider when you are failed to use this service.

4.4.2 Video >> Exposure

 IR-CUT :The camera can automatically or manually

remove the IR-cut filter to let IR light into the sensor during low light conditions.

- Auto mode:

The camera automatically removes the filter.

- Manual

User can use this function to determine the threshold , and

the camera switches between day mode and night mode based on this specified threshold.

-Always ON

The camera switches on the IR cut filter at all times to block

infrared light.

- Always OFF

The camera switches off the IR cut filter at all times for the

sensor to accept infrared light.

-Schedule mode

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The camera switches between day mode and night mode

based on a specified schedule. Enter the start and end time for day mode.

4.4.3 Video >> Audio

 Enable Microphone: Select the option to enable the

camera’s audio in function, so that you can receive the onsite sound and voice from the camera.

 Enable Speaker: Select the option to enable the camera’s

audio out function, so that the connected speaker can play the sound and voice through the camera.

4.4.4 Video >> Image

 Brightness: Adjust the brightness level from 0~255.  Contrast: Adjust the contrast level from 0~255.  Saturation: Adjust the colors level from 0~255.

Sharpness: Adjust the sharpness level from 0 ~ 100.

TIP Click Default to restore the default settings of the three options

above.

 Mirror: Select Vertical to mirror the image vertically, or

select Horizontal to mirror the image horizontally.

 Power Line Frequency: Select the proper frequency

according to the camera’s location to reduce the flicker: NTSC/60Hz or PAL/50Hz.

 Auto Iris: When you attach a DC-Iris lens with the auto Iris

function, select ON/OFF to enable/disable the feature.

 Overlay Setting: This option is used to set the image

overlay and mask feature of the camera.

- Enable Time Stamp: Select this option to display the date & time information on the live view image.

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- Enable Text Display: Select this option and enter your heading text in the box to display the text information on the live view image. You can set the displayed text in transparent mode by selecting the Transparent option.

- Enable Image Overlay: Select Default Logo or User Define Image to display the image overlay on the live view image.

You can set the displayed image in transparent mode by selecting the Transparent option and select the background color as white or black.

When you select User Define Image, you can click Browse to select the image file from your computer and then click Update to apply the setting.

NOTE The width and height of the input overlay graphic should

be multiple of 4 at a maximum size of 160x128, and in JPG or BMP (24-bit RGB) format.

4.4.5 Video >> ROI

ROI means Region of Interest. When the main stream is

set to High Resolution, user can select specified region for monitoring, for this will saving the bandwidth if there are too many collision on the network.

4.4.6 Video >> Advance

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 Digital noise

reduction

A digital filter designed to reduce visible noise for Improving visibility of images.

 Fog compensation Improved visibility of images in fog or smoke using Fog

compensation function

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4.4.7 Video >> Video Stabilization

Video Stabilization

is a video enhancement technique which reduces the jitter in video caused due to camera shake. It is achieved by moving a sub-frame in the video frame in opposite direction to the camera movement

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4.4.8 Video >> Privacy Masks

Click Privacy Mask to open the settings page. On this page, user can block out sensitive zones to address privacy concerns.

can use the mouse cursor to size and drag-drop the window, which is recommended to be at least twice the size of the object (height and width) you want to cover. Up to 4 privacy mask windows can be set up on the same screen.

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User

4.5 Event

The Advance menu contains five sub-menus that allow you to set up the advanced feature of the camera, including the event, event schedule, motion detection, recording, RS-485, etc.

When completed, click Apply to save the settings.

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4.5.1 Event >> Event

 Media Format: Select One Snapshot to send the alert

message with one still image captured by the camera, or select H264 Video to send the alert message with one video clip recorded by the camera.

You can set the attachment that is captured in Pre Event or Post Event time when the event has been triggered.

 FTP Event Server: Select Enable to enable the FTP server

for the camera.

-FTP Server: Enter the IP address of the target FTP server.

- Port: Enter the port number used for the FTP server.

- User Name: Enter the user name to login into the FTP

server.

- Password: Enter the password to login into the FTP server

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NOTE Due to the network environment, the camera may not upload

number of images that you set.

 SMTP Event Server: Select Enable to enable the SMTP

server for the camera.

- SMTP Mail Server: Enter the mail server address. For example, mymail.com.

- Port: Assign the SMTP port in the text box. The default SMTP port is 25.

- Sender Email Address: Enter the email address of the user who will send the email. For example, gta@mymail.com.

- Receiver #1/#2 Email Address: Enter the first/second email address of the user who will receive the email.

- Subject: Enter the subject of the message for the event.

- Authentication: Select the option according to the mail server configuration.

- User Name: Enter the user name to login the mail server.

- Password: Enter the password to login the mail server.

- Test SMTP: When done, click the button to test the SMTP server.

- SSL Encryption: If the mail server requires an encrypted connection, you should select the SSL option.

NOTE Due to the network environment, the camera may not upload

number of images that you set.

 Samba Event Server: Select Enable to enable the Network

Storage server for the camera.

- Samba Server Address: Enter the IP address of the Network Storage server.

- Path: Assign the path for uploading the files on the Network Storage server. For example, /Test/.

- User Name: Enter the user name to login into the Network Storage server.

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- Password: Enter the password to login into the Network Storage server.

- Test SMB: When done, click the button to test the network storage server.

NOTE The recorded video files in Network Storage are enclosed by

MP4/AVI format without audio.

4.5.2 Event >> Event Schedule

Follow the steps below to set up the Event Schedule for the camera:

1. Select Enable and enter the Event Name.

2. Select the Trigger by: Motion Detection, Digital Input 1, or Digital Input 2 ,

3. Select the Action when triggered:

- Enable FTP: The camera will upload the attachment to FTP when triggered.

- Enable EMAIL: The camera will send the attachment to the assigned receiver when triggered.

- Enable Samba: The camera will transfer the attachment to the network storage when triggered.

NOTE To enable the FTP/Email/Samba services, the required

- GO Preset: The camera will move to the preset position when triggered. Please note that the function is available only when a RS-485 device, such as an external camera stand with rotation function, is connected to the camera.

- Enable SD CARD: The camera will store the attachment to the SD card when triggered.

periodically time and etc

settings of must be completed in the Advance >> Event section.

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- Trigger digital output: The camera will trigger the connected device on the camera’s output for 1~60 seconds (according to the setting of the pull-down menu).

4. When done, click Add. The event profile will be added to the Event list.

TIP To change/remove the event profile, select the desired profile from

the Event list and then click Modify/Delete.

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4.6 Status

The Status menu provides the current status of the camera, including the basic information, audio/video settings, networking configuration, and system logs. This information is very useful when you need to repair or fix the problem of this IP camera.

4.6.1 Status>>Basic

4.6.2 Status>> audio/video

 The examples of

pages

look like below:

basic, audio/video, and network

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4.6.3 Status>>Network

- 42 -

4.6.4 Status>>System Log

4.6.4.1 Remote Log

You can configure the Network Camera to send the system log file to a remote server as a log backup. Before utilizing this feature, it is suggested that the user install a log-recording tool to receive system log messages from the Network Camera. An example is Kiwi Syslog Daemon Visit

http://www.kiwisyslog.com/kiwi-syslog-daemon-overview/.

Follow the steps below to set up the remote log:

1. In the IP address text box, enter the IP address of the remote

server.

2. In the port text box, enter the port number of the remote server.

3. When completed, select Enable remote log and click Save to

enable the setting.

4.6.4.2 Log List

You can check the usage log of IP camera here. In this page, you can click:

1. First page / Final page: Jump to first / final page of log.

2. Previous / Next: Jump to previous or next page of log.

3. Remove: Clear log.

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You’ll be prompted for confirmation.

4.7 Intelligent Video Analysis

The Intelligent Video Analysis option provides a suite of five video analytics applications: Camera Tamper Detection (CTD), Intelligent Motion Detection (IMD), Trip Zone (TZ), Object Counting (OC), and Face Detection/Recognition (FD). Both processors can deliver continuous CTD concurrently with one of the four remaining video analytic functions, e.g. CTD plus IMD running simultaneously.

