Connectivity technologies for HPC

5G supports massive data traffic with more bandwidth and lower latency. To accommodate a diversity of 5G applications, the spectrum range will vary widely, from sub-6GHz to mmWave.

RF architecture is evolving to accommodate high performance computing's power and footprint requirements
RF mmWave for Base Station

RF architecture is evolving to accommodate high performance computing's power and footprint requirements. Our RF technology offering supports mmWave for base station application.

TSMC's most comprehensive RF technology offering covers sub-6GHz, to mmWave, to RF Front-end SOI applications
A TSMC special device helps to improve Unit Gain Frequency (UGF)

SerDes design key specs include power consumption per lane, insertion loss (maximum tolerable channel loss) and operating temperature limit. As UGF becomes worse with technology migration, it becomes more and more challenging to meet SerDes design key spec. Continuous Time Linear Equalizer (CTLE) is a critical circuit in high-speed SerDes design and has been validated on N5 Si to achieve the needed speed for 112Gbps operation. This circuit was implemented with the device specifically designed for very high-speed applications and is available for customers and IP partners to use in their own SerDes design.

A TSMC special device helps to improve Unit Gain Frequency (UGF)
Featured Technologies
Advanced Technologies

Industry's most advanced and comprehensive technologies for High-Performance...

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Connectivity

RF technologies and customizations for highly differentiated products...

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WLSI

Wafer Level System Integration (WLSI) provides both...

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