Products

Technology

Applications

Resources

Company

Products

Technology

Applications

Resources

Company

/

/

Swift™ Analog to Digital Converter Technology

Swift™ Analog to Digital Converter Technology

Swift™ Analog to Digital Converter Technology

Swift™ Analog to Digital Converter Technology

Swift™ ADC Highlights

RF sampling
time-interleaved

Excellent linearity
& low noise

Power scales with
sample rate

6-14 bit,
5Msps - 100+Gsps

Available in FinFET
nodes to 28nm

Technology Overview

High-speed analog to digital converters (ADC) are a critical bridge between advanced digital signal processing operations and the sensing elements used in advanced communications, 2D & 3D imaging, and advanced computing systems. Omni Design excels at achieving state of the art figures-of-merit for conversion efficiency. Further Omni Design’s Swift™ data converters have small footprints and are available in a variety of process nodes from 28nm to advanced FinFET.

  • All calibration is built in and runs in the background to compensate for both static and dynamic conditions.

  • All ADCs have integrated buffers to simplify interfacing and ensure compatibility with the overall system performance.

  • Optional digital down converters (DDC) are available to increase system compatibility.

  • The ADCs are available as individual IP blocks or matched IQ pairs and can be efficiently arrayed for a large number of input channels. Our technologies can be combined with analog front ends (AFEs) and digital logic for higher integration solutions as IP, chiplets or droplets.

Contact us for your specific requirements for utilizing Omni Design’s data converter technology and supporting AFEs for your data acquisition and signal-processing needs.

Use Cases:
Data acquisition and signal-processing solutions that require high-performance are very sensitive to spurious frequency components and distortion in spectral characteristics. Omni Design minimizes these effects, delivering higher system capacity and lower power.

Time-Interleaving Artifact Compensation

For high-performance operation, time-interleaving artifacts must be minimized including: offset mismatch, gain mismatch, timing skew, and bandwidth mismatch. Omni Design employs proprietary, patented techniques, such as analog and digital correction, foreground and background correction, randomization and redundancy, resulting in minimizing notches in the output spectrum.

Target Applications

Omni Design enables next generation SOCs with advanced technology solutions for faster, lower-power data transport and acquisition.

Newsletter

By subscribing, you agree to with our Privacy Policy

Copyright © 2025, Omni Design Technologies, Inc. All Rights Reserved.

Cookie Settings

Omni Design enables next generation SOCs with advanced technology solutions for faster, lower-power data transport and acquisition.

Newsletter

By subscribing, you agree to with our Privacy Policy

Copyright © 2025, Omni Design Technologies, Inc. All Rights Reserved.

Cookie Settings

Omni Design enables next generation SOCs with advanced technology solutions for faster, lower-power data transport and acquisition.

Newsletter

By subscribing, you agree to with our Privacy Policy

Copyright © 2025, Omni Design Technologies, Inc. All Rights Reserved.

Cookie Settings

Omni Design enables next generation SOCs with advanced technology solutions for faster, lower-power data transport and acquisition.

Newsletter

By subscribing, you agree to with our Privacy Policy

Copyright © 2025, Omni Design Technologies, Inc. All Rights Reserved.

Cookie Settings