ALLPCB
What air interface protocol stacks do 5G base stations support?
Technical overview of the 5G protocol stack and air-interface protocols, describing Layer 2 functions, interfaces and key protocols for base station implementations.
Can a Router Be Used as a Switch? Drawbacks Explained
Examines using a router as a switch, outlining MAC vs IP-layer differences, performance, port and cost limitations, and when an ONT or integrated gateway is required.
Three Deployment Models for 5G Private Networks
Overview of 5G private network deployment models, architecture, and core functions (AMF/SMF/UPF), comparing virtual, hybrid, and standalone options for industry use.
Satellite vs 5G: Differences and HTS Limitations
Technical comparison of satellite communication and 5G covering coverage, data rate, latency, cost, use cases, and disadvantages of high-throughput satellites for deployments.
What Is a TMR Sensor? Output Compared with GMR and AMR
Technical overview of TMR sensors and quantum sensors, covering tunneling magnetoresistance, sensitivity and SWAP-C tradeoffs, and applications in navigation, automotive, and IoT.
5G Industrial Internet for Safety in Fine Chemicals
Six case studies of 5G industrial internet deployments—private 5G, MEC, edge computing, digital twins and AI—demonstrate safety, efficiency and predictive maintenance gains.
WPS vs 5G and Wi-Fi 6 vs Wi-Fi 5: Wall Penetration
Clarifies WPS vs 5G and compares Wi-Fi 5 and Wi-Fi 6 performance on wall penetration and throughput, noting MIMO, OFDMA and theoretical maximum rates.
Epson's Crystal Units Enhance 5G RedCap Devices
Epson's crystal units enhance 5G RedCap devices with low power, high precision, and compact design for IoT and industrial applications.
What Is a Distributed 4G Base Station?
Technical overview of distributed base station architecture, components and roles: BBU, RRU, RF units and fiber transport; deployment benefits and latency trade-offs.
Edge Computing in Textile Smart Factories
Explore how edge computing transforms textile smart factories with IoT, enhancing efficiency, quality, and cost savings.
NVIDIA Supports Secure 5G Traffic Offload
Overview of intelligent traffic offload (ITO) enhancements for 5G private networks, including L3 and NAT support and BlueField-3 DPU acceleration for NGFW throughput.
Understanding 5G RedCap for IoT
Explore 5G RedCap for IoT: cost-effective, power-efficient connectivity for devices and industrial routers.
5G+PLC System Architecture and Applications
Technical white paper and field practices on 5G+PLC integration: requirements, architecture, deployment, use cases and challenges for industrial control in discrete manufacturing.
5G Small Cells and Repeater Stations: Definitions and Applications
Technical overview of indoor 5G small cells and optical fiber repeater station architectures, deployment scenarios, coverage challenges, and application benefits.
Battery Management for Always-On Wearables
Overview of lithium-ion battery management for always-on wearables, covering requirements, fuel-gauge and protection features of Maxim's MAX17301X+ and Adafruit cells.
Haptic Feedback Technology Explained
Overview of haptic feedback technology, actuator selection, and smart cabin design for automotive interfaces; applications in VR/AR, wearables, and accessibility.
EM Shielding Mechanisms for 5G Communications
Overview of electromagnetic shielding and 5G shielding materials for base stations, covering mechanisms, material properties, conductive gaskets, adhesives and design trade-offs.
Switching Between Wi-Fi 5GHz and 2.4GHz
How to switch between 5GHz and 2.4GHz: configure router SSIDs, disable auto band selection, connect devices, and assess compatibility, signal range, and security.
5G VoNR+ Deployment for IoT Communication
Technical overview of 5G VoNR+ capabilities and deployment solutions for IoT communication, detailing IMS data channel, terminal requirements, and media platform design.
How Are Base Stations Protected Against Lightning?
Technical overview of base station lightning protection: grounding grid design, SPDs, TT power 3+1 configurations and grounding practices for distributed RRU/BBU deployments.