In today's complex System-on-Chip (SoC) designs, success is not defined by multi-core processors or AI accelerators. True innovation and reliability are built upon a foundation of essential, high-quality specialty IP. These critical circuit blocks ensure signal integrity, system resilience, and flawless performance.

Omni Design Technologies extends its philosophy of high-performance, low-power design from its renowned Swift data converters to a comprehensive suite of specialty IP. For architects building on advanced FinFET nodes, our solutions provide the peace of mind and performance necessary to create differentiated, robust, and power-efficient products.

High-Performance LVDS: High-Speed, Noise-Immune Chip-to-Chip Communication

As data rates between chips continue to soar, maintaining signal integrity is a primary challenge. Low-Voltage Differential Signaling (LVDS) is the trusted standard for high-speed, reliable interconnects that are resilient to noise.

The Omni Design Value Proposition: Omni Design’s high-performance LVDS transceivers are engineered for the multi-gigabit era. By leveraging our expertise in low-power and high-speed analog design, we deliver LVDS solutions that offer exceptional jitter performance and robust common-mode noise rejection. This ensures error-free data transmission between critical components on a board, even in the noisy environments of complex communications, automotive, or data center systems. Our LVDS IP enables designers to push bandwidth limits with confidence while minimizing power consumption. Contact us for more details

Glitch Detectors: First Line of Defense for System Security and Stability

In sensitive applications, SoCs can be vulnerable to side-channel attacks where adversaries manipulate voltage or clock signals to extract information or induce faulty behavior. A high-speed glitch detector is a critical component of a robust security-aware design.

The Omni Design Value Proposition: As part of our OmniTRUST™ technology family, our glitch detectors provide an essential layer of on-chip monitoring. They are designed to instantly detect and flag anomalous voltage or clock events that deviate from normal operation. With configurable thresholds and high-speed response, Omni Design's glitch detectors enable system architects to implement countermeasures, log events, or trigger alerts, safeguarding the SoC against malicious tampering and ensuring operational integrity.

Programmable Gain Amplifiers (PGAs): Optimizing the Analog Front-End

Every analog signal chain is unique, often requiring precise amplification to optimize the dynamic range before digitization. A Programmable Gain Amplifier provides the crucial ability to adapt to varying signal strengths, making it a cornerstone of flexible and high-performance analog front-ends (AFEs).

The Omni Design Value Proposition: Omni Design’s PGAs are crafted to deliver precision and flexibility without compromise. We provide amplifiers with low noise and excellent linearity across a wide range of gain settings. This allows designers to dynamically adjust the signal chain, maximizing the performance of downstream ADCs and other components. Built with a focus on low power, our PGAs are ideal for power-sensitive applications such as battery-powered sensors, LiDAR, and wireless receivers.

Clock Receivers: Ensuring a Stable and Low-Jitter Clock

The clock signal is the heartbeat of any digital system. The quality of the received clock directly impacts the performance of the entire SoC, with jitter being a primary enemy of high-speed data systems.

The Omni Design Value Proposition: Our high-speed clock receivers, like the ODT-CRX-2P5G-16, are meticulously designed to receive and buffer high-frequency clock signals with minimal added jitter. Operating at frequencies into the multi-gigahertz range, our receivers provide a clean, stable clock to critical on-chip systems like data converters and high-speed logic. Their low power consumption and small footprint make them a seamless addition to any advanced SoC design, ensuring a reliable system.

Latch-Up Detection: Mission-Critical Reliability in Advanced Nodes

In advanced FinFET processes, the risk of latch-up is a significant concern. Proactive detection is essential for building reliable, long-lasting products.

The Omni Design Value Proposition: Our ODT-LUP-2130-7 Latch-Up Detection IP provides a vital, always-on monitoring solution. Integrated directly into the SoC, it is engineered with configurable thresholds and programmable filtering to provide immediate, false-positive-resistant warnings of latch-up conditions. This allows the system to take corrective action, such as a power cycle or reset, preventing permanent damage. For mission-critical applications in automotive, aerospace, and data centers, Omni Design's Latch-Up Detection IP is an indispensable component for ensuring system resilience.

High-Performance Voltage Buffers: Driving Signals with Strength and Fidelity

On-chip signals often need to be distributed to multiple blocks or drive significant capacitive loads without degradation. High-performance voltage buffers are the unsung heroes that ensure signal fidelity and drive strength throughout the SoC.

The Omni Design Value Proposition: Omni Design's voltage buffers are built to maintain signal integrity under the most demanding on-chip conditions. Characterized by high input impedance and low output impedance, they prevent loading effects and deliver a clean, full-swing signal to their destination. With excellent slew rates and stability, our buffers are ideal for driving critical analog signals, reference voltages, and clock lines, ensuring that every block in your SoC receives the pristine signal it needs to operate at peak performance.