Engineering Excellence

Physical IP Design Services

Empower your designs with our expert physical memory IP design services, delivering speed, efficiency, and reliability across your semiconductor solutions. From high-performance cache architectures to energy-efficient storage, we develop optimized memory solutions that ensure stability and performance for next-generation technologies.

Custom Design Services

NextICron Technologies partners with foundries and fabless companies to provide foundation IP design services, delivering tailored design solutions and ongoing engineering support to keep foundation IP optimized and relevant throughout the semiconductor lifecycle.

Who are we?

With a collective experience of over 300 years in SRAM compiler design, we bring deep expertise across advanced nodes. Our team of experienced memory designers and layout engineers, with extensive FinFET experience, delivers robust and innovative solutions for next-generation semiconductor designs.

Our Mission

Deliver high-quality physical IP design services by working closely with foundries and fabless companies, enabling innovation, strong collaboration, and consistent execution across advanced technology nodes.

Our Vision

To be a leading service provider for physical IP design services, driving collaborative semiconductor innovation through strong industry partnerships and scalable solutions across advanced nodes.

Why NextICron Technologies?

We bring deep expertise in SRAM design, supported by a proven quality assurance flow at NextICron. Our close collaboration with foundries enables effective design-technology co-optimization, ensuring robust and manufacturable solutions. By partnering with both foundries and design houses, we build a strong ecosystem across advanced nodes—making us a reliable choice for high-quality physical IP design services.

Proven Silicon Execution

Established Quality Assurance Flow

Automated Design Flows and processes

Design Technology Co-optimization (DTCO) for best PPA

Customer Support – A Partner in Your Success

Trusted by Industry Partners

Our Approach

1

Assess Design Goals
Review process design kit (PDK), analyze commonly used design instances, align performance, power, and area metrics with customer expectations.

2

Understand Customer Needs
Establish targeted supply domains, and PVTs, Define EDA tools/views and versions, identify essential Design Features, determine Design Margins, and establish Reliability Criteria. This phase ensures alignment with customer requirements from the outset

3

Implement Reliable Design

Implement robust design and layout techniques, incorporating margin and reliability checks to ensure durability, performance, and high-quality execution.

4

Characterization and Comprehensive Validation

Execute comprehensive Timing and Power Characterization, factoring in on-chip variations for accurate analysis. Generate views compatible with industry-standard EDA tools to facilitate ease of use and integration. Rigorous View Validation confirms the useability and reliability of the data.

5

Support and Learn
Offer ongoing customer support, gather feedback, and derive lessons for future improvements.

Contact Us

Whether you have a request, a query, or want to collaborate with us, leave a message below.