The SparkLink WSRH-28B02 Industrial Module is designed to overcome the limitations of traditional wired connectivity (cabling) in industrial automation systems, which are prone to issues like frequent re-wiring during equipment changes, corrosion, wear, vibration, dust, and connection instability. This module provides a robust wireless alternative specifically engineered for demanding industrial environments.
As an advocator and a leading provider of UWB technology and products for cars, TsingCar empowers intelligent and connected vehicles (ICVs) with its sensor technology and core algorithm.
The evolution of the car key – from mechanical metal to remote fob, then to smartphone-based digital keys – represents a relentless pursuit of convenience and security. However, existing solutions, primarily relying on Bluetooth Low Energy (BLE) or Near Field Communication (NFC), face inherent limitations in precision, reliability, and security, particularly for seamless, hands-free access. SparkLink technology, with its core strengths of ultra-low latency, rock-solid reliability, and crucially, high-precision positioning, is emerging as the definitive wireless foundation for the next generation of digital car keys, enabling a truly transformative user experience.
The automotive industry is undergoing a seismic shift towards intelligent, connected, and electrified vehicles. At the heart of this transformation lies the critical need for robust, high-performance, and ultra-reliable wireless communication. Enter SparkLink (also known as NearLink), a groundbreaking short-range wireless technology emerging as a powerful catalyst, specifically accelerating innovation in applications and the development of standards within the smart car ecosystem.
Below is a clear explanation of China's new restrictions on non-3C-certified power banks for domestic flights, including the background, rationale, and key details:
