Xiaomi’s Chip Development Stalled by Ban, Unable to Surpass 3nm

Xiaomi's Chip Development Stalled by Ban, Unable to Surpass 3nm

Today, netizens revealed that Xiaomi’s upcoming chip, automotive, mobile phone, and other product lines are progressing aggressively, with significant technological breakthroughs expected in the future. Everything is advancing in an orderly manner. It can be imagined that Xiaomi will launch more self-developed technologies in the future, such as automotive chips, basebands, and even self-developed systems, … Read more

Shuo Cheng SOP8 Music Chip TRSF16256BX-S8 TRS Music Chip

Shuo Cheng SOP8 Music Chip TRSF16256BX-S8 TRS Music Chip

Shuo Cheng SOP8 Music Chip TRSF16256BX-S8 TRS Music Chip Model Number:TRSF16256A Number of Channels:8 Production Batch Number:2023 Packaging:Reel Mounting Type:Panel Mount Package Specification:SOP8 Application Field:Consumer Grade Output Voltage:5.5 Output Current:2V-5.5V Order Number:TRSF16256A Duration:234-702 seconds Function:Voice Chip Interface Type:PWM & DAC Message Sending:Single Channel

Shuocheng Voice Chip Design TRSF1602AAS16C and SZY28TB02S8

Shuocheng Voice Chip Design TRSF1602AAS16C and SZY28TB02S8

Shuocheng Voice Chip Design TRSF1602AAS16C and SZY28TB02S8 Model Number:TRSF1602AAS16C Number of Channels:8 Production Batch Number:2023 Packaging:Reel Mounting Type:Panel Mount Package Specification:SOP16 Application Field:Consumer Grade Output Voltage:5.5 Output Current:2V-5.5V Order Number:TRSF1602AAS16C Duration:234-702 seconds Function:Voice Chip Interface Type:PWM & DAC Message Sending:Single Channel

Microcontroller Solution Development: Alarm Sound Chip, Clock Module Voice IC, Alarm Music IC Chip

Microcontroller Solution Development: Alarm Sound Chip, Clock Module Voice IC, Alarm Music IC Chip

Microcontroller Solution Development: Alarm Sound Chip, Clock Module Voice IC, Alarm Music IC Chip Model Number:2018+*sop16 Number of Channels:8 Production Batch Number:2018+ Packaging:Embossed Tape Mounting Type:Panel Mount Package Specification:SOP Application Field:Consumer Grade Output Voltage:5.5 Output Current:26-40MA Order Number:Alarm Sound Chip Duration:234-702 seconds Function:Voice Chip Interface Type:PWM&DAC Message Sending:Single Channel

Jiuqi Voice Chip TRSF16127AX-SS24C TRS Voice Chip Dingdong Voice Music IC

Jiuqi Voice Chip TRSF16127AX-SS24C TRS Voice Chip Dingdong Voice Music IC

Jiuqi Voice Chip TRSF16127AX-SS24C TRS Voice Chip Dingdong Voice Music IC Model Number:TRSF16127AS8 Number of Channels:8 Production Batch Number:2023 Packaging:Embossed Tape Mounting Type:Panel Mount Package Specification:SOP8 Application Field:Consumer Grade Output Voltage:5.5 Output Current:2V-5.5V Order Number:TRSF16127AS8 Duration:234-702 seconds Function:Voice Chip Interface Type:PWM&DAC Message Sending:Single Channel

Overview of Ad Hoc Networks (Soldier, Drone, Unmanned Vehicle, Relay, Radio, Equipment) with Recommendations

Overview of Ad Hoc Networks (Soldier, Drone, Unmanned Vehicle, Relay, Radio, Equipment) with Recommendations

Introduction Definition and Core Characteristics of Ad Hoc Networks Key Technologies of Ad Hoc Networks (Routing Protocols, Topology Management, Security Mechanisms, etc.) Typical Application Scenarios of Ad Hoc Networks (Military, Emergency, IoT, V2X, etc.) Recommended Solutions Question 1: How to communicate on a battlefield without base stations? On the battlefield in Syria, a special forces … Read more

Satellite Navigation + Drones: A Revolution in Aerospace Networking! The Centimeter-Level Warfare of the Six Swordsmen in Dual-Wing Coordination

Satellite Navigation + Drones: A Revolution in Aerospace Networking! The Centimeter-Level Warfare of the Six Swordsmen in Dual-Wing Coordination

Low-altitude Economic Singularity (2025 Q1): The penetration rate of Beidou high-precision positioning exceeds 82% (China Satellite Navigation and Positioning Association), and the daily takeoff and landing volume of logistics drones has surged by 436% (Civil Aviation Administration data). These six “Aerospace Neurosurgeons” are reconstructing low-altitude productivity with centimeter-level positioning + swarm control — 1. Zhonghaidah … Read more

A Conceptual Framework for Smart Ports Based on Flying Aerial Ad-Hoc Networks for UAV Pilotage

A Conceptual Framework for Smart Ports Based on Flying Aerial Ad-Hoc Networks for UAV Pilotage

Document Number:No.367(AS-035) Source: Mohammed Jamal Almansor, Norashidah Md Din, Mohd Zafri Baharuddin, Ahmed Jasim Al-asadi, Huda Mohammed Alsayednoor, Zeyad Ghaleb Al-Mekhlafi, Badiea Abdulkarem Mohammed, Majid Khalaf Alshammari. A conceptual framework for smart ports: Novel UAV-based pilotage protocol using flying aerial ad-hoc networks. Alexandria Engineering Journal, Volume 123, 2025. https://doi.org/10.1016/j.aej.2025.01.068. Institution: National Power University of Malaysia, … Read more