RF-SOI & RF-CMOS Platforms 

Low Ron-Coff, highly linear, feature-rich platforms to enable the highest performance 4G/LTE and 5G front-end module (FEM) products

The TowerJazz RF-SOI switch process family combines a 3–6 metal layer CMOS process with options for 1.2, 1.8, 2.5V, 3.3V, and 5V transistors. The technology offering, with three generations in high volume manufacturing, is further enhanced by silicon proven accurate models and design libraries, and world-class design enablement.  

These processes are well-suited for products requiring isolation such as cellular switches. Excellent channel isolation better than >-40 dBm, insertion loss of <0.35 dB, low harmonics of better than 105dBc at cellular power levels and inter-modulation distortion below -117 dBm have been demonstrated.  Low noise amplifiers can also be integrated with optimized low-noise, high-gain devices and low-loss inductors realized with thick Cu or Al layers.

In addition to the active devices, process options include silicided and unsilicided poly resistors, RF metal-insulator-metal (MIM) capacitors, metal-fringe capacitors (MFCs), scalable geometry inductors, fixed geometry inductors, fixed geometry baluns, and transformers.

Substrate options include “thin-film” for the best Ron-Coff performance and “thick-film” for bulk-like behavior of the active MOSFETs, free of floating body effects.

The platform is supported by our Multi-Project Wafer shuttle program for fast prototyping.

PLATFORM FEATURES:

  • Sub-100fs Ron-Coff 2.5V NMOS
  • Low RF noise devices for RF switch + LNA integration
  • High density (4fF/µm2) and high voltage (>25V) MIM capacitors.  High-linearity metal fringe  capacitors 
  • Low value and high value resistors, RF varactor, High-Q inductors
  • High impedance, highly linear SOI substrate
  • BSIM4 SOI and PSP models
  • Al or Cu low RC metallization
  • Support for 1.2, 2.5, 3.3, or 5V
  • High utilization standard cell library
  • Optional high power handling device
  • Highly accurate RF device models and fast parasitic extraction
  • Advanced substrate models 

RF-SOI Markets Served