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XetaedgE
Industrial edge computer

XetaWave's new XetaEdge is an extremely capable, flexible, and low cost industrial Edge computing device based on the powerful, open embedded Linux Debian Operating System. Key features include:

Key features:

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  • Class 1 Div 2 certification

  • 1 GHz ARM Cortex-A8 Processor

  • 1 GB of RAM and 4 GB of FLASH

  • ​2 Ethernet and 2 serial ports

  • 1 or 2 micro USB 2.0 ports

  • Optional 8 GB and 16 GB of FLASH

  • Optional integrated 400 MHz, 900 MHz or 2.4 GHz radio

  • Optional 8 programmable analog and digital inputs and outputs

  • Available in a metal or plastic enclosure (frequency dependent)

  • Compatible with XetaWave's µTasker, uCLinux, and XetaEdge radio families

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Hosted Application Support  The XetaEDGE supports hosted applications such as the AUTOSOL eACM which enables connectivity with existing devices such as flow meters, ROCs, and PLCs while reducing bandwidth needs using the MQTT protocol.

performance

True Software Defined Radio (SDR) offering the largest selection of frequency bands, data rates, modulations, and wireless networking types with user controlled features to optimize overall performance.

Thrroughput Chart.png

NETWORKS

XetaWave radios support point to point, point to multipoint, enhanced multipoint, multispeed multipoint, single channel CSMA peer to peer, and frequency hopping XetaMESH peer to peer.

Seamless PTMP.jpg

SECURITY

XetaWave radios include features to secure your wireless network and its traffic. 

 

AES encryption is available to encrypt the payload traffic, the network overhead, and to determine the hopping sequence in our frequency hopping modes. 

Security.jpg

Apps

A proven platform that supports hosted third-party applications including Edge ACM, Ignition Edge, IoT View, Mosquitto, Node-RED, Docker, and Illumio.
The ability to also host new applications developed in Java, Python, Ruby, Perl, and many more.

Node-RED.JPG

Diagnostics

Diagnostic tools are included in XetaWave products to enable users to evaluate, monitor, and troubleshoot performance over the RF, serial interfaces, and Ethernet interfaces. 

RF Stats.JPG

I/O

Add 8 I/O

Independently controlled

4 AI / AO / DI

4 DI / DO

DATA CONCENTRATOR

Add a polling engine

Modbus aggregator

MQTT and Modbus reporting

WIRE REPLACEMENT

Add wire replacement

Read Inputs at one location

Replicate Outputs at another location

MEMORY

Increase FLASH memory

to 8 GB or 16 GB

Hold more applications

Store more data

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