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Overview of the Infinity Series H.110 Basic Rate ISDN Board's features and capabilities.
Guidance on navigating and utilizing the technical manual for the H.110 BRI ISDN Board.
Configuration details for the H.110 BRI ISDN Board within a PCI system, managed by BIOS.
Detailed list and explanation of jumpers and headers on the front board of the H.110 BRI ISDN Board.
Identification and function of jumpers and connectors present on the rear board of the H.110 BRI ISDN Board.
Step-by-step instructions for installing the H.110 BRI ISDN Board into a system.
Procedures for inserting and removing the H.110 BRI ISDN Board from a live system without powering down.
Role of system BIOS in recognizing and mapping CompactPCI boards, including interrupt assignment.
Commands used to initialize the H.110 BRI ISDN Board and establish communication with the host.
Storing and recalling configuration data in onboard EEPROM for simplified board initialization.
Procedures for sending commands and receiving responses between host and board.
How the board generates interrupts to the PC for message availability.
Overview of commands and responses, including command characteristics, parameters, host commands, and board responses.
Description of the H.110 bus, its streams, timeslots, and physical connections.
Explanation of various clock modes supported by the H.110 BRI ISDN Board for system synchronization.
Location and format of configuration settings for clock mode, stream rates, and other parameters.
Capability of inserting or removing the H.110 BRI ISDN Board from a live system without powering down.
Physical characteristics and services of Basic Rate ISDN Layer 1, including timing and synchronization.
Data Link Layer (LAPD) protocol for message exchange over the D-channel, including frame formats.
Location and format of Layer 1 and Layer 2 state information for each port in dual-ported memory.
Procedures for managing Terminal Endpoint Identifiers (TEIs) for sending and receiving Layer 3 messages.
Management of the dedicated data link for X.31 Packet Data using the D Channel and its TEI.
Method for sending and receiving Layer 3 messages using auxiliary mailboxes and specific commands.
Overview of Q.931 messages for ISDN network layer call control.
Utilizing Layer 2 for direct Q.931 message access via D channel commands.
Representation of information elements in D messages, including Bearer Capability and Cause codes.
Role of SPIDs and Endpoint Identifiers in terminal identification and network association.
Association of default directory numbers with B-channels and their use in SETUP messages.
Methods for sending text to ISDN terminals for display, using D commands.
Examples of D messages for typical call scenarios as a Network Termination (NT).
Introduction to C Commands for B-channel control, including connections and tones.
Commands for compatibility with MVIP-95 driver specification, focusing on terminus and DSP resource control.
Board configuration steps: clock mode, port type (NT, TE, unused).
Setting up connections, sending tones, detecting DTMF and energy via C Commands.
Available commands for requesting firmware checksum, version information, and querying system details.
Board error messages: clock, Layer 1/2, and protocol errors.
Tests that can be run on BRI ports to check operation, including loopback and square wave output.
Setting the AUX LED mode for status indication on the front panel.
ISDN Station sets tested for compatibility with the D message set.
General| Power over Ethernet Standard | IEEE 802.3af/at |
|---|---|
| Operating Humidity | 10% to 90% non-condensing |
| Storage Humidity | 5% to 95% non-condensing |
| Input Voltage | 100-240V AC, 50/60Hz |
| Certifications | FCC, CE, RoHS |
| Operating Temperature | 32°F to 113°F (0°C to 45°C) |
| Storage Temperature | -40°F to 158°F (-40°C to 70°C) |
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