Optical Communication

3nm DSP Silicon Photonics Solution Drives 20% Efficiency Leap in 1.6T Optical Modules!

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3nm DSP Silicon Photonics Solution Drives 20% Efficiency Leap in 1.6T Optical Modules!

Recently, optical communication technology pioneer Acacia Communications launched a revolutionary product lineup—the Kibo 1.6Tbps PAM4 DSP chip and 200G/channel silicon photonic engine based on 3nm process technology, marking the official entry of high-speed optical interconnect technology into the single-wave 200G era. This solution addresses the stringent demands of AI computing clusters, achieving dual breakthroughs in … Read more

DSP: A New Variable in Optical Communication!

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DSP: A New Variable in Optical Communication!

In the current wave of artificial intelligence sweeping through global data center architectures, a once relatively obscure yet crucial component— Digital Signal Processor (DSP)—is quietly reshaping the future landscape of optical communication. The DSP discussed here is not the traditional voice signal processing DSP, but rather DSP chips specifically designed for high-speed optical interconnects. As … Read more

Industry Information Dispatch: DSP, New Variables!

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[Image]👆If you wish to meet often, feel free to star 🌟 and bookmark it! In today’s era where artificial intelligence is sweeping through global data center architectures, a once relatively obscure yet crucial component—the Digital Signal Processor (DSP)—is quietly reshaping the future landscape of optical communication. The DSP discussed here is not the traditional voice … Read more

DSP: A New Variable in Optical Communication!

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DSP: A New Variable in Optical Communication!

👆If you wish to meet regularly, feel free to star 🌟 and bookmark it! In today’s wave of artificial intelligence sweeping through global data center architectures, a once relatively obscure yet crucial component—Digital Signal Processor (DSP)—is quietly reshaping the future landscape of optical communication. The discussion here is not about traditional voice signal processing DSPs, … Read more

DSP: A New Variable!

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DSP: A New Variable!

In today’s world, where the wave of artificial intelligence is sweeping through global data center architectures, a once relatively obscure yet crucial component—Digital Signal Processor (DSP)—is quietly reshaping the future landscape of optical communication. The DSP discussed here is not the traditional voice signal processing DSP, but rather DSP chips specifically designed for high-speed optical … Read more

How the High-Performance GD32G5 Series MCUs Lead the Transformation in Digital Energy, Motor Control, and Optical Communication

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How the High-Performance GD32G5 Series MCUs Lead the Transformation in Digital Energy, Motor Control, and Optical Communication

Whether it is the rapidly emerging digital energy sector, the continuously expanding applications of motor control, or the rapidly developing optical communication, these fields are undergoing a transformation deeply integrated with cutting-edge technologies such as big data analysis, cloud computing, and artificial intelligence (AI). This integration not only drives a massive expansion of technological boundaries … Read more

Specific Applications of Optical Communication Technology in IoT

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Specific Applications of Optical Communication Technology in IoT

With the continuous development of the Internet of Things (IoT), optical communication technology has gradually become an important means of achieving high speed, reliable, and energy-saving wireless connections. In this context, optical communication technology, as a high-speed, reliable, and secure communication method, is widely applied in the IoT. Applications in Sensor Networks Optical communication technology … Read more

Understanding Fiber Optic Sensors

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Understanding Fiber Optic Sensors

Fiber optics were initially used for the transmission of light, making them suitable for long-distance information transfer and serving as the cornerstone of modern information society’s fiber optic communication. The characteristic parameters of light waves propagating in fiber optics can change indirectly or directly due to external factors, allowing fiber optic sensors to analyze and … Read more

Understanding CE, C++, and C+L Bands in Fiber Optics

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Understanding CE, C++, and C+L Bands in Fiber Optics

A few days ago, while writing an article on optical communication, I mentioned the CE, C++, and C+L bands. Many students asked, previously they only knew about the O band, E band, C band, and L band, and had never heard of CE, C++, and C+L bands. What do these mean? Today, I’ll specifically explain … Read more