Program unveiled by AMI for Arm Total Design, aims to speed up chiplet development using Arm-based technology
The technology landscape continues to evolve, and the need for faster, more efficient, and cost-effective solutions is more important than ever. In August 2025, AMI unveiled the AMI Developer Program for Arm Total Design, a groundbreaking initiative designed to help Arm Total Design ecosystem partners accelerate the development, testing, validation, and hardening of custom silicon, including chiplets, powered by Arm Neoverse™ Compute Subsystems (CSS).
Key Features
The program offers several key features to its partners. Firstly, it enables them to integrate custom silicon designs, dynamic firmware, and advanced ecosystem technologies collaboratively and rapidly. This collaboration aims to "shift-left" Arm-based custom silicon development, ensuring earlier and smoother design integration.
Secondly, the program provides full access to essential firmware technology and IP blocks. This access empowers silicon designers to bring Arm-based custom silicon to life quickly and cost-effectively, while fine-tuning products efficiently.
Lastly, the program offers a simpler, more cost-effective pathway for ecosystem members to transform unique designs into market-ready products. By eliminating many traditional commercial engagement roadblocks, the program facilitates faster entry into the design process.
Benefits
The benefits of the AMI Developer Program for Arm Total Design are numerous. It accelerates the time to commercialization of Arm-based custom silicon, reduces development complexity and budget risks, and facilitates collaboration between IP vendors, foundries, design houses, and OEMs within the Arm Total Design ecosystem.
Moreover, the program supports the creation of interoperable, silicon-proven chiplets, contributing to scalable, efficient, and open multi-vendor chiplet platforms, as exemplified by initiatives like Project Leapfrog.
Requirements
The program is targeted at Arm Total Design ecosystem partners working on custom silicon and chiplets based on Arm Neoverse Compute Subsystems. Participants are likely required to engage with AMI to access the firmware products, IP blocks, and collaboration resources provided through the Developer Program. Exact eligibility or onboarding details were not specified in the available information.
Conclusion
In summary, AMI’s Developer Program for Arm Total Design is designed to provide ecosystem partners with the firmware, IP, and collaboration environment necessary to streamline and accelerate the development of Arm-based custom silicon. This enables them to bring products to market more quickly, cost-effectively, and with reduced technical risk.
The program offers a simpler, more cost-effective pathway for Arm Total Design ecosystem partners to transform their unique designs into market-ready products. It is designed to enable Arm Total Design ecosystem partners to streamline the process of developing, testing, validating, and hardening custom silicon.
Sanjoy Maity, CEO of AMI, stated that the goal of the program is to ensure silicon designers get full access to necessary firmware technology and IP blocks. Srivatsan Ramachandran, SVP of Strategic Partnerships at AMI, noted that the program brings together custom silicon designs, dynamic firmware, and advanced ecosystem partner technologies in a rapid and collaborative way.
AMI encourages potential partners to contact them or visit the AMI website for more details on the complete terms and conditions of the Developer Program, the benefits of working with AMI, and to get started on their Arm Neoverse CSS-based chiplet design journey today.
Technology, such as Arm Total Design, plays a significant role in the AMI Developer Program, enabling partners to collaborate and integrate custom silicon designs, dynamic firmware, and advanced ecosystem technologies more efficiently. The program also leverages data-and-cloud-computing through its key feature of offering full access to essential firmware technology and IP blocks, thereby accelerating the development, testing, validation, and hardening of custom silicon, including chiplets, powered by Arm Neoverse Compute Subsystems (CSS).
