High-speed digital to analog converters are critical in data centers and communications systems, where it is part of a complementary transmit and receive path, and in active (RADAR & LiDAR) imaging systems, where a stimulus signal is used to create a reflection to be measured. In both cases, a high degree of linearity and phase control is needed over a wide bandwidth.

Omni Design utilizes a patented architecture that provides high linearity over wide bandwidths that make it ideally suited to these applications. 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.

Optional digital-up converters (DUC) are available to increase system compatibility. The DACs are available as individual IP blocks or matched IQ pairs, and can be efficiently arrayed for large number of input channels.

The DACs are available as individual IP blocks and can be efficiently arrayed for a large number of output channels. Our technologies can be combined with digital logic for higher integration solutions as IP, chiplets or droplets.

Use Cases:
Clean signals are critical in data transmission and signal-processing solutions such as high speed data center and wireless communications and automotive ADAS imaging systems. Advanced communications depend on dense channel configurations and complex modulation schemes and are sensitive to unwanted spectral artifacts that can degrade channel bandwidth. Omni Design’s Swift™ DACs ensure that maximum performance can be achieved.