Corstone-101 Foundation IP

Benefits of the Arm Corstone-101 Foundation IP

Corstone-101 Components

• CoreLink SSE-050 Subsystem – An excellent starting point, offering an expandable subsystem based on the Arm Cortex-M3 processor for IoT applications.
• CMSDK – including many additional components, including the multi-layer AHB generator, bridges, adaptors and controllers, offering a reliable and efficient way to connect your system. The CMSDK package even features a few system examples to inspire your future design.
• AHB Flash Cache – Flash-based systems (either with embedded Flash or external Flash) often heavily rely on an efficient cache system. The AHB Flash Cache block significantly improves performance and power consumption of your SoC within a compact area.
• RTC – A real-time clock for applications that need to maintain a time base counter.
• TRNG – Security needs to be implemented from the beginning. The True Random Number Generator is the fundamental security element to integrate in a device and provide the essential foundations of security from the start.
• CoreLink GFC-100 – A generic flash Controller IP enabling process portability. It is also is in line with the AMBA Generic Flash Bus Protocol Specification. 

The Arm Corstone-101 foundation IP is a crucial toolkit for your next Arm Cortex-M based design, offering both software and hardware components. It offers the essential core elements needed in your next SoC design.

It helps to build reliable designs from the very beginning, meaning that SoC designers can now focus on differentiating their SoC designs, rather than the basic building blocks of system IP. It also gives you the flexibility to incorporate different non-volatile memory types and processes.

About CoreLink GFC-100

The main differentiator between Corstone-100 foundation IP and Corstone-101 foundation IP is the new Arm CoreLink GFC-100 Generic Flash Controller, offering easy migration from one foundry process technology to another. The CoreLink GFC-100 Generic Flash Controller contains the process-independent (or generic) part of a Flash Controller and applies for any non-volatile memory. By using this, partners do not need to modify their flash controllers for different foundry and process variants.

CoreLink GFC-100 is demonstrated as the Generic part along the GFB interface in the figure below.

Partners can now concentrate on designing only the process-specific part of flash controller, thus focus on innovating their designs and differentiating their products. Partners also get the full flexibility to create their ‘process-dependent’ or ‘process-specific’ designs for a given foundry. Additionally, save time to get your products out to market and make them compliant to AMBA GFB!