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3GPP Release 20 and 5G-Advanced RedCap for Industrial IoT

3GPP Release 20 and 5G-Advanced RedCap for Industrial IoT

Posted by By MPRAUTO MPRAUTO September 28, 2026Posted inNetwork2 Comments
What 3GPP Release 20 and 5G-Advanced change for industrial IoT: RedCap and eRedCap devices, positioning, and how they compare to LTE-M and Wi-Fi 7.
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AMQP Protocol: Architecture and Specs (2026 Update)

AMQP Protocol: Architecture and Specs (2026 Update)

Posted by By mprcba June 17, 2026Posted inNetworkNo Comments
A 2026 deep-dive into the AMQP protocol: the 0-9-1 broker model vs AMQP 1.0 wire protocol, exchanges, flow control, and how it compares to MQTT and Kafka.
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Wi-Fi Protocols Compared: 802.11ax/be/ac (2026 Update)

Wi-Fi Protocols Compared: 802.11ax/be/ac (2026 Update)

Posted by By mprcba June 17, 2026Posted inNetworkNo Comments
A 2026 comparison of Wi-Fi protocols - 802.11ac, ax (Wi-Fi 6/6E), and be (Wi-Fi 7): PHY rates, latency, OFDMA, MLO, and where each fits industrial use.
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Windows Ping Logging: Continuous Network Monitoring (2026)

Windows Ping Logging: Continuous Network Monitoring (2026)

Posted by By mprcba June 12, 2026Posted inNetworkNo Comments
A 2026 guide to continuous ping logging on Windows: timestamped PowerShell logging, CSV rotation, jitter and loss baselining, alerting, and when to move to real monitoring.
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Time-Sensitive Networking (TSN): IEEE 802.1Q Architecture Guide

Time-Sensitive Networking (TSN): IEEE 802.1Q Architecture Guide

Posted by By MPRAUTO MPRAUTO April 29, 2026Posted inNetwork1 Comment
Time-Sensitive Networking architecture — IEEE 802.1Qbv scheduling, 802.1AS time sync, 802.1Qbu preemption, CNC/CUC roles, and a 2026 deployment blueprint for OT factories.
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What Viral ‘Quantum Internet’ Explainers Get Wrong About Entanglement and Real Networks

What Viral ‘Quantum Internet’ Explainers Get Wrong About Entanglement and Real Networks

Posted by By MPRAUTO MPRAUTO April 19, 2026Posted inNetworkNo Comments
Fact-check of viral quantum internet videos — what entanglement actually enables, repeater architectures, QKD vs true quantum networks, and real progress.
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