Understanding 5G RedCap Technology

MIIT roadmap for 5G RedCap: standard evolution, industrial ecosystem and city-level coverage by 2025, enabling scalable RedCap applications in industry and IoT.

Ultra-Sensitive Flexible Temperature Sensor Inspired by Human Skin

Ultrasensitive temperature sensor using asymmetrical polymer bilayer (APB) and thermal-mediated ion migration; 1.42 mK sensitivity enables robotic material recognition

Mobile Intelligent Networking vs Home Wi-Fi

Mobile intelligent networking: router-centric services offering remote router diagnostics, parental controls, device-specific quality-of-service and game and education acceleration.

PPG Optical Path and Process Design for Wearable Devices

Wearable PPG measurement guide covering optical path, sub-board layouts, and light-window designs, with recommendations to improve heart rate and SpO2 accuracy.

TPS631000 for Efficient, Compact Wearable Designs

Technical overview of TI TPS631000 buck-boost converter for wearables: 1.6–5.5V input, 1.2–5.3V output, 8μA quiescent current, compact SOT-583 package.

Why Network Slicing Is Needed

Explains 5G network slicing: virtualized end-to-end slices across RAN, core and transport, enabled by SDN/NFV with resource scheduling, isolation and security.

All-Perovskite Photovoltaic Battery for Wearable Devices

Dual-function EVI2 perovskite strategy enabling 26.11% PSCs (1000 h stability) and EVSn2I6 cathodes to form an all-perovskite PVB with 18.54% efficiency.

Power Conversion Solutions for Low-Power Wireless Devices

Review of design requirements and ADI power conversion ICs for medical wearables, focusing on energy harvesting, ultra-low-power DC/DC converters and battery-extension techniques.

5G Private Network vs 5G Mobile Private Network

Comparison of 5G private networks vs 5G mobile private networks: application scenarios, target users, service packages, and 5G virtual private network security and features.

5G-based AI Visual Inspection for Industry

Overview of a 5G-based industrial AI visual inspection system: architecture, MEC deployment, on-site equipment, platform-based algorithms and testing for multi-point factory inspection.

From Wearables to Medical Devices

Technical overview of ADI's GEN II wearable platform: wrist/patch design integrating ECG, PPG, EDA, bioimpedance, motion and temperature with ADuCM3029 MCU for multimodal sensing.

Digital Therapeutics for Home-Based Self-Care

Overview of digital therapeutics: evidence-based software interventions integrating wearables, sensors, and clinical workflows to prevent, manage, and treat disease.

High-performance supramolecular hydrogel for thermocells

PNAGA-F68 supramolecular hydrogel thermocell delivers high ionic conductivity, robust mechanics, and NIR-II photothermal response for light-remote self-powered sensing.

PMICs Enable Compact, High-Efficiency Designs

Technical overview of SIMO PMICs for wearables: single-inductor multiple-output DC-DC converters, design trade-offs vs LDOs/inductor regulators; examples MAX77650 & TPS65135.

Terahertz Communication and Sensing for Beyond 5G/6G

Overview of terahertz waves for B5G/6G: spectrum allocations, sensing and imaging potentials, and technical challenges for terahertz wireless networks.

How to Choose and Configure a 5 GHz Router

Guide to selecting and configuring a 5 GHz router: criteria for Wi?Fi 6 hardware, antennas, channels, security and basic setup steps.

Qorvo Low-Power PMIC for Medical Wearables

Overview of PMIC design for compact wearables, comparing Qorvo's ACT81460 and Maxim's MAX20310; emphasis on low quiescent current, SIMO topology, and small WLCSP/WLP packages.

Direct-Ink-Writing 3D-Printed Bioelectronics

Review of direct-ink-writing 3D-printed bioelectronics: materials, ink formulations, wearable and implantable devices, challenges and scalable manufacturing.

Wearable Sweat Biosensor for Continuous Glucose

Wearable electrochemical sweat biosensor uses laser-induced graphene (LIG) and microfluidic mesh for noninvasive continuous glucose monitoring with pH/temperature calibration.

What Is 5.5G and How It Differs from 5G and 6G

Detailed technical overview of 5.5G (5G Advanced): its role between 5G and 6G, targets like 10 Gbps, ms latency, massive IoT support, and standardization timeline.