hRemote In-band Loops: Enabled (default)

Options: Enabled, Disabled

In ESF, D4 and Unframed formats, the unit can respond to special repeating codes in the data stream that represent loopback com- mands. The command to loop up (go into loopback) is a repeating pat- tern of 00001s. This pattern overwrites the normal data. When this code is detected for 5 seconds, the unit will go into loopback if the Remote In-band Loopback is Enabled. When a repeating code of 001s is received for 5 seconds, the unit loops down (goes out of loopback). The delayed recognition guards against false starts, since the code must be present for a long time continuously. When Disabled, the unit will recognize the codes but will not respond to them. The loopback timeout also applies to this feature.

iV.54 Loops: Enabled (default)

Options: Enabled, Disabled

This is a special in-band loopback facility that sends a special pseudo-random pattern over the data stream. This is the only loopback that the unit can initiate. This is useful for campus applications when you need to put a remote unit in loopback. The unit responds to the V.54 loopback command, and the whole process takes only a few sec- onds to complete. When V.54 Loopback is disabled, the unit will not be able to send or respond to V.54 loopback commands. The duration of the loopback is limited by the loopback timeout setting.

jDefault Config Source: EEPROM

Option: EEPROM, Switch

The NetLink-T1™ can be initialized via the configuration in the on- board permanent memory (EEPROM) or via the internal DIP switches (Switch). Once the unit is powered up, you may change the settings through the control port or the DIP switches.

If you do not have a terminal, you may force the unit to use the DIP switches as the default configuration source by turning off the unit, setting all the DIP switches to the ON position, then powering on the unit.

nDS0 Channel Configuration Menu [ Bandwidth/# Channels = 1,536/24 ] (default)

The DS0 Channel Configuration Menu has a sub-menu that looks like this:

You may configure the NetLink-T1™ to operate with any combina- tion of active and inactive DS0 channels in this screen. When you exe- cute the Save Changes command, the selected settings will be saved to permanent memory, and the system will be updated to operate with the new channel settings.

NOTE: In Unframed format, the Bandwidth Selected will display “1,544k,” and the Total Channels will display “n/a.” When the DS0 Channel Rate is 56kbps, the Bandwidth Selected will be a multiple of 56k, not of 64k. When using the DIP switches to set the band- width, the starting channel is always channel 1.

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Patton electronic 2710 Loops Enabled default Options Enabled, Disabled, Default Config Source Eeprom Option EEPROM, Switch
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2710 specifications

The Patton Electronic 2710 is a versatile IoT (Internet of Things) device that has garnered attention for its robust capabilities in facilitating reliable communication and seamless data transmission. Tailored for various industrial applications, this product stands out with its blend of cutting-edge technologies and practical features, making it an essential tool for businesses looking to enhance their connectivity infrastructure.

One of the main features of the Patton 2710 is its multi-interface support. This device is equipped with a variety of ports, including serial interfaces like RS-232, RS-485, and RS-422, as well as Ethernet and USB connectivity options. This versatility allows it to connect seamlessly with different devices and systems, from legacy equipment to modern networked devices, enabling efficient data exchange and communication across a variety of protocols.

The Patton 2710 also boasts robust protocol support, including various telecommunications and networking protocols such as TCP/IP, UDP, and SNMP. This extensive compatibility ensures that it can operate effectively in diverse environments, whether in a factory setting monitoring machinery or in a smart city application controlling infrastructure systems. With its support for these protocols, users can implement advanced monitoring and management solutions, improving operational efficiency and reducing downtime.

In terms of technology, the Patton 2710 features advanced security measures that safeguard the integrity of the data being transmitted. With built-in encryption and secure communication protocols, users can rest assured that their sensitive information remains protected against potential cyber threats. This is increasingly important in today's digitally interconnected landscape, where data breaches can have serious repercussions.

The device is also designed for ease of use and installation. Its intuitive web-based management interface simplifies configuration and monitoring, allowing users to set up the device quickly without extensive technical knowledge. This user-friendly design empowers organizations to implement the device across their operations with minimal training and support.

Another significant characteristic of the Patton 2710 is its rugged build quality. Designed to withstand harsh industrial environments, the device is often housed in enclosures that protect it from dust, moisture, and extreme temperatures. This durability ensures that it can operate reliably in demanding conditions, making it suitable for a wide range of industries, from manufacturing to transportation.

In summary, the Patton Electronic 2710 stands out as a powerful tool for enhancing connectivity and facilitating IoT applications. With its multi-interface capabilities, robust protocol support, advanced security features, user-friendly design, and rugged build, it provides businesses with the reliable solutions they need to thrive in an increasingly connected world.
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