YTTEK's TALK | 円通科技股份有限公司

mmWave in LEO Satellite Communications: Opportunities and Challenges

YTTEK's Talk

Explore the trends and see how YTTEK is driving this revolution forward with mmWave technology.

WiFi 7 Revolutionizes Telemedicine, Bridging Healthcare Gaps Across Urban and Rural Areas

YTTEK's Talk

Wi-Fi 7 is pivotal in delivering resilient, high-speed connections.

Circular Polarization in mmWave Applications. Enhances Connectivity in 3 Aspects

YTTEK's Talk

Explore why circular polarization (CP) is vital in enhancing signal quality.

Why do LEO Satellite Antennas Utilize Circular Polarization?

YTTEK's Talk

In LEO (Low Earth Orbit) satellite communications, array antennas are widely used, with circular polarization strategically employed.

Exploring Thriving Smart Home Applications and How WiFi 7 Supports Them

YTTEK's Talk

A stable and congestion-free network is important for connecting multiple smart home devices.

What is WiFi 7 and How Will It Transform Connectivity?

YTTEK's Talk

With data throughput of up to 46 Gbps, ultra-low latency, and high network capacity, it enables the realization of applications that demand high-speed connectivity.

AI applications often involve the transmission of large volumes of data, real-time processing, and the connection of numerous sensing devices. These demands require a high-speed, stable network capable of supporting many devices simultaneously. As a result, high-bandwidth wireless communication is crucial to the advancement of AI technology. This article explores why AI relies on high-bandwidth wireless communication and provides the use case of autonomous driving to help you better understand it.

Why does AI require high-bandwidth Wireless Communication? Understanding Through 1 Use Case

YTTEK's Talk

Delve into the reasons behind it

Why Pursue High Bandwidth? Which Areas Will Benefit and How YTTEK Can Support

YTTEK's Talk

Through the enhancement of bandwidth, more innovative applications requiring high data throughput can be realized.

YTTEK’s TALK