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 Face Detection: Detects faces from the camera’s video input.

-Set whether or not to Enable Face Detection.

-Select Sensitivity to set the sensitivity level. As the

sensitivity grows, face detection becomes more close and detailed.

-Select Direction to set directions for detection: up, left, and

right. The system supports to detect faces with face inclination +/- 45°, face direction +/- 30° in vertical direction and +/- 60° in horizontal direction.

- Set whether to use Detection result overlay. When faces

are detected, their positions and sizes are marked with rectangles on the screen.

-Set whether or not to Enable the calibration mask with minimum face size of 20x20 pixels

TIP

The Face Enhancement function improves the visibility of

human face images, making it easier to see and identify in more natural conditions when monitoring and recording.

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 Face Recognition: Recognize faces from the camera’s pre-

loaded database of faces.

-Set whether or not to Enable Face Recognition.

-Select Confidence Level to set the confidence threshold.

Threshold for the input face confidence when compared to the faces in the database.

- Set whether to use Face Register. It supports run-time

addition and deletion of registered faces in the database.

 Camera Tamper Detection Camera Tamper Detection (CTD) detects tampering events in surveillance cameras that may compromise the integrity of the video content. Examples of camera tampering include obstructing the lens with paint or a foreign object, adjusting the lens' focus or aperture settings, pointing the camera in a different direction, and

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turning off the lights (if indoors with no major change in ambient illumination expected). CTD can tolerate the effects of automatic camera gain, camera shaking that causes mild image jitter (less than +/- 4 pixels in any direction), and dimly lit scenes.

- Set whether or not to Enable Camera Tamper Detection

- Select Sensitivity to set the sensitivity level.

The higher the sensitivity, detects the minutest tampering attempts.

- Select Reset Time. Once a tampering is detected, the camera will

resume a normal operating after a certain stability time (Reset Time) during which no detection will be performed.

- Select Alarm Type to specify the activation condition.

 Intelligent Motion Detection

Detect the moving objects within user-defined zones in the camera’s field of view. This analytics event is triggered when a moving object in a user-defined zone is detected. Up to four zones can be defined within the camera’s field of view.

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Objects must be moving and visible within the boundary of a zone for at least 100 ms. Minimum and maximum dimensions supplied by the user serve as guidance to internal segmentation algorithms but do not strictly disqualify objects from consideration. Motion in any direction inside a zone will trigger an event.

-Set whether or not to Enable Intelligent Motion Detection

- Select Sensitivity to set the sensitivity level. A high sensitivity setting makes it less likely that an event is missed, but can make the algorithm susceptible to false alarms.

- Select Calibration (People or Vehicle Object Sizes). The minimum and maximum bounding box size of objects can be specified to improve detection accuracy.

People or Vehicle Minimum Size: minimum expected width and height of an object in the scene. Width and height values must be at least 6 pixels. If small objects cause unwanted

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false detections, consider increasing the minimum dimensions.

People or Vehicle Maximum Size: maximum expected width and height of a person in the scene. Width and height maximum dimensions should be larger than their corresponding minimum dimensions, and should not exceed more than half the frame size.

- Select Zones Settings to specify the multiple activation zones.

Up to four independent zones, where each zone is a userdefined polygon with a maximum of 16 nodes. Each node defined by fixed-point coordinate pair lying within image boundaries. The first and last nodes should be identical. An object’s size must satisfy the minimum area defined by the size criterion (above) to be detected. The zone ID is reported along with the event.

 Trip Zone

Detects objects moving from one user-defined zone to another; can also be used for “wrong way” detection. A Trip Zone event occurs when an object(s) is detected moving across the common edge shared by exactly two adjacent zones. The zones are defined as two polygonal regions that

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share exactly one common edge. An object crossing this edge must appear in each zone for at least 0.5 seconds to be detected6. To satisfy the 0.5 second requirement, the size and shape of each zone should be large enough to accommodate the size and velocity of all targeted objects.

