Insights | 円通科技股份有限公司

What is WiFi 7 and How Will It Transform Connectivity?

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

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Delve into the reasons behind it

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

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

How to Prototype Wireless Systems? Using SDR for Rapid Prototyping

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We illustrate how software-defined radio aids system developers in prototyping with two examples.

What is OTA Testing? A Method to Assess Real-World Wireless Performance

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This article explores the role OTA testing plays in different product development phases and how to conduct OTA tests.

The Future of Satellite User Terminal Antenna on Connected Car

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In addition to antenna design, YTTEK offers the RF front-end system to provide a complete solution.

How to Test and Measure RF? Utilizing Testing Instruments Across Different Stages of Product Development

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It's important to understand the commonly used tools at different stages of the process.

Optimizing UAV Communications with Frequency Hopping

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From UAV applications to daily life, frequency hopping offers a robust connection for various domains.

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