In the intricate realm of semiconductor chip design, the foundational elements known as Physical IPs play a pivotal role in shaping innovation and functionality. Among these, SRAM Physical IPs stand out as the keystones, encompassing memory modules that underpin data storage solutions. Their significance reaches far beyond basic layout and structure, extending to the core of achieving the elusive balance between Power, Performance, and Area (PPA). But the importance doesn't stop there – SRAM Physical IPs also hold the key to seamless testability of fundamental blocks, ensuring robustness and reliability in the manufacturing process.

As semiconductor chip designs evolve, another critical dimension emerges: technology scalability. SRAM Physical IPs are not just limited to the present; they are designed with an eye towards the future. They are engineered to seamlessly adapt to advancing semiconductor technology nodes, ensuring longevity and sustainability of designs as they navigate the ever-changing landscape of innovation.

In this dynamic environment, SRAM Physical IPs become the bedrock of achieving higher speeds, optimal energy consumption, efficient silicon utilization, robust testability, and technology scalability. As the landscape of semiconductor chip design evolves to meet the demands of tomorrow's technology, the strategic selection of SRAM Physical IPs emerges as the defining differentiator, propelling designs to the forefront of a world defined by unparalleled excellence.

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Unlocking Possibilities with Tailored ART IP Solutions!

At ART IP Solutions, we are not just about physical IP design; we are about precision-crafted solutions that cater to your unique needs. Whether you're seeking low-power memory solutions to enhance energy efficiency, high-performance compiler/instances to fuel your high-performance computing aspirations, or extra-reliable designs to elevate your automotive and server applications, we have you covered. Our commitment to innovation and excellence drives us to create targeted, application-based physical IP that seamlessly integrates with your vision, ensuring optimal performance, reliability, and efficiency. Let us be your partner in pushing the boundaries of what's possible in semiconductor design. Discover the power of customized solutions with ART IP!"

Physical IPs

Driving Excellence in Automotive Semiconductor Solutions with ART IP

Reliability Beyond Measure: Automotive components must stand the test of time. Our physical IP is designed for unparalleled reliability, with robust features like stringent Electromigration qualification, design margins considering aging that ensure operation in extreme conditions, from frigid winters to scorching summers. When the journey is long, our solutions are built to last longer.

Safety First, Always: Safety is paramount in automotive applications, and our physical IP is designed with this principle at its core. We align with functional safety standards like ISO 26262, ensuring that our solutions contribute to creating systems that prioritize safety even in the face of unexpected challenges.

Temperature Resilience: From icy mornings to sweltering afternoons, our physical IP is engineered to function flawlessly across the automotive temperature spectrum. You can trust that our solutions will keep pace, no matter the climate.

Innovative Test ability Features: Our commitment to excellence goes beyond the core functionality. Our semiconductor physical IP incorporates advanced Built-In Self-Test (BIST) and repair using redundant rows and columns capabilities. Additionally, we offer Full Scan solutions that enable efficient testing and diagnosis of components, ensuring that your automotive systems remain optimized and reliable throughout their lifecycle

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In the fast-evolving world of automotive technology, reliability, safety, and performance are non-negotiable. Welcome to ART IP Solutions, where our team's seasoned expertise in semiconductor physical IP meets the exacting demands of the automotive industry. With a firm understanding of the automotive landscape, we recognize that automotive applications demand more than just standard solutions. That's why our team brings years of experience crafting semiconductor physical IP tailored specifically for the automotive sector.

Memory IP for automotive applications

At ART IP Solutions, we bridge the gap between the dynamic requirements of the automotive industry and the world of semiconductor physical IP. With an unswerving commitment to innovation, reliability, and precision, we stand ready to be your partner in driving the future of automotive technology. Discover the road to excellence with ART IP."

Empowering High-Performance Computing with ART IP Solutions

Precision in Optimization: At ART IP Solutions, we don't settle for the ordinary; we excel in the extraordinary. Our team's proficiency in optimizing pseudo two-port and two-port memories elevates the performance of HPC systems to new heights. We understand that the demand for high-density, high-performance SRAMs is relentless in HPC, and our optimized designs rise to the challenge with unparalleled efficiency.