-Zone 1: User defined polygon with a maximum of 16 nodes. Each node defined by fixed-point coordinate pair lying within image boundaries. Must be defined before Zone 2. The first and last nodes should be identical.

-Zone 2: User defined polygon with a maximum of 16 nodes. Each node defined by fixed-point coordinate pair lying within image boundaries. Must be defined after Zone 1. The first and last nodes should be identical.

-Directionality:

Zone 1 to Zone 2: Event detected only if object moves from

zone 1 to zone 2.

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Zone 2 to Zone 1: Event detected only if object moves from zone 2 to zone 1. Bi-directional: Event detected if object moves either from zone 1 to 2 or from zone 2 to 1.

-Sensitivity: A high sensitivity setting makes it less likely that an event is missed, but can make the algorithm susceptible to false alarms.

-Object Sizes:

People Minimum Size – minimum expected width and

height of a person in the scene. Width and height values must be greater than 16 pixels. People Maximum Size – maximum expected width and height of a person in the scene. Object width must be less than 80 pixels and height must be less than 48 pixels. Vehicle Minimum Size – minimum expected width and height of a vehicle in the scene. Width and height values must be greater than 16 pixels. Vehicle Maximum Size – maximum expected width and

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height of a vehicle in the scene. Object width must be less than 80 pixels and height must be less than 48 pixels.

 Object Counting: Count the number of objects moving

through the camera’s field of view (from top-to-bottom or from left-to-right). An Object Counting event occurs when an object is detected moving from one half of the image to the other half. This application provides an estimate of the number of objects that trigger the event. Each half of the image is designated as either zone 1 or zone 2. The objects must appear in each image zone for at least 0.5 seconds.

- Counter Orientation:

Top-Bottom: Event detected when objects move across top

and bottom halves of the image.

Left-Right: Event detected when objects move across left

and right halves of the image.

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- Directionality:

Zone 1 to Zone 2: Event detected only if object moves

from zone 1 to zone 2 Zone 2 to Zone 1: Event detected only if object moves from zone 2 to zone 1 Bi-directional: Event detected if object moves either from zone 1 to 2 or from zone 2 to 1

- Sensitivity:

A high sensitivity setting makes it less likely that an event is missed, but can make the algorithm susceptible to false alarms.

- Object Sizes:

Expected width and height of an object in the scene. Width and height values must be greater than 16 pixels, and smaller than 64 pixels.

- 53 -

- 54 -

Appendix

Surveillance Solution

A.1 Specification

 Image Sensor

Sensor 1/3” 3 Megapixel color CMOS Sensor Resolution 2048 x 1536 Min. Illumination 0.1 Lux

 Lens Assembly

Lens Type Board Type View Angle 80 degree Auto Iris Fixed-Iris Night Vision Built-in removable IR cut filter

 System Hardware

Network Processor DSP base RAM 128MB DDR SDRAM ROM 128MB NAND Flash Power DC 5V / 1A Power Consumption 4W max.

 Video

Compression H.264/MPEG4/MJPEG Video resolution QXGA (2048x1536) @ 25fps;

1080P (1920x1080) @ 30fps;

 Communication

SXGA (1280x1024) @ 30fps; 720p (1280x720) @ 30fps; VGA (640x480) @ 30 fps; QVGA (320x240) @ 30 fps; QCIF (176x144) @ 30 fps

- 55 -

LAN 10/100Mbps Fast Ethernet with Auto-

MDIX

Wireless IEEE802.11n

Protocol support TCP/IP, IPV6, UDP, ICMP, DHCP, NTP,

DNS, DDNS, SMTP, FTP, HTTP, HTTPs, Samba, PPPoE, UPnP, Bonjour, RTP, RTSP, RTCP, ONVIF Profile S, ISCSI

 Audio

Input Build-in Microphone Output Build-in Speaker Codec G.711/AMR (AMR is for 3GPP only)

 User Interface

LAN One RJ-45 port SD Card One SD/SDHC card slot Reset/WPS One reset/wps button LEDs Power LED (amber); Link LED (green),

SD Card Status (Blue)

