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VLAN-SD? Network Voice Logger

? 1 - 4 analog ports ? Standalone with internal memory ? External USB drive support ? Live monitoring ? Network data access ? Central server optional VLAN-SD is a family of state-of-the-art digital voice loggers built with internal storage and network accessability. They can record and store telephone calls without the need for a host computer. Compared to other network based voice loggers that must upload data to a host computer in real-time due to lack of internal data storage, VLAN-SD is much more reliable. Features ? Internal non-volatile data memory expandable with external USB drive ? No host PC required for operation ? Record files compressed and saved in standard Windows WAV format ? File search by caller ID, date, time, length, and dialed number ? Browser based system access with password protection ? Search, play and email audio files directly from the browser interface ? Record data can be optionally transferred to a central server for archival ? Live call monitoring via central server over LAN Recorded data are compressed into standard Windows WAV files for easy sharing. These files can be searched and played from any PC on the same local area network, using a compatible web browser. System configuration and data management are also done in the same manner requiring no proprietary software. There is a built-in microphone in VLAN-100SD for meeting/conference recording. An external microphone (VCU-M or VCU-100) can be optionally used to achieve better recording results. The browser based user interface is feature rich yet intuitive to use. It allows the logger to be accessed from any PC on the LAN at any time for daily operation as well as system management - no application program is required. Centralized Data Storage When multiple VLAN-SD loggers are deployed at different locations, it is possible to set up a cloud server for archiving purposes. The record files are stored in the logger’s internal memory first before being transferred to the server according to a user-defined schedule, typically at a time when the network traffic is expected to be light.