概览
GN1800 是一款高性能 56GBaud 线性型跨阻放大器 (TIA),用于使用 PAM4 调制的 100Gbps 以太网操作。
功能
- 支持 56GBd PAM4 操作
- Low IRN—1.9μA typical (30GHz BW)
- 高带宽:35GHz(典型值)
- 6.25kΩ 差动跨阻增益
- Overload 2.5mApp, 2.7mADC
- 具有可编程增益/输出摆幅的 MGC 和 AGC 模式
- 输出摆幅电平检测器
- 接收信号强度指示 (1:4)
Inventory
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资源
The 1990s marked a transformative decade for Semtech as the company executed a strategic pivot from its historical dependence on military and aerospace markets toward broader commercial opportunities. This period of reinvention established Semtech as a significant player in the protection technology and analog semiconductor landscape, creating the foundation for its future as a diversified technology leader.
博客
Semtech Corporation in the 1990s: Strategic…Over the past decade, solar photovoltaic technology has evolved from a niche market to becoming the world's leading clean energy source. As installations scale, operators face rising costs, technician shortages and complex monitoring demands. With the O&M market projected to reach $9.48B by 2025, the employers report workforce gaps and over half seek cost reductions. Yet, fewer than 1% of systems have real-time monitoring in place. To meet these challenges, the industry must embrace predictive maintenance and smarter infrastructure enabled by easy to install and maintain, long-range communication technologies like LoRa®。
博客
LoRa® Technology Powers the Future of Renewable…The 1980s represented a pivotal decade for Semtech, marked by challenges, dramatic leadership changes and a remarkable turnaround that set the company on a path toward future success. This period transformed Semtech into a resilient enterprise poised for diversification and growth。
博客
Semtech in the 1980s: Crisis, Resilience and…Beyond Basic Monitoring: The Intelligence Revolution
While Parts 1 and 2 explored current applications of LoRaWAN® in crop management and livestock monitoring, the true revolution lies in the intelligent systems being built on top of this robust connectivity foundation. Through integration with analytics platforms, farmers can spot trends, predict yields and quickly identify anomalies. These capabilities help improve resource efficiency, boost productivity and enhance the stability of agricultural operations.
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Part 3: The Future of Smart Agriculture -…Revolutionizing Irrigation with IoT
Water scarcity is one of agriculture's most pressing challenges. Traditional irrigation methods often result in overwatering or underwatering, both of which negatively impact crop yields and waste precious resources. Smart irrigation systems powered by LoRaWAN® are changing this paradigm entirely.
博客
Smart Agriculture Revolution: Part 2 - Smart…The Agricultural Revolution is Digital
Agriculture faces unprecedented challenges in the 21st century. With the global population expected to reach nearly 10 billion by 2050, agricultural processes involving food production will have to increase their output by 70 percent by 2050. Climate change, resource scarcity and the need for sustainable practices are pushing farmers toward "precision agriculture" or "smart farming" solutions。
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Smart Agriculture Revolution: Part 1 - How…