 Software

OS Support Windows XP/Vista, and Windows 7 Browser Internet Explorer 7.0 or above; Apple

Safari 2 or above; Mozilla Firefox 2.00 or above; Google Chrome

Software GVMS for playback/recording/

configuration features

 Operating Environment

Temperature Operation: 0°C ~ 50°C;

Storage: -5°C ~ 55°C

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Humidity Operation: 20% ~ 85%, non-condensing;

Storage: 0% ~ 90%, non-condensing

 EMI FCC/CE class B

A.2 Glossary of Terms

NUMBERS

10BASE-T

100BASE-TX

ADPCM

AMR

Applet

ASCII

ARP

10BASE-T is Ethernet over UTP Category III, IV, or V unshielded twisted-pair media.

The two-pair twisted-media implementation of 100BASE-T is called 100BASE-TX.

Adaptive Differential Pulse Code Modulation, a new technology improved from PCM, which encodes analog sounds to digital form.

AMR (Adaptive Multi-Rate) is an audio data compression scheme optimized for speech coding, which is adopted as the standard speech codec by 3GPP.

Applets are small Java programs that can be embedded in an HTML page. The rule at the moment is that an applet can only make an Internet connection to the computer form that the applet was sent.

American Standard Code For Information Interchange, it is the standard method for encoding characters as 8bit sequences of binary numbers, allowing a maximum of 256 characters.

Address Resolution Protocol. ARP is a protocol that resides at the TCP/IP Internet layer that delivers data on the same network by translating an IP address to a physical address.

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AVI

BOOTP

Communication

Connection

DHCP

DNS

Audio Video Interleave, it is a Windows platform audio and video file type, a common format for small movies and videos.

Bootstrap Protocol is an Internet protocol that can automatically configure a network device in a diskless workstation to give its own IP address.

Communication has four components: sender, receiver, message, and medium. In networks, devices and application tasks and processes communicate messages to each other over media. They represent the sender and receivers. The data they send is the message. The cabling or transmission method they use is the medium.

In networking, two devices establish a connection to communicate with each other.

Developed by Microsoft, DHCP (Dynamic Host Configuration Protocol) is a protocol for assigning dynamic IP addresses to devices on a network. With dynamic addressing, a device can have a different IP address every time it connects to the network. In some systems, the device's IP address can even change while it is still connected. It also supports a mix of static and dynamic IP addresses. This simplifies the task for network administrators because the software keeps track of IP addresses rather than requiring an administrator to manage the task. A new computer can be added to a network without the hassle of manually assigning it a unique IP address. DHCP allows the specification for the service provided by a router, gateway, or other network device that automatically assigns an IP address to any device that requests one.

Domain Name System is an Internet service that translates domain names into IP addresses. Since

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Enterprise network

Ethernet

Fast Ethernet

Firewall

domain names are alphabetic, they're easier to remember. The Internet however, is really based on IP addresses every time you use a domain name the DNS will translate the name into the corresponding IP address. For example, the domain name

www.network_camera.com might translate to

192.167.222.8.

An enterprise network consists of collections of networks connected to each other over a geographically dispersed area. The enterprise network serves the needs of a widely distributed company and operates the company’s mission-critical applications.

The most popular LAN communication technology. There are a variety of types of Ethernet, including 10Mbps (traditional Ethernet), 100Mbps (Fast Ethernet), and 1,000Mbps (Gigabit Ethernet). Most Ethernet networks use Category 5 cabling to carry information, in the form of electrical signals, between devices. Ethernet is an implementation of CSMA/CD that operates in a bus or star topology.

Fast Ethernet, also called 100BASE-T, operates at 10 or 100Mbps per second over UTP, STP, or fiber-optic media.

Firewall is considered the first line of defense in protecting private information. For better security, data can be encrypted. A system designed to prevent unauthorized access to or from a private network. Firewalls are frequently used to prevent unauthorized Internet users from accessing private networks connected to the Internet, especially Intranets all messages entering or leaving the intranet pass through the firewall, which examines each message and blocks those that do not meet the specified security criteria.

