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Configurable parameters like frequency, power, and compatibility.
Enables formal assignment of a call sign identifier for radio modem identification.
Protects the RF power amplifier by reducing output power based on internal temperature.
Details the RS-232 serial data transfer standard and its implementation.
Describes the 8-pin ODU data connector and TNC antenna connector.
Explanation of the five LED indicators on the front panel for status indication.
Details the LCD display and push buttons for configuration and status monitoring.
Explains the RS-232 serial data transfer method and signal levels.
Describes the 8-pin ODU data connector and TNC antenna connector.
Details adjustable transmitter output power and typical power levels.
Explains receiver sensitivity based on channel spacing and FEC settings.
Allows selection of priority between reception and transmission for the radio modem.
Enhances data transfer reliability by adding error correction information.
Provides options for data error checking via checksums for data integrity.
Enables transmission and reception on separate frequencies within the tuning range.
Scans available radio frequencies to find the best transmission channel.
Improves data transfer reliability by randomizing data patterns.
Details compatibility with Pacific Crest and TRIMTALK protocols for data transfer.
Describes the asynchronous data format, speed, and character settings for serial communication.
Explains the use of handshake signals (CTS, RTS, CD) for controlling data transfer.
Details how to enter and use Programming Mode for device configuration.
Guides on changing parameters using a terminal device or PC software.
Procedure for resetting the modem to its original factory default settings.
Instructions for modifying the active TX/RX radio channel frequency.
Guides on setting the reference frequency for channel calculations.
Allows setting the channel spacing to 12.5, 20, or 25 kHz.
Configures transmitter output power and receiver sensitivity.
Settings for the Free Channel Scan feature to find optimal frequencies.
Configures primary and secondary RX/TX addresses for network communication.
Modifies data transfer speed, data bits, parity, and stop bits for serial port 1.
Adjusts handshake line properties like CTS, CD, and RTS for data flow control.
Settings for special functions such as error correction, repeater, and priority.
Configuration of routing modes, protocols, addresses, and routes within the network.
Enables and configures diagnostic tests like short and long block tests.
Shows detailed information about the modem's hardware, firmware, and serial number.
Saves all modified settings into the non-volatile memory before exiting programming mode.
Information on how to update the radio modem's firmware.
Modifies the active TX/RX radio channel frequency using the LCD display.
Checks and changes the reference frequency using the LCD display interface.
Adjusts transmitter power and receiver sensitivity using the LCD display.
Modifies RX and TX addresses using the LCD display and push buttons.
Modifies serial port settings like speed, data bits, parity, and stop bits using the LCD.
Adjusts handshake line properties (CTS, CD, RTS) using the LCD display.
Toggles ON/OFF status for special functions using the LCD display.
Sets desired diagnostic tests to ON or OFF status using the LCD display.
Restores modem to factory settings using the LCD display and selection.
Adjusts the contrast level of the LCD display for better readability.
Saves changes made via LCD to the internal memory before exiting programming mode.
Commands for setting and querying RX, TX, and reference frequencies.
Commands for setting and querying primary/secondary transmit and receive addresses.
Commands for managing RF output power, signal threshold, and TX delay.
Commands for saving settings, getting firmware info, and setting serial parameters.
Using the SATELLINE-EASy Pro 35W as a repeater station to extend network coverage.
Configuring individual addresses for routing messages to specific destinations.
Recommendations for setting identical addresses for two-point connections.
Using addressing for routing messages between base stations and substations.
Using dual addressing to prevent message duplication and loops in repeater chains.
Improving reliability with redundant repeater chains and TX address auto switch.
Overview of the Message Routing feature for automatic message delivery.
Highlights benefits like transparency, repeater support, and deterministic delays.
Discusses assumptions about address field position and message handling.
Planning steps for implementing a Message Routing system.
Using SaTerm PC program for graphical network design and configuration.
Manual configuration via programming menu for simple or complex networks.
Configuring protocol settings like address offset and length for message routing.
Details the characteristics and differences of Source Mode Routing.
Details the characteristics and differences of Virtual Mode Routing.
Illustrates Source Mode Routing with a network example and data flow.
Information regarding Virtual Mode Routing, contact SATEL for details.
Explains the overhop function for mobile substations in Source Mode Routing.
Setting the Network ID to prevent external message reception and ensure system integrity.
General guidelines for installing the radio modem with supplied accessories.
Diagrams for connecting the radio modem via RS-232 interface.
Specifies the correct fuse value (15A) for the radio modem.
Details voltage and current requirements for the power supply.
Instructions for installing antennas for mobile equipment and base stations.
Specifics for installing antennas on mobile units, including placement and types.
Guidelines for installing antennas on base stations for optimal coverage.
General advice on antenna installation, materials, and environmental factors.
Discusses factors like transmitter power, receiver sensitivity, and obstacles.
Explains the impact of field strength on data transfer and potential issues.
Lists available RS-232 cables and adapters for system connectivity.
Details available power cables for connecting the radio modem.
Lists RF cables with specifications for length and attenuation.
Catalog of omni-directional and directional antennas supported by the system.
Recommendations for filters and lightning protectors for radio modem systems.
Lists functional delays for various modem operations like wakeups and interface turnaround.
Details delays from transmission end to serial reception end.
Describes delays when TX frequency differs from RX or changes via SL-command.
Presents transmission delays for a 12.5 kHz channel, with and without FEC.
Presents transmission delays for a 25 kHz channel, with and without FEC.
General| Brand | Satel |
|---|---|
| Model | SATELLINE-EASy Pro 35W |
| Category | Radio Modems |
| Language | English |
