Omni Design Technologies provides a portfolio of specialty signal conditioning and interface IP designed to preserve signal integrity, maximize dynamic range, and ensure robust, high-speed data transfer.

These IP blocks are engineered with the same commitment to excellence as our world-class SWIFT™ data converters and are optimized to work seamlessly within a complete, high-performance signal chain

Our Signal Conditioning & Interface IP Portfolio

High-Speed Voltage Buffers

Our analog voltage buffers are designed to drive on-chip capacitive loads with exceptional accuracy and minimal distortion, even at high frequencies. They act as a crucial isolation stage, preserving the integrity of signals from sensitive analog cores.

• Key Features: High slew rate, ultra-low distortion (THD), wide bandwidth, and robust capacitive load-driving capability.

Programmable Gain Amplifiers (PGAs)

Omni Design's PGAs are low-noise amplifiers with digitally selectable gain steps. They are essential for scaling an input signal to match the full-scale range of an ADC, thereby maximizing the system's signal-to-noise ratio (SNR) and dynamic range.

• Key Features: High linearity, ultra-low noise figure, wide and precise gain range, and fast settling time.

LVDS I/O Cells

Our Low-Voltage Differential Signaling (LVDS) transmitter and receiver cells are built for robust, high-speed, chip-to-chip communication. By using differential signals, they provide excellent noise immunity and significantly reduce power consumption and EMI compared to single-ended I/O.

• Key Features: High data rates (Gbps), low power consumption, excellent common-mode noise rejection, and compliance with industry standards.

  
  

Omni Design’s specialty IPs are available in a variety of process nodes from 28nm to advanced FinFET. Our supporting 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 specialty technology.