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network must conform to IP addressing rules. In smaller

Gateway

Group

HEX

Intranet

Internet

Internet address

A gateway links computers that use different data formats together.

Groups consist of several user machines that have similar characteristics such as being in the same department.

Short for hexadecimal refers to the base-16 number system, which consists of 16 unique symbols: the numbers 0 to 9 and the letters A to F. For example, the decimal number 15 is represented as F in the hexadecimal numbering system. The hexadecimal system is useful because it can represent every byte (8 bits) as two consecutive hexadecimal digits. It is easier for humans to read hexadecimal numbers than binary numbers.

This is a private network, inside an organization or company that uses the same software you will find on the public Internet. The only difference is that an Intranet is used for internal usage only.

The Internet is a globally linked system of computers that are logically connected based on the Internet Protocol (IP). The Internet provides different ways to access private and public information worldwide.

To participate in Internet communications and on Internet Protocol-based networks, a node must have an Internet address that identifies it to the other nodes. All Internet addresses are IP addresses

Internet Protocol is the standard that describes the layout of the basic unit of information on the Internet (the packet) and also details the numerical addressing format used to route the information. Your Internet service provider controls the IP address of any device it connects to the Internet. The IP addresses in your

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IP address

packets across the Internet. For example 80.80.80.69 is

ISP (Internet Service Provider) is a company that

maintains a network that is linked to the Internet by way

icated communication line. An ISP offers the

use of its dedicated communication lines to companies

or individuals who can’t afford the high monthly cost for

ISP

JAVA

LAN

MJPEG

LANs, most people will allow the DHCP function of a router or gateway to assign the IP addresses on internal networks.

IP address is a 32-binary digit number that identifies each sender or receiver of information that is sent in

an IP address. When you “call” that number, using any connection methods, you get connected to the computer that “owns” that IP address.

of a ded

a direct connection.

Java is a programming language that is specially designed for writing programs that can be safely downloaded to your computer through the Internet without the fear of viruses. It is an object-oriented multithread programming best for creating applets and applications for the Internet, Intranet and other complex, distributed network.

Local Area Network a computer network that spans a relatively small area sharing common resources. Most LANs are confined to a single building or group of buildings.

MJPEG (Motion JPEG) composes a moving image by storing each frame of a moving picture sequence in JPEG compression, and then decompressing and displaying each frame at rapid speed to show the moving picture.

- 61 -

MPEG4

NAT

Network

NWay Protocol

PCM

PING

MPEG4 is designed to enable transmission and reception of high-quality audio and video over the Internet and next-generation mobile telephones.

Network Address Translator generally applied by a router that makes many different IP addresses on an internal network appear to the Internet as a single address. For routing messages properly within your network, each device requires a unique IP address. But the addresses may not be valid outside your network. NAT solves the problem. When devices within your network request information from the Internet, the requests are forwarded to the Internet under the router's IP address. NAT distributes the responses to the proper IP addresses within your network.

A network consists of a collection of two or more devices, people, or components that communicate with each other over physical or virtual media. The most common types of network are:

LAN – (local area network): Computers are in close distance to one another. They are usually in the same office space, room, or building.

WAN – (wide area network): The computers are in different geographic locations and are connected by telephone lines or radio waves.

A network protocol that can automatically negotiate the highest possible transmission speed between two devices.

PCM (Pulse Code Modulation) is a technique for converting analog audio signals into digital form for transmission.

Packet Internet Groper, a utility used to determine whether a specific IP address is accessible. It functions by sending a packet to the specified address and waits for a reply. It is primarily used to troubleshoot Internet

- 62 -

PPPoE

Packet Exchange (IPX) protocol or the Internet Protocol

Protocol

RJ-45 Router

RTP

connections. Point-to-Point Protocol over Ethernet. PPPoE is a

specification for connecting the users on an Ethernet to the Internet through a common broadband medium, such as DSL or cable modem. All the users over the Ethernet share a common connection.

