Install Guide

2.Use a text editor to open the /etc/hosts file and add the following line:

192.185.2.3 alpha

3.Use the following menu sequence in sam:

Networking--> Communications--> Device Connectivity--> Boot Protocol--> Actions--> Add

4.In response to the program prompts, add the following information:

BOOTP Device Name: <specify the hostname of the MIL-4711H>

Internet address: <specify the IP address of the MIL-4711H>

Subnet address: <specify the subnet mask of the MIL-4711H>

Station address (hex): <specify the hardware address of the MIL-4711H>

Boot file name: <specify the full path of this file> (e.g.: /etc/BOOTPtab)

5.Answer the prompt for BOOTP Device Adapter Type by clicking first on Ethernet and then click on Apply.

6.Exit out of SAM.

7.Start BOOTP.

The MIL-4711H will broadcast BOOTP packets and will obtain a response from the server using the IP address specified in /etc/ BOOTPtab file.

If the BOOTP process is successful, the SYS LED flashes five times per second until the MIL-4711H resolves its IP address. It flashes once per second after address resolution.

Note: The IP address in this case is stored in RAM. When the MIL-4711H is powered off, the address will be lost and when the unit is powered on, the MIL-4711H will RARP again.

Verifying the IP Address is Set Properly

To see if the 4711H is up and responding on the network, use the ping command:

ping <hostname>

It should respond with a message that the host is alive. For example, if the MIL-

4711H alpha is responding on the network, the response from ping will be:

alpha is alive

If there is a problem resolving the MIL-4711H name, try using ping with the IP address for the MIL-4711H:

ping <ip-address>

Model: MIL-4711H

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Digi MIL-4711H manual Verifying the IP Address is Set Properly, Ping hostname, Alpha is alive, Ping ip-address

MIL-4711H specifications

The Digi MIL-4711H is a ruggedized wireless communication module designed to meet the demanding requirements of military and industrial applications. Its robust build and advanced features make it an ideal solution for those needing reliable data transmission in challenging environments.

One of the primary highlights of the Digi MIL-4711H is its secure wireless communication capabilities. The device supports AES-256 encryption, ensuring that sensitive data transmitted over the network remains secure from interception. This level of security is critical for military applications where data integrity and confidentiality are paramount.

Engineered for durability, the Digi MIL-4711H complies with MIL-STD-810G, making it resistant to shock, vibration, and extreme temperatures. This ruggedization ensures optimal performance in harsh conditions, whether in a field operation or an industrial setting. Its IP67 rating further enhances its resilience, confirming it is dust-tight and can withstand immersion in water, making it suitable for outdoor use in unpredictable weather.

The module supports various wireless protocols, including Long Range (LoRa) and Zigbee, allowing it to connect seamlessly to a range of devices, from sensors to gateways. This flexibility enables the creation of extensive network topologies tailored to specific operational needs. Its long-range capabilities ensure that data can be transmitted over considerable distances, reducing the need for multiple base stations and minimizing installation complexity.

Another noteworthy feature of the Digi MIL-4711H is its low power consumption. Optimized for energy efficiency, it offers extended battery life, which is essential for remote field operations where power sources may be limited. Additionally, it features multiple modes of operation, including sleep mode, which significantly reduces power usage when the device is idle.

The module also boasts a user-friendly interface, making it easy to configure and integrate into existing systems. With support for extensive documentation and a knowledgeable support team, users can quickly resolve issues and ensure seamless operation.

In summary, the Digi MIL-4711H combines advanced security, rugged reliability, and versatile connectivity options, making it a top choice for military and industrial applications. Its emphasis on durability, efficiency, and ease of integration positions it as a dependable solution for organizations requiring robust wireless communication capabilities in demanding environments.