Sofics Datasheet – TSMC 2nm 1V8 GPIO

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This TSMC 2nm 1.8V GPIO IP provides configurable, overvoltage-tolerant I/O functionality for advanced-node designs. The IP macro is designed in TSMC 2nm and can be ported to other technologies upon request using Sofics in-house design tool flow.

DS-TS2N-1V8-GPIO

Key Highlights

  • Broad portfolio of IO configurations from a single base architecture
  • Modular design enables fast and reliable turnaround and low NRE
  • Proven across multiple advanced nodes
  • Optimized for performance, power, and area trade-offs

Details

ParameterValue
VDD0.75V ±10%
VDDIO1.8V ±5%
Temperature Tj-40C to 85C

Key Features

ParameterValue
Maximum bit rate100 MHz
Drive strength5mA (other options available)
ESD robustness>1kV HBM

Area

TypeSize [μm²]
I/O4800

Summary

The TSMC 2nm 1.8V GPIO offers configurable I/O functionality with multi-voltage support, over-voltage tolerance (OVT), and high-speed or ultra-low-power modes. Designed for advanced nodes, it enables reliable interfacing between low-voltage cores and higher-voltage or legacy systems.

An integrated voltage regulator can be added to ensure stable operation across wide voltage ranges for auxiliary supply domains, supporting multi-voltage and OVT functionality without external components.

Pin Schematic

TSMC 2nm 1.8V GPIO pin schematic

Features

  • Overvoltage tolerant design
  • Supports multiple supply voltages
  • Input enable/disable
  • Tri-state output
  • Optional Pull select
  • Pullup/Pulldown
  • Compatible with TSMC I/O ring
  • Integrated voltage regulator
  • Other analog features such as I2C, I3C, SPI, UART, JTAG, PWM, WDT, slew rate control, fail-safe, drive strength options and more

Sofics offers a broad portfolio of configurable specialty I/Os enabling flexible integration across multiple voltage domains and applications. Explore our specialty GPIO circuits and TSMC IP solutions. Additional variants and features can be supported upon request, allowing fast customization through minimal design changes. For more information, visit www.sofics.com or contact us at bd@sofics.com.

Sofics proprietary and confidential © 2026

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