Communication on the network is governed by sets of rules called protocols. Protocols provide the guidelines devices use to communicate with each other, and thus they have different functions. Some protocols are responsible for formatting and presenting and presenting data that will be transferred from file server memory to the file server’s net work adapter Others are responsible for filtering information between networks and forwarding data to its destination. Still other protocols dictate how data is transferred across the medium, and how servers respond to workstation requests and vice versa. Common network protocols responsible for the presentation and formatting of data for a network operating system are the Internetwork

(IP). Protocols that dictate the format of data for transferors the medium include token-passing and Carrier Sense Multiple Access with Collision Detection (CSMA/CD), implemented as token-ring, ARCNET, FDDI, or Ethernet. The Router Information Protocol (RIP),a part of the Transmission Control Protocol/Internet Protocol (TCP/IP) suite, forwards packets from one network to another using the same network protocol.

RJ-45 connector is used for Ethernet cable connections. A router is the network software or hardware entity

charged with routing packets between networks. RTP (Real-time Transport Protocol) is a data transfer

protocol defined to deliver live media to the clients at the same time, which defines the transmission of video

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RTSP

It is a simple computer that provides resources, such as

communication for Voice over

Server

SIP

SMTP

SNMP

Station

Subnet mask

(TCP/IP)

Transceiver

and audio files in real time for Internet applications. RTSP (Real-time Streaming Protocol) is the standard

used to transmit stored media to the client(s) at the same time, which provides client controls for random access to the content stream.

files or other information. SIP (Session Initiated Protocol) is a standard protocol

that delivers the real-time IP (VoIP), which establishes sessions for features such as audio and video conferencing.

The Simple Mail Transfer Protocol is used for Internet mail.

Simple Network Management Protocol. SNMP was designed to provide a common foundation for managing network devices.

In LANs, a station consists of a device that can communicate data on the network. In FDDI, a station includes both physical nodes and addressable logical devices. Workstations, single-attach stations, dualattach stations, and concentrators are FDDI stations.

In TCP/IP, the bits used to create the subnet are called the subnet mask.

Transmission Control Protocol/Internet Protocol is a widely used transport protocol that connects diverse computers of various transmission methods. It was developed y the Department of Defense to connect different computer types and led to the development of the Internet.

A transceiver joins two network segments together. Transceivers can also be used to join a segment that uses one medium to a segment that uses a different medium. On a 10BASE-5 network, the transceiver

- 64 -

pair. UTP is a form of cable used by

UDP

User Name

Utility UTP

WAN

WEP

Windows

WPA

WPA2

connects the network adapter or other network device to the medium. Transceivers also can be used on 10BASE-2 or 10BASE-T networks to attach devices with AUI ports.

The User Datagram Protocol is a connectionless protocol that resides above IP in the TCP/IP suite

The USERNAME is the unique name assigned to each person who has access to the LAN.

It is a program that performs a specific task. Unshielded twisted-

all access methods. It consists of several pairs of wires enclosed in an unshielded sheath.

Wide-Area Network. A wide-area network consists of groups of interconnected computers that are separated by a wide distance and communicate with each other via common carrier telecommunication techniques.

WEP is widely used as the basic security protocol in Wi-Fi networks, which secures data transmissions using 64-bit or 128-bit encryption.

Windows is a graphical user interface for workstations that use DOS.

WPA (Wi-Fi Protected Access) is used to improve the security of Wi-Fi networks, replacing the current WEP standard. It uses its own encryption, Temporal Key Integrity Protocol (TKIP), to secure data during transmission.

Wi-Fi Protected Access 2, the latest security specification that provides greater data protection and network access control for Wi-Fi networks. WPA2 uses the government-grade AES encryption algorithm and IEEE 802.1X-based authentication, which are required to secure large corporate networks.

- 65 -

FCC Notices

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

CAUTION: Change or modification not expressly approved by the party responsible

for compliance could void the user’s authority to operate this equipment.

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

--Reorient or relocate the receiving antenna.

--Increase the separation between the equipment and receiver.

--Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

--Consult the dealer or an experienced radio/TV technician for help.

CAUTION:

Any changes or modifications not expressly approved by the grantee of this device could void the user's authority to operate the equipment.

- 66 -

OvisLink SMARTCUBE300W User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual