Arm Cortex processors are found at the heart of autonomous, intelligent, and connected devices. From Internet of Things (or IoT) to industrial control, from medical to consumer; manufacturers are using the DSP capabilities of Cortex processors to perform the signal processing required in these devices. Developers are taking advantage of industry-leading IP and the world's #1 ecosystem, with an extensive set of Arm and partner provided software libraries and the broadest set of software and development tools.
Advantages of powerful DSP extensions in Cortex processorsSome of the key benefits of DSP extensions in Cortex processors are:
- Significant savings on the BOM (bill of materials, i.e. cost of products), by replacing two processors with one.
- Reduced system-level complexity by removing the need for shared memory and DSP communication, complex multiprocessor bus architectures, and other custom ‘glue’ logic between the processor and DSP.
- Reduced software development costs, because the entire project can be supported using a single compiler/debugger/IDE, and is programmable in a high-level programming language such as C or C++.
Whatever your requirements for signal processing, Arm offers the right solution for the right application.
|Your need||Arm solution|
|Highest performance:||Cortex-A + NEON|
|Hard real-time:||DSP instructions in Cortex-R, Cortex-R52 + NEON (SIMD extension)|
|Energy efficiency:||DSP instructions in Cortex-M|
See our ecosystem partners for signal processing extensions
DSP extensions are optimized for a broad range of software applications, including servo motor control, Voice over IP (VOIP) and video and audio codecs.
Learn more about our Arm DSP ecosystem partners who support our technology and your product development.
Arm technology powers a wide range of DSP applications in the smart home
Applications and industries
The Arm DSP instruction set extensions increase the DSP processing capability of Arm solutions in high-performance applications, while offering the low-power consumption required by portable, battery-powered devices.
Due to its flexibility, Arm DSP instructions touches a wide range of applications and industries, from the smart home (as seen above) to networking, to automotive, to wearables, and much more.
Explore how Arm technology powers these everyday applications.
For more help and information, see these resources:
DSP software development masterclass with Arm and MathWorks
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