Video Server
Features
4 Hardware DSP to contribute total 120 fps in total
Video servers with only one encoder provides only 30 fps for 4 channels, that is, 7.5 fps per channel. While, VG-M144 is designed with 4 hardware DSP for each video input to present with high video streaming quality that achieves 120 frames per second in total..
Embedded Self-hosted Website
iPerl series all contains welf-hosted website for remote users to access with their web browsers. To access the website, authorized users with appropriate IP address of the video server and its password are able to view live video and launch commands through their remote web browsers, ensuring the flexibility and convenience in operation.
Triggering Mechanisms
Providing a wide range of triggering mechanisms (either built into the server or in a software package) can be incorporated into an iPerl digital video server system.
System Network throughput more than 20Mbits sustain
This feature enables the system with the capability to allow more views to simultaneously monitor the live video. For example, user in site A is monitoring the live video, while another user in site B is doing the recording. Each viewer will have the same video quality, without video frames dropping.
Direct Record to local NAS/RAID storage device
NAS (Network Attached Storage) protocol is directly supported by iPerl. System administrators are free to direct recorded data to file server, PC, or NAS (Network Attached Storage) appliances directly.
MPEG4 Compression
iPerl's latest VG-M400 is designed with MPEG4 streaming compression technology. For JPEG/MJPEG compression, users need special/proprietory tool to do off-line convert from frame video to streaming video. But with MPEG compression, the files can be simply played on Windows MediaPlayer without any additional work.
2 sets of 10/100 Ethernet Ports
M144 is with 2 Ethernet port. One for Internet connection to upload live video; and another one for direct record to local storage devices. Frames for remote monitoring can be adjusted to a lower frame rate if the bandwidth is not sufficient enough, providing a more flexible way to isolate network traffic.
Auto Configuration
The feature ensures the efficiency of Ommateum software's programming and expansion by automatic detecting and configuring the updated hardware units and alarm points in the system. Once a new server is installed, the software can instantly configure and enables it to databases without the need for progressive updating.
Interactive Dynamic Graphics
System administrators obtain full control through the use of dynamic alarm, reader, and relay icons displayed on graphic maps. It is fully scalable and systematic. Alarms can be cleared and acknowledged through the maps together with full camera control, including PTZ cameras. Maps have full drill-down capabilities to allow precise location of alarms to be determined.
RS232/RS485 for CCTV/PTZ/DOOM Camera Control and external DI/O
Unlike other video server vendor that only support RS232/RS485 on PTZ camera or DOOM camera. iPerl integrates these RS232/RS485 with extended functionality for external DI/O, access control, PTZ camera... etc.
Interactive Device Tree
Ommateum software provides a device tree/list for efficient updating and programming of any devices connected to the system. By selecting a certain device, with a click of the mouse, the software then takes the users to the correct screen and together with the related information presented.
Internet Browser Based User Interface
The system design is streamlined to be user-friendly and to reduce programming steps, while minimizing the need to go to multiple screens for routine operation.
Distributed Architecture Configuration
The system provides server to server architecture and client to multiple server architecture, allowing the centralized management over distributed geographical areas.
Upgradeable Functionality
Both the Ommateum software and iPerl series hardware are created to be upgradeable to much larger and more sophisticated functionality without the need to re-configure or re-enter any data into the system.
Documentation and SDK
The system features an open architecture based on industrial standards. Further there will be continuously updated documentation, APIs, and SDK sources released in our System section for our customers to develop plug-and-play drivers for the existing digital equipment.
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