Analog and Mixed-Signal Products
High Performance, Ultra-Low Power ADC, DAC and AFE IP
Omni Design offers high-speed, low power data converters for a wide variety of applications including test & measurement and medical imaging.  We offer several IP blocks in a range of process nodes such as 28nm and advanced nodes​, including:
Our high performance ADCs are based on our proprietary SWIFT™ technology which allows for dramatic relaxation of key specifications of an Op-Amp including unity-gain bandwidth, noise, open-loop gain and offset voltage while reducing input capacitance and area without altering well established design methodologies for Op-Amp based circuits.

Our straightforward licensing process allows system creators to rapidly build and validate complex systems.  Please contact sales@omnidesigntech.com for further details and to discuss your specific requirements.
Ultra-High-Speed, RF Sampling Multi-Gigahertz ADCs
  • Best-in-class low power, energy efficient operation using Omni's proprietary SWIFT architecture
  • 10/12/14-bit resolution
  • Up to 18 GSPS sample rates
  • Fully integrated with calibration, bandgap reference, voltage regulators and input buffers as needed
  • Can be configured as I/Q ADCs or multi-channel ADCs
  • Available in 28nm and advanced nodes
  • Also available upon request in 22nm, 40nm, 65nm nodes
ODT-ADS-12B18G: Ultra High Speed RF Sampling, 12-bit, 18 GSPS ADC
ODT-ADS-12B8G: Ultra High Speed RF Sampling, 12-bit, 8 GSPS ADC
ODT-ADS-12B4G: Ultra High Speed RF Sampling, 12-bit, 4 GSPS ADC
ODT-ADS-12B2G: Ultra High Speed RF Sampling, 12-bit, 2 GSPS ADC
ODT-ADP-14B4G: Ultra High Speed RF Sampling, 14-bit, 4 GSPS ADC
ODT-ADP-14B2G: Ultra High Speed RF Sampling, 14-bit, 2 GSPS ADC
Ultra-Low-Power 10-to-14-bit ADCs
  • Best-in-class low power, energy efficient operation using Omni's proprietary SWIFT architecture​
  • Can be configured as I/Q ADCs or multi-channel ADCs
  • Available in 28nm and other advanced nodes
  • Also available upon request in 22nm, 40nm, 65nm nodes
ODT-ADP-14B1200M: Ultra Low Power 14-bit, 1.2 GSPS ADC
ODT-ADP-14B600M: Ultra Low Power, 14-bit, 600 MSPS ADC
ODT-ADP-14B300M: Ultra Low Power, 14-bit, 300 MSPS ADC
ODT-ADP-14B50M: Ultra Low Power, 14-bit, 50 MSPS ADC
ODT-ADS-11B1200M: Ultra Low Power, 11-bit, 1200 MSPS ADC
ODT-ADS-11B300M: Ultra Low Power, 11-bit, 300 MSPS ADC
ODT-ADS-11B150M: Ultra Low Power, 11-bit, 150 MSPS ADC
ODT-ADS-11B50M: Ultra Low Power, 11-bit, 50 MSPS ADC
ODT-ADPR-14B300M: Ultra Low Power, 14-bit, 300 MSPS Sample-Rate Scalable ADC
ODT-ADSR-12B300M: Ultra Low Power, 12-bit, 300 MSPS Sample-Rate Scalable ​ADC
ODT-ADSR-11B300M: Ultra Low Power, 10-bit, 300 MSPS Sample-Rate Scalable ADC​
High Linearity Multi-Gigahertz DACs
  • Current-steering, 12/14 bit DACs operating at sample rates up to 18GSPS
  • Can be used to generate both baseband and RF signals
  • High linearity and low noise operation
ODT-DAC-12B18G: 12-bit, 18 GSPS Current-Steering DAC
ODT-DAC-12B8G: 12-bit, 8 GSPS Current-Steering DAC
ODT-DAC-14B8G: 14-bit, 8 GSPS Current-Steering DAC
ODT-DACR-12B8G: 12-bit, 100-to-8000 MSPS Current-Steering DAC
ODT-DACR-14B6G: 14-bit, 100-to-6000 MSPS Current-Steering DAC
Low Speed Voltage Mode DACs
  • Voltage-mode output DACs
  • High linearity and low noise operation
ODT-DAC-16B5M: 16-bit, 5MSPS Voltage-Mode DAC
Highly Integrated Analog-Front-Ends (AFEs)
  • Highly integrated AFEs with multiple ADCs, DACs and PLLs combined in a single IP block
  • All ADC and DAC IP listed above can be combined together into an integrated AFE
Representative part from Omni Design AFE portfolio:
ODT-AFE-14B1200M-2C: Dual, 14-bit, 1200 MSPS ADC with 1200 MSPS Current-Steering DAC