ALLPCB
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.
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.
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.
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.
Vapor Chambers for 5G Thermal Management
Technical overview of vapor chamber development for thermal management, covering wick structures, materials, and high heat?flux performance and limits.
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.
900 MHz Base Station Upgrade to 5G
Technical plan for enabling 5G on 900 MHz: activation areas, frequency strategy, hardware upgrades, transport/IPRAN and terminal penetration forecast for deployment.
Representing 1 and 0 with Electromagnetic Waves
Technical overview of 5G explaining electromagnetic fundamentals, modulation and coding, massive MIMO antenna arrays, full-duplex challenges, RF chips, standards and use cases.
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.
Design Considerations for Medical Wearables
Overview of wearable health technologies for engineers: wearables and remote monitoring, embedded sensors, and reference designs for developers.
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.
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.
Methods to Improve MIMO Port Isolation
Overview of three MIMO isolation decoupling methods—ground-slot, ground-stub, and neutralization-line—covering design trade-offs, resonance tuning, and implementation constraints.
A-SEM: Additional Spectrum Emission Mask Test Requirements
Overview of A-SEM (Additional Spectrum Emission Mask) in 5G UE RF tests: NS signaling (e.g., NS_04), A-MPR mapping, measurement bandwidths and compliance checks.
Evolution of SoC Prototype Verification
Overview of SoC prototyping evolution, FPGA prototyping tools, commercial solutions, partitioning challenges and industry acquisitions shaping verification workflows.
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.
Wearable System Design with Energy Harvesting and Low-Power MCUs
Energy-efficient wearable design: combining energy harvesting, ultra-low-power MCUs, low-power radios, and battery-management/storage options to extend device operation.
5G millimeter-wave active array package antenna
Design and test of an 8x16 5G millimeter-wave active array package antenna: coupled differential-fed subarrays, Wilkinson feed network, +/-60 deg scan and EIRP >60 dBm.
Vital Signs Monitoring Technologies
Overview of vital signs monitoring techniques and sensor signal chains, covering optical measurements, bioelectric/bioimpedance, MEMS sensors, and ADPD4000 front ends.
Key Metrics for MEMS Accelerometers Across Three Applications
Analysis of MEMS accelerometer trade-offs for wearables, CBM, IoT and asset health monitoring, focusing on low power, bandwidth, noise, FIFO and on-chip features.