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> CTI > LAN Card
 The LAN Card provides a direct interface to your Ethernet 10Base-TLAN or other types of LANS through commercially available bridges. It makes the IDS a network addressable device and supports TCP/IP connections to PCs and other network devices. The LAN Card also leverages the open, standards-based utilities of the LAN, including Simplified Network Management Protocol (SNMP), Trivial File Transfer Protocol (TFTP), Telnet and Ping, to manage the functionality of the device.
Executone’s LAN Card is a sophisticated Computer Telephony Integration (CTI) enabling device that enhances functionality and integration with customer’s LANs. Users who have access to their organization’s network can manage Executone’s
Integrated Digital System (IDS™) through their desktop PCs using their existing LAN.
By eliminating the need for a dedicated connection between the phone system and administrative terminals, more users can gain access to critical information simply by connecting to their LAN---your administrators and Automatic Call Distribution (ACD) group managers no longer need standalone terminals on their desks. The LAN Card speeds up processes, such as back-up and restore, from minutes to seconds. Executone’s LAN Card also increases overall system security by leveraging existing LAN security tools.
Invaluable Management Tool
Increase efficiency and productivity---enable better access to, and management of, your network. Raise productivity---give more users access to critical information, improve customer service, strengthen decision-making. Increase efficiency---dramatically reduce LAN connection times. Reduce costs---leverage existing LAN infrastructure and eliminate the need for direct connections, separate hardware, cabling and dedicated equipment.
Standards Compatibility
 | Fully compliant with Ethernet/IEEE 802.3 LAN industry-standard, CSMA/CD media access protocol |
| Provides choice of either 10Base-T or AUI interface |
Network Protocols
| TCP/IP is supported as the OSI transport and network layer protocols. |
Network Device Management
| SMNP (defined by RFC 1157) is supported as the protocol used for network management. |
IDS System Requirements
| ACPU software feature upgrade version 7.0 or higher |
| 3 MB ACPU RAM |
| Uses one IDS I/O port per LAN session supported (Maximum 10) |
| I/O Port Type 070 enables IDS |
| LAN Card operation |
Hardware Features
| Full 16-bit operation |
| On-board, independent microprocessor Motorola 68302 |
| 10BASE-T connection controlled by AMD Am79C90 |
| Ethernet Serial Interface Adapter controlled by LXT901PC |
| 16 Kb Dual Port Ram (2 devices 8 Kb x 8) interface to ACPU |
| 1 MB RAM and 1 MB ROM on-board |
| Ethernet/IEEE 802.3 Physical Address stored in separate PROM |
| Standalone reset switch |
Network Device Configuration and Management
| PING |
| SNMP |
| TFTP (Ability to save and restore IDS system configuration at increased speeds) |
| TELNET (Ability to access IDS system programming from a PC on your LAN) |
LEDs and Built-in Diagnostics
| There are (3) green LEDs to indicate power-on: +5V, +12V, and -12V. |
| An additional (1) green LED is used for a Link Test Pulse indicator. |
| The IDS LAN board has (6) LEDs that display board status indications. LEDs for transmit data, receive data, and collision are given. Also a heartbeat pulse is displayed and LED indication of which LAN port RJ-45/10Base-T or DB-15/AUI is in use. (3) of these LEDs are used to display errors detected during power-on self-diagnostic testing. |
LAN Data Interface Connectors
| 1-RJ-45/10Base-T (female) |
| 1-DB-15/AUI (female) |
Physical System Connections
| The IDS LAN Card connects to the IDS via the P1 96-pin connector located on the ACPU |
| Note: the trace card cannot be used with the LAN Card. |
Cabling Specification
| Category 3, 4, or 5 UTP up to 328 ft/100m |
Regulatory Certifications, Electromagnetic Compatibility
| FCC Part 15, UL listed |
Operating Conditions and Power
| Operating Temperature: 32° to 104°F (0° to 40°C) |
| Storage Temperature: -40° to 140°F (-40° to 60°C) |
| Humidity: 30% to 90% (non-condensing) |
| Power:
 | +5 VDC±5%@1000mA |
| +12 VDC±5%@100mA |
| -12 VDC±5%@100mA |
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