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General| Operating Temperature | -40°C to +85°C |
|---|---|
| Technology | LTE, UMTS/HSPA+, GSM/GPRS/EDGE |
| 2G Bands | 850, 900, 1800, 1900 MHz |
| Data Rate (LTE) | 10 Mbps (DL), 5 Mbps (UL) |
| Interface | USB 2.0 |
| Operating Voltage | 3.3V to 4.3V |
| Cellular Technology | LTE Cat 1 |
Lists other documents relevant to the Java Terminal product.
Defines abbreviations and technical terms used in the manual.
Details compliance with EU and North American directives and standards.
Provides essential safety guidelines for operation, environment, and potential hazards.
Provides a summary of the terminal's key features and specifications.
Introduces the various interfaces available on the Java Terminal.
Illustrates the internal architecture and connections of the Java Terminal.
Shows the detailed circuit diagram of the Java Terminal.
Summarizes the different operating states and their characteristics.
Details the RS-232 serial interface and its pin assignments.
Describes the USB 2.0 High Speed interface capabilities and usage.
Explains the Ethernet interface, RJ-45 connector, and PoE support.
Details the General Purpose Input/Output pins and ASC1 serial interface.
Details the General Purpose Input/Output pins and ASC1 serial interface.
Details the I²C serial bus interface for communication and control.
Explains the Serial Peripheral Interface (SPI) for data transfer.
Describes PWM outputs and their usage.
Explains the pulse counter functionality.
Describes the DSR0 signal availability on the GPIO connector.
Details the power supply requirements and connections via Western jack and PoE.
Explains the scenarios for powering up, down, and restarting the terminal.
Explains how to power on the Java Terminal.
Explains how to reset and restart the Java Terminal.
Covers procedures for safely shutting down the Java Terminal.
Explains how to disconnect power safely.
Covers thermal protection and automatic shutdown.
Explains the hardware watchdog functionality.
Explains the Real-Time Clock functions.
Details the SIM card interface, insertion, and handling.
Explains the function of the green and orange status LEDs.
Covers RF antenna connection, impedance, and gain specifications.
Lists the absolute maximum electrical ratings for safe operation.
Details electrical specifications for various application interfaces.
Details electrical specifications for the On/Off control lines.
Details electrical specifications for the RS-232 interface.
States USB 2.0 electrical specifications.
Details electrical specifications for GPIO pins and associated interfaces.
Provides electrical specifications for the Ethernet interface.
Specifies detailed power supply current ratings under various operating conditions.
Defines normal, extended, and shutdown temperature ranges and thermal resistance.
Outlines conditions for storing the device in its original packaging.
Provides physical dimensions and weight of the Java Terminal.
Explains various methods for mounting the Java Terminal.
Specifies the dimensions of the terminal's box.
Describes the reference setup used for type approval testing.
Details restrictions for modifications and usage.
Confirms compliance with EU directives marked by CE conformity.
States compliance with Electromagnetic Compatibility standards.
Outlines compliance with FCC and Industry Canada regulations.
Explains the conditions and stages for module resets triggered by the watchdog.
Details the stages of a module reset procedure.
Details the reset delay mechanisms to prevent frequent resets.
Details conditions for automatic restarts, especially during power loss.
Covers the command syntax and execution for configuring the watchdog.
Covers the command syntax and execution for configuring the watchdog.
Explains how to enable or disable the watchdog function.
Describes test mode for watchdog verification without actual reset.
Configures repetitive module resets at specified time intervals.
Configures resets based on lack of UART activity.
Configures resets based on lack of GPIO activity.
Configures resets based on lack of I2C bus activity.
Configures the delay before the watchdog performs a reset after startup.
Configures the watchdog to restart the module if it turns off.
Loads default configuration values for the watchdog.
Allows changing the watchdog's I2C slave address.
Configures the input/output direction for the module's GPIO pins.
Configures a specific GPIO line as analog input or digital output.
Covers the I2C interface command syntax for writing and reading data.
Details the I²C interface command syntax for writing and reading data.
Explains the I2C protocol and its usage for watchdog configuration.
Lists address registers for I2C watchdog configuration commands.
Explains how to configure GPIO directions using I2C or TXD0.
Step-by-step guide for configuring GPIO direction via I2C.
Step-by-step guide for configuring GPIO direction via TXD0/ASCO.
Guides on setting up the Ethernet connection to the LTE Terminal.
Describes various ways to use the Ethernet connection for data and administration.
Explains how to access the terminal via Telnet or SSH for administration.
Details how to access files using FTP.
Covers security aspects of terminal access.
Guides on how to change the terminal's IP address.
Explains how to edit the Access Point Name list.
Explains how to enter the SIM card PIN.
Describes how to exchange data transparently.
Guides on updating the LTE module firmware.
Guides on updating the Ethernet sub-system software.
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