Audio Processing Engineering
Fidelity – Latency – Immersion
As an audio product design company, Cardinal Peak is dedicated to helping brands bring their new audio products to market quickly. From pro audio applications with the highest levels of fidelity and lowest latency to consumer AV product design, we do it all. Cardinal Peak’s deep experience with Audinate’s Dante, AES 67, and A2B speeds the development for applications with the most demanding use cases, such as conferencing and live performance. In the streaming audio space, Cardinal Peak manages HDCP and DRM along with user accounts, content management, cloud cost optimizations and playlist recommendation engines.
Today’s consumer audio space continues to expand the ways that end users can access audio content from ANC headphones and truly wireless earbuds through smart speakers and car audio systems. While form factors are proliferating, we see commonalities in our customer’s needs, such as wireless operation, wireless synchronization, the addition of voice assistants, and customized tuning capability. We have successfully supported dozens of consumer AV product designs, including voice assistants, all wireless standards, and active noise control (ANC), along with a wide variety of differentiating end-user features.
Our Case Studies: Audio Product Design
As one of the top audio signal processing firms, Cardinal Peak supports innovative audio product designs including the projects below. If you’re looking for audio processing firms to partner with, contact us for innovative audio processing engineering.
Our Audio Design Focus Areas
- Pro Audio: Cardinal Peak’s team of engineers develops products utilizing networked audio protocols such as Audinate’s Dante, AES67, Analog Device’s A2B, AVB and others.
- Streaming Audio/Video: We design streaming systems similar to Spotify and iHeartRadio including developing cloud applications for managing user accounts, running recommendation engines, performing ad insertions and more. We also develop end-user apps for iOS and Android for consuming the audio streams.
- Consumer AV: We develop a broad range of products from true wireless earbuds (TWE), ANC headphones, Bluetooth smart speakers, sound bars and voice activated products.
To learn more about Cardinal Peak’s audio practice area, check out the Audio Engineering Society (AES) webinar Working with Design Houses to Bring Audio Products to Market where our CEO, Mark Carrington, explains our role in audio product development as experts in the field ask him questions.
FAQ About Our Audio Product Design Service
What Markets Do You Serve?
Although some may think that only music-related organizations can benefit from our audio product design company, the fact of the matter is that businesses of many different industries can use our audio processing engineering services. These markets include streaming media, automotive, and consumer. We also serve industries such as defense and aerospace, robotics, and health care.
What Goes into a Standard or Streaming Audio Product Design?
When we begin the audio product design process, we work with the customer to understand the need so we can help craft a seamless user experience. It is important to understand if the product fits into a larger product line or is a stand-alone offering. Is it a retail product that a customer needs to be able to run out-of-the-box, or is it a professionally installed product that will be configured by an installer? Beyond the end-user(s), what other product interfaces are necessary? Does manufacturing need testing and configuration tools? Does product support require the ability to push new firmware versions? While each product is unique, the process always starts with working with our client to understand the need deeply.
What Audio Technologies Have You Worked With?
At Cardinal Peak, we have many industry partnerships with companies that bring significant audio IP to new product developments including:
- Analog Devices – We have deep experience with several of ADI’s audio products including their SHARC and SHARC+ audio DSPs. Similarly, we have used ADI’s A2B bus for networked audio many times. Finally, we have developed custom waveform, multi-channel, low-latency (sub-millisecond) wireless solutions using ADI’s software defined radio components such as Catalina and Navasa. We are proud to be an ADI Alliance Partner.
- Audinate – We have developed several professional networked audio products using Audinate’s Dante protocol. Similar to Dante, we have also developed products using the AES-67 protocol and AVB. In fact, one of our staff won an Emmy for his contribution to the AES-67 standard.
- DSP Concepts – We frequently use DSP Concepts’ Audio Weaver to tune and optimize audio performance for products we design. We also use DSP Concepts’ TalkTo IP frequently when designing differentiated voice-controlled products.
- NXP – While we use NXP parts in a variety of designs, in the audio space we have utilized the iMX.8 and iMX.8 mini in our more UI intense applications such as those running Android or Linux.
- ON Semiconductor – For products limited on their battery size, we have been impressed with On Semiconductor’s BLE parts.
- Qualcomm – Over half of our audio designs have utilized Bluetooth SoCs from Qualcomm. We have dozens of engineers who spend most of their time designing Qualcomm based audio products.
- Amazon Alexa – Voice control is common in many of our audio designs, and as an Alexa Voices Services Integration partner, we have special access to deep resources in the Alexa group.
Audio Product Design Resources
Earlier this year, the National Academy of Television Arts & Sciences (NATAS) announced the recipients of the 71st Annual Technology & Engineering Emmy® Awards, with Cardinal Peak consultant Kevin Gross earning recognition for his efforts that ultimately produced the AES67 standard in 2013.
With a growing list of use cases calling for active noise cancellation technology, selecting the right solution for your product can be a challenge. Our expert engineer delves into the different ANC options and how to determine which option is best, as well as tips, tricks and best practices for implementing ANC into products.