Veo Pan and Tilt Appendix E Bandwidth Estimation, Image Resolution Average range of Data Sizes

Page 86

Network Camera User’s Guide

Appendix E: Bandwidth Estimation

The frame rate of video transmitted from the Network Camera depends on connection bandwidth between client and server and quality setting of server. Here is a guideline to help you roughly estimate the bandwidth requirements form your Network Camera.

Image bandwidth is approximately equal to the average frame rate in frames per second multiplied by the average frame data size in kilobits. Frame data size, or the number of bits comprising a single video frame varies a great deal from depending on scene complexity, lighting conditions, camera noise, etc. The table shown below is reference figures. Actual results generated by the Network Camera may be varying.

Image Resolution

Average range of Data Sizes

176 x 144 (QCIF)

20

– 40k bit

320 x 240 (QVGA)

56– 92k bit

352 x 288 (CIF)

64 – 112k bit

640 x 480 (VGA)

160

– 320k bit

For example, streaming 2 fps of 320 x 240 video requires 112 to 184 kbps (kilobits per second). Therefore, with a 128K upload connection; you will typically see 3 to 6 frames per second with 176 x 144 resolution and 1 to 2 frames per second with 320 x 240 resolution without audio stream.

Note: Audio streaming also takes bandwidth around 32 kbps to 64kbps. Most ADSL/Cable modem upload speeds may not even reach up to 128 kbps. Thus, you may not be able to receive any video while streaming audio on a 128 kbps or lower connection. Even though the upload speed is more than 128kbps, for optimal video performance, disabling audio streaming will get better video performance.

86/95

Page 85 Page 87
Image 86
Page 85 Page 87
Contents Pan and Tilt Network Camera PT IP Cam / IR IP Cam / Video Server Series Declaration of Conformity Table of Contents Appendix C Troubleshooting & Frequently Asked Questions Overview IntroductionMinimum System Requirement SurveillancePackage Contents Screws are used to fix Network Camera 10/95 LAN Socket DC Power and Video Output CableConnections CF Card Socket Alarm I/O ConnectorFactory Default Reset MicrophoneFix the Network Camera to Ceiling Plug an Ethernet cable into Network CameraConnect the external power supply to Network Camera Logging in to Homepage Before OperationInstall the Network Camera with an Adsl Router First time uses the Network Camera 18/95 19/95 20/95 Logging in as an ordinary User Operating the Network Camera Control Panel During preset mode, click the number and a dialogue box for Advanced Function Area Camera Name Default frame rateSystem ID Remote camera control27/95 Image Quality Camera PTImage Size Camera Tour Saturation, Sharpness, Contrast, HueAudio Reset to Default Dhcp Http Port IP Finder33/95 PPPoE 35/95 36/95 37/95 38/95 Function Notification Application User name PasswordFTP server name Remote pathNone Image file nameSuffix Date/TimeSmtp server name Subject Sender’s e-mail addressReceiver’s e-mail address Image Memory Overwrite Memory ContentFile Name Capacity WarningDuration Alarm 2 Setup Alarm Output 2 action 49/95 50/95 Synchronize the time with PC’s time Change the time manuallyGet Time from a NTP server 53/95 Firmware upgrade 55/95 56/95 57/95 58/95 Trigger Capture RightMouseButton of ActiveX Control View Menu View63/95 URL Split Rotate Resolution Image Recording…- Save as Jpeg Quality69/95 Image Recording…- Save as AVI Save as AVI71/95 72/95 73/95 Save Current Picture As … Network Camera User’s Guide 75/95 Appendix a Restore Factory Default Settings Restore the Network CameraPin Function Appendix B Alarm I/O ConnectorInterfacing to the External I/O Explanation of External I/O Circuit Diagram Example Network Camera User’s Guide 79/95 Appendix C Troubleshooting Frequently Asked Questions FeaturesAccess Network Camera LAN Camera Control Video Quality of Network CameraMiscellaneous Appendix D Ping IP Address Image Resolution Average range of Data Sizes Appendix E Bandwidth EstimationAppendix F Specifications Codec JPEG, 3 levelsAudio Streaming Firmware UpgradeFrame Rate CompatibilityAppendix G Time Zone Table Network Camera User’s Guide 90/95 Appendix H Ddns Application PrefaceApplication Steps-DDNS & Domain Name Page Page Setup the Ddns and PPPoE

Pan and Tilt specifications

Veo Pan and Tilt is an advanced camera system designed specifically for capturing high-quality video and audio in a dynamic environment. This innovative solution is particularly popular among educators, sports enthusiasts, and businesses looking to enhance their remote communication capabilities. With its sleek design and robust technological features, Veo Pan and Tilt is transforming how users engage with video content.

One of the standout features of the Veo Pan and Tilt is its ability to automatically track subjects within its field of view. Utilizing advanced artificial intelligence and machine learning algorithms, this camera system can recognize and follow movement seamlessly. Whether it’s a teacher conducting a virtual classroom lesson or a sports coach reviewing gameplay, the camera adjusts its angle and zoom to ensure that every important moment is captured with precision.

The camera supports high-definition video quality, ensuring that every detail is clear and vibrant. With resolutions that often reach up to 1080p, users can enjoy crisp imagery without compromising on speed or performance. Moreover, the image stabilization technology integrated into the device helps eliminate shaky footage, thereby providing a smooth viewing experience.

Another defining characteristic of the Veo Pan and Tilt is its versatility. It can be easily mounted on walls, ceilings, or tripods, allowing for flexible installation in various settings. Its intuitive interface makes it user-friendly, enabling quick setup and operation even for those with minimal technical expertise. Additionally, the camera can be remotely controlled via a mobile app or a web interface, giving users the power to adjust settings and viewpoints on-the-go.

The audio capabilities of the Veo Pan and Tilt also deserve mention. Featuring high-quality microphones and noise-cancelation technology, the camera ensures that audio recorded alongside the video is clear and intelligible. This makes it an ideal choice for webinars, online lectures, and virtual meetings, enhancing communication between participants.

Compatibility is another key feature, as Veo Pan and Tilt easily integrates with various video conferencing platforms and streaming services. This interoperability ensures that users can connect their camera to the tools they are already using, streamlining their workflow.

In summary, Veo Pan and Tilt represents a significant advancement in video capture technology. With AI-driven tracking, high-definition recording, flexible installation options, and impressive audio quality, it caters to a wide range of users. Whether in the classroom, at a sports event, or in a corporate setting, Veo Pan and Tilt elevates the standard of remote video engagement, making it a valuable asset in today’s increasingly digital world.
Top Page Image Contents