How Digital Temperature Sensors Sense Temperature

Overview of Huapu Micro's T09 digital temperature sensor: ±0.2°C accuracy, 1.71–3.6V supply, low-power operation, I2C interface, register map and application use cases.

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.

SIMO Switch Regulators Extend Battery Life in Wearables

Technical overview of SIMO (single?inductor multiple?output) buck?boost PMICs for space?constrained devices, reducing component count and quiescent current.

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

High-Low Frequency Networking in 5G: Purpose and Function

Technical overview of high-low frequency networking in 5G: using TDD NR for capacity and FDD NR with SUL to improve uplink coverage, DSS coexistence, and device support.

Energy-Efficient Design for Slim Fitness Wearables

Technical guide to wearable design focusing on power efficiency, choosing regulators and measuring battery state-of-charge to minimize size and extend runtime.

Add ECG to Wearables Without Increasing Power

Review of biopotential theory and practical ECG measurement for chest-worn wearables, focusing on low-power AFE selection, analog bandpass filtering, and PMIC power schemes.

DuPont Liveo, STMicroelectronics: Smart Wearable Patch

Overview of DuPont Liveo and STMicroelectronics' smart biosensing patch prototype for remote biosignal monitoring, integrating sensors and materials for ECG and SCG.

Mitigating Interference Between 5GHz Wi-Fi and 5G Sub-6 GHz

Technical analysis of Sub-6 (n77–n79) BLER degradation from internal coupling with Wi-Fi 5 GHz; measurement results and LNA/RF-IC filter and ferrite-bead mitigations.

How IoT Will Enable Future Wearable Devices

Overview of how IoT enables wearables and smartwatches, tracing device evolution, technical challenges, and future use cases in healthcare, enterprise, and M2M.

How 5G Enables Autonomous Driving

5G deployment and autonomous driving architecture in China: 5G (100× 4G traffic) enables AI-based perception and ML/deep learning control with low-latency vehicle communication.

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.

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 Link Aggregation and How LACP Works

Explains link aggregation, LACP operation, modes, timeouts, and benefits for bandwidth scaling, redundancy, and load sharing across switches, servers, and datacenter links.

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.

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.

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.

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.

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.

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.