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Enterprise computing for every workload

Efficiently develop reliable, workload-optimized silicon and systems for secure, high performance and energy efficient data center applications.

Enterprise Computing

Overview

Powering scalable, efficient enterprise computing

As enterprise system companies develop customized silicon to optimize hardware for specific workloads, data centers and edge computing connections in the enterprise computing market are undergoing a fundamental transformation. In addition, the Arm and RISC-V instruction set architectures (ISAs) are disrupting the computing socket in data centers traditionally dominated by the x86 ISA.

Arteris has a history of successful collaboration with prominent semiconductor companies, delivering reliable and effective interconnect solutions. Our flexible and scalable on-chip data flow backbone offers the unique flexibility to create customized solutions for AI, computing, memory, and storage.

Arteris technology addresses the enormous scale of data centers and the various forms of edge computing by:

Providing technology for the performance, power, and efficiency necessary to handle massive workloads.
Offering scalability and flexibility to adapt to changing workloads.
Delivering the reliability and security to help resist failures and cyberattacks.

Advantages

Data center performance and efficiency for next-gen workloads

Optimized PPA

Arteris System IP solutions optimize enterprise computing system performance, power consumption, and costs, allowing semiconductor vendors to meet the unique requirement for workload-optimized enterprise computing.

Advanced SoC integration

Arteris solutions help developers address the challenges of integrating multiple heterogeneous processing elements, memory, storage systems, and communication interfaces.

Flexibility and scalability

Arteris System IP offerings are uniquely configurable, flexible, and scalable to meet the requirements for custom hardware, optimized for specific workloads.

Hardware security assurance

Uncover semiconductor cybersecurity weaknesses and vulnerabilities throughout the design process, both to reduce the risks associated with hardware vulnerabilities that can be exploited by adversaries, and to ensure regulatory compliance.

Innovation for enterprise computing

Arteris FlexGen: Smart NoC IP revolutionizing semiconductor design

FlexGen is designed with built-in AI/ML-driven automation to generate optimized NoC designs for complex SoCs, delivering expert-level results.

10x productivity boost
Expert-level results
Up to 30% wire length reduction

Learn how you can speed time to market, optimize power plus performance, and improve overall design economics with FlexGen in our in-depth white paper.

Products for enterprise computing

Coherent Interconnect

Ncore Cache Coherent Interconnect IP

Ncore IP simplifies multi-core SoC design with heterogeneous coherency, efficient caching, and high throughput, for reliable, high-performance with ISO 26262 support.

Non-Coherent Interconnect IP

FlexGen Smart Interconnect IP

Smart NoC IP automates the creation of high-performance NoC designs for a 10x productivity boost and up to a 30% wirelength reduction, reducing latency and power consumption.

Non-Coherent Interconnect IP

FlexNoC Interconnect IP

Physically aware NoC IP with an ISO 26262 support option, delivering up to 5x reduced turnaround times on timing closure versus manual physical iterations.

Last-Level Cache

CodaCache Last-Level Cache IP

A highly configurable caching solution to optimize SoC performance and address key SoC challenges, such as power efficiency, data access, timing closure, and layout congestion.

SoC Connectivity

Magillem Connectivity

Automation tools and built-in checkers to boost productivity, accelerate TTM and improve design quality, while shortening, streamlining, and de-risking the integration process.

Hardware / Software Interface

Magillem Registers

Importing the memory map description in Magillem Registers helps ensure synchronization between hardware, software, and documentation for automatic, consistent data generation.

SoC Connectivity

Magillem Packaging

A fully automated solution to import legacy RTL and create a correct by-construction IP-XACT description, map the physical ports into the bus interface, and capture the memory map.

Hardware Security Assurance

Cycuity Radix-S

Radix-S incorporates security verification into existing simulation flows to proactively detect and mitigate security threats across IP blocks, subsystems, and SoCs.

Hardware Security Assurance

Cycuity Radix-M

Radix-M leverages commercial emulators to extend security verification to the SoC and system-level, addressing risks that may be introduced by firmware and software.

Hardware Security Assurance

Cycuity Radix-ST

Radix-ST is a static security analyzer designed to identify potential design weaknesses early in the development lifecycle without requiring simulation or emulation.