Omni Design Technologies

Licenses high-performance IP cores for SoCs

Digital/RTL IC Design Engineer

Silicon & ASIC DesignConfirmed live in the last 24 hours

Full-timeNo salary listed

About the Job

Requirements

A bachelor’s or master’s degree (BS/BE/MS/MTech), or equivalent experience, plus 2 years of experience in high-performance digital or mixed-signal IC development in advanced CMOS processes.
Strong foundation in digital design concepts for complex ASICs.
Hands-on experience coding Verilog RTL, including state machines, adders, multipliers, and combinatorial logic.
Strong understanding of digital design for mixed-signal control loops and designing Verilog code to control analog circuits, such as digital backends for ADCs and digital PLLs.
Familiarity with behavioral Verilog code, including wreals.
Ability to write thorough testbenches.
Understanding of constraints for mixed-signal designs, including multiple clock domains and clock gating.

Responsibilities

Perform RTL design, verification, and behavioral modeling for high-performance analog-to-digital and digital-to-analog converters.
Support and assist with synthesis, timing closure, and place-and-route flow for the digital controller for high-performance data converters in cutting-edge technologies.

Desired Qualifications

Basic understanding of SystemVerilog and assertions.
Basic understanding of signal processing; MATLAB understanding is preferred but not mandatory.

Digital Design Engineer focusing on high-performance analog-to-digital and digital-to-analog converters. Job responsibilities include RTL design, verification, behavioral modelling, support and assist with synthesis, timing closure and P&R flow for the digital controller for high performance data converters in cutting edge technologies.

Qualifications

BS/BE/MS/MTech + 2 years or equivalent experience in high-performance digital or mixed-signal IC development in advanced CMOS processes
Strong foundation in digital design concepts for complex ASICs
Hands on experience with the Verilog RTL coding including state machines, adders, multipliers, combinatorial logic, etc
Strong understanding of digital design for mixed signal control loops and designing Verilog code to control analog circuits (e.g. digital backend for ADC, digital PLL, etc)
Familiarity with behavioral Verilog code, including wreals
Ability to write thorough testbenches
Basic understanding of SystemVerilog and assertions preferred
Basic understanding of signal processing – MATLAB understanding would be preferred but not mandatory
Understanding of constraints, especially for mixed-signal designs, including multiple clock domains and clock gating

We are looking for trailblazers ...

We strongly believe that the pace of the ongoing hardware revolution will be greatly accelerated by Omni Design’s IP cores and the rapidly emerging semiconductor embedded design business ecosystem.

At Omni Design, we have created an exciting environment with amazing talent across multiple disciplines. We like self-motivated individuals, we encourage initiative, we look for leadership qualities, we value teamwork, we like diversity, and we reward excellence. We are looking for trailblazers to bring Omni Design’s vision to fruition.

If you are interested in making an impact as part of a young, fast growing, cutting edge technology company, please reach out to us.

Omni Design is an equal opportunity employer. We offer excellent compensation. We seek individuals that share our high standards and commitment to excellence.

About the Company

Omni Design Technologies

Licenses high-performance IP cores for SoCs

Omni Design Technologies delivers high-performance, ultra-low power IP cores for mixed-signal SoCs that power devices across 5G, LiDAR, automotive networks, AI, image sensing, and IoT. It develops and validates IP blocks and licenses them to chip makers, offering customization and support to ensure seamless integration into customer designs. The cores are designed to work on FinFET processes down to 28nm, with proven silicon such as gigasample low-power ADCs and DACs on TSMC 28nm. The company differentiates itself through validated, silicon-proven IP, deep collaboration with customers and partners (e.g., LeddarTech, MegaChips), and a global design footprint (new Fort Collins design center). Its goal is to enable customers to build sophisticated, power-efficient, mixed-signal SoCs quickly by providing ready-to-license IP plus engineering services that fit their specific needs.

Company size: 51-200
Company stage: Series A
Total funding: $35M
Headquarters: Milpitas, CA
Founded: 2015

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