Digi X4 Python Application ZigBee Socket Error Counts, Transmit I/O Errors, Transmit CCA Failures

Models: X4 X8 X2

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M o n i t o r i n g c a p a b i l i t i e s i n t h e w e b i n t e r f a c e

Python Application ZigBee Socket Error Counts

This section includes error counters that are specific to ZigBee Sockets implemented using a Python application. These values will help determine the quality of data that is being sent or received. Refer to the Troubleshooting information in your User Guide for further help.

Transmit I/O Errors

The total number of transmitted frames which could not be transmitted due to an I/

O error.

Transmit CCA Failures

The total number of transmitted frames which could not be transmitted due to a CCA error.

Transmit ACK Failures

The total number of transmitted frames which could not be transmitted due to an

ACK error.

Not Joined Errors

The total number of transmitted frames which were attempted to be transmitted to an unjoined node.

Self Addressed Errors

The total number of transmitted frames for which a node attempted to transmit to itself.

No Address Errors

The total number of transmitted frames for which the destination address could not be found.

No Route Errors

The total number of transmitted frames for which a router to the destination could not be found.

Receive Frame Errors

The total number of frames where an error occurred on receive.

Received Bytes Dropped

The total number of bytes dropped due to an exhaustion of internal buffers.

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Digi X4 Python Application ZigBee Socket Error Counts, Transmit I/O Errors, Transmit CCA Failures, Transmit ACK Failures

X4, X8, X2 specifications

Digi X2 and X1 are advanced cellular IoT (Internet of Things) gateways that provide an innovative solution for industrial applications, smart cities, and remote asset management. Both devices equip users with the means to connect, monitor, and control a wide variety of assets without the limitations traditionally imposed by wired connections.

Digi X2, designed for complex IoT demands, features dual SIM slots which ensures uninterrupted connectivity through automatic failover. This makes it particularly valuable for critical applications where connectivity is non-negotiable. Additionally, the X2 is equipped with LTE-M and NB-IoT support, enabling extensive coverage in areas where other networks may struggle.

On the software side, the Digi X2 supports Digi Remote Manager, a powerful tool that allows users to monitor, manage, and deploy devices remotely. This cloud-based management system simplifies the overall management of IoT devices by providing real-time insights, easy configuration changes, and over-the-air updates, saving both time and resources.

In contrast, the Digi X1 serves as an entry-level model that balances performance with cost-effectiveness. It supports LTE connectivity, providing a reliable connection suitable for a variety of applications. The X1 also offers seamless integration with existing networks, allowing users to leverage their current infrastructure while expanding their IoT capabilities.

Both Digi X2 and X1 are designed with ruggedness in mind, making them suitable for deployment in harsh environments. They are engineered to withstand extreme temperatures and vibrations, ensuring reliability even in demanding industrial settings.

Another notable characteristic of these devices is their extensive input/output (I/O) capabilities, which enable them to interact with sensors, machines, and other types of devices. This versatility allows for a broad spectrum of applications, from monitoring temperatures in remote locations to tracking assets across geographic boundaries.

In summary, the Digi X1 and X2 provide robust, reliable, and scalable solutions for modern IoT implementations. With their advanced cellular connectivity, cloud management capabilities, and durable design, they are poised to enhance connectivity across industries, driving efficiencies and enabling smarter operations. Whether for critical industrial applications or efficient asset management, Digi's offerings are tailored to meet the diverse needs of today's IoT landscape.