Application-Specific Excellence: HPC applications are as diverse as they are demanding. That's why our expertise extends to crafting key application-specific instances, tailoring SRAM solutions that seamlessly integrate into your HPC architecture. Whether it's accelerating scientific simulations, powering artificial intelligence, or driving data-intensive analytics, our SRAM designs are your steadfast allies in achieving exceptional computational prowess.

Working Hand-in-Hand with Foundries for Optimal PPA: ART IP Solutions takes collaboration to a new level. We work closely with foundries, engaging in Design Technology Co-optimization (DTCO) to fine-tune every aspect of our SRAM designs. This collaborative approach ensures that our designs are not just optimized for performance and power efficiency but also finely tuned to match the capabilities of the manufacturing process, delivering unmatched PPA results.

Meeting HPC Requirements Head-On: The requirements for SRAM in HPC are multifaceted - high density, high bandwidth, low latency, low power, and reliability are just the beginning. ART IP Solutions takes on these challenges with fervor, designing SRAMs that transcend expectations. Our designs deliver on the promise of high-density per unit silicon area, lightning-fast access speeds, and power efficiency that aligns with the green ambitions of modern HPC systems.

In the dynamic world of high-performance computing (HPC), where every cycle and every bit of data matters, ART IP Solutions stands as a beacon of innovation and excellence. Our team of seasoned experts brings a wealth of experience in optimizing Power, Performance, and Area (PPA) metrics for SRAM designs, creating solutions that redefine the boundaries of what's achievable in the realm of semiconductor memory.

Memory IP for High Performance computing

Welcome to a world where high-performance computing is not just a goal but a reality. Welcome to ART IP Solutions, where innovation, optimization, expertise, and collaboration converge to create SRAM designs that fuel the engines of tomorrow's computational breakthroughs. Discover the power of precision, experience, tailored solutions, and collaborative excellence with ART IP. Let's shape the future of high-performance computing together.

Elevating Energy Efficiency with ART IP Solutions' Low Power SRAM Solutions

Mobile Devices and Wearables: Empower smartphones, tablets, and wearables to do more while conserving energy, enabling users to stay connected longer and experience seamless performance.

IoT and Remote Sensing: Equip remote sensors and IoT devices with the ability to gather and transmit data efficiently, even in the most energy-constrained environments.

Medical and Healthcare: Enhance wearable health devices and implantable medical solutions, allowing for continuous monitoring without compromising battery longevity.

Edge Computing: Equip edge devices with low power SRAM for efficient processing of data close to its source, saving energy and minimizing latency.

IIn a world where energy conservation and prolonged battery life are paramount, ART IP Solutions emerges as a trailblazer in the realm of low power SRAM solutions. With a mastery of advanced techniques such as power gating, power down, retention mode, multi-threshold voltage design, and read and write assist for lower voltage operation, we redefine what's possible in achieving the delicate balance between performance and energy efficiency.

Our expertise is not confined to technology alone; it extends to understanding the diverse spectrum of applications that demand energy-conscious solutions. From the sleek screens of portable devices to the hidden intelligence within IoT nodes, our low power SRAM solutions find their niche in

Memory IP for low power applications

Our low power SRAM solutions at ART IP Solutions not only redefine the boundaries of energy-efficient design but also empower the future of technology to be more sustainable, more connected, and more capable. Discover the realm of possibilities that open up when innovation meets energy consciousness with ART IP Solutions."

Our mission

At ART IP Solutions, our mission is to foster a collaborative semiconductor ecosystem with foundries and fabless design houses. We're dedicated to delivering top-quality, PPA-optimized memory IPs for targeted applications in advanced technologies, ensuring shared success and innovation

Our vision

ART IP Solutions aims to lead collaborative semiconductor progress, driving transformative tech through strong industry partnerships. Our mission is to inspire innovation for shared success. In three years, we'll foster connections, aiming for top three physical IP status. Partnering with foundries and design houses, we're committed to propelling innovation.