Vivotek IP2122, IP2112 manual

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2.bandwidth share,

3.number of users,

4.number of video input is accessed at one time,

5.the complicated objects in view results in larger image file,

6.the level of your PC or notebook which is responsible of displaying images.

In general, the transfer rate in general local network environment can achieve over 200 kilobytes per second and approximately 10 to 20 pictures of normal environment per second. The general frame size is illustrated in the follow table for reference.

Quality setting

Size of each frame

Bandwidth demand for 30fps

 

 

 

Medium

9.3 kbyte

2246 kbps

 

 

 

Standard

11.15 kbyte

2676 kbps

 

 

 

Good

13.76 kbyte

3303 kbps

 

 

 

Detailed

16.35 kbyte

3925 kbps

 

 

 

Excellent

20.3 kbyte

4886 kbps

 

 

 

Q How can I keep Network Camera as private as possible?

A Network Camera is designed for surveillance purpose and has many flexible interfaces. The user authentication and special confirmation in installation can keep Network Camera from unauthorized access. You may also change the HTTP port to non-public number. You can check system log to examine any abnormal activities and trace the origins.

Q Why can I see image files when I use dir in FTP even if the alarm is not triggered? A Every time Network Camera starts, it will capture the images as vpre.jpg. If there are previously saved image files that are not retrieved, Network Camera will keep them until they are accessed.

Q How will the stored images be processed if Network Camera loses power?

A If user has defined the snapshot interval, Network Camera will capture images periodically. Once the pre-defined condition is match, the pre-alarm images will be kept and the current images will be saved. The subsequent images will be stored as post-alarm stage. User may retrieve these files either by downloading via FTP or direct Network Camera send them in e-mails. That means after monitoring conditions are met, Network Camera will keep these image files until user retrieval even if power is lost.

QIf I set Network Camera to send e-mails of images whenever the conditions are met, will my e-mail account overflow?

A It is recommended to use transient state rather than steady state. For instance, use

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Contents Page Before You Use Table of Contents Appendix Package Contents Features and Benefits Developer’s technical support Remote system upgradeManual focus ring Physical DescriptionFront Panel Rear Panel BNC video output connectorEthernet 10/100 socket General I/O terminal blockPower cord socket How to Install Power on Hardware installationEthernet Environment Cable connectionEasy way with installer program Software installationPage Manual way with existing programs Change initial password of administrator First access to Network CameraComplete the network settings Manage user privilegeAuthentication How to UseInstalling Plug-in Main Video size selection Video quality selectionExternal digital output control System configurationIntroduction System ConfigurationApplication Wizard Setup WizardAdjust date and time Definitions of ConfigurationSystem parameters Change host nameSecurity privilege Network settings FTP settings Video and motion detection Adjust image settingsConfigure motion detection Application constitution External command scriptWeekly schedule Event operationSending method Sequential operationHomepage layout View parameters Factory defaultView log file Capture Up-to-date Still Images Advanced FunctionsGet snapshot via URL Get snapshot via FTPVideo Embedded in Customers’ Homepage Get triggered snapshots via FTP Download Event-triggered SnapshotsGet triggered snapshots via URL Send snapshots to external Smtp email server Uploading Snapshots PeriodicallyUpload snapshots to external FTP server Object File name Maximal size Customize Graphics in HomepageParameter explanation Command Script for Complex ApplicationsCommand format Page Practical examples Command line DescriptionDrive digital output URL for External Device ControlQuery status of digital input Restore Factory Default Settings via URL URL of System MaintenanceDownload System Log via FTP Restart System via URLConfigure System via FTP Followings are as same as the above Or 1024 ~ ~99 Demo System core debugging Telnet CommandsMonitor changed status of digital input Stop information dumpingReset network for new settings Skip installation at next bootRestore factory default settings Reset systemSelf-diagnostic starts TroubleshootingReset and restore AppendixFrequently Asked Questions Page Page Page Alternative via FTP Upgrade System FirmwareEasy way via Upgrade Wizard System resource URL URL Commands of Network CameraURL Resource name Referenced URL System configuration URL General format of command URLNetwork configuration URL Video configuration URL Excellent Highest resolution Application configuration URL Image quality configuration URLMotion detection configuration URL Page Homepage layout configuration URL Time Zone Table Page GMT+1000 Hobart Vladivostok GMT+1100 Networking Technical SpecificationsElectromagnetic Compatibility EMC

IP2112, IP2122 specifications

Vivotek has established itself as a notable player in the realm of IP surveillance cameras, and the IP2122 and IP2112 models are prime examples of their dedication to quality and performance. Both models are designed to meet the rising demands for security in various environments, from retail establishments to transportation hubs.

The Vivotek IP2122 boasts a range of advanced features tailored for high-performance video surveillance. With a 1.3-megapixel resolution, this camera captures detailed images with clarity, making it suitable for identifying faces and license plates. The camera utilizes a progressive scan CMOS sensor that excels in varying light conditions, providing better images in both bright and low-light environments. It supports H.264 video compression, which offers efficient storage and bandwidth savings without compromising on quality.

On the other hand, the Vivotek IP2112, while similar in many respects, presents slightly varied features. This model also utilizes a 1.3-megapixel sensor and is designed for cost-effective deployment, ideal for users seeking reliable surveillance without excessive complexity. Like the IP2122, it supports H.264 compression, ensuring efficient video quality even in high-motion scenarios.

Both models are equipped with Vivotek's Smart Stream technology, which intelligently adjusts the video quality based on the activity in the scene. This dynamic feature assists in optimizing bandwidth usage and storage requirements, making it a sustainable option for long-term surveillance needs. Furthermore, these cameras utilize a built-in SD/SDHC card slot for local storage, a feature that enhances flexibility for users who prefer recording without depending solely on external servers.

An essential aspect of the Vivotek IP2122 and IP2112 is their ability to work seamlessly with Vivotek's own network video recorders and third-party solutions. Both models are compliant with the ONVIF standard, ensuring interoperability with various security systems and additional video management software.

In terms of physical design, these cameras are compact and feature a weatherproof enclosure, making them suitable for both indoor and outdoor installations. The vandal-resistant features also ensure durability in high-risk environments.

In summary, the Vivotek IP2122 and IP2112 are powerful tools designed for effective surveillance, featuring high-resolution imaging, Smart Stream technology, and easy integration into a broader security system. These characteristics make them excellent choices for anyone looking to enhance their security infrastructure.
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