Sondrel's 200-strong team of hardware and software engineering experts has been designing cutting-edge SoCs since the early '90s. We provide both specialist resources and sizeable project teams and enjoy a high degree of repeat business in the semiconductor industry. We are known for delivering excellent design on time and on budget and our projects include cutting edge applications involving graphics processors for TV, camera and gaming platforms, digital radio processors, routers and WiFi streaming chips.
Our collective expertise, underpinned by our proven design flow, can de-risk your project and deliver your solution efficiently and effectively. You can engage with Sondrel with confidence that your project will meet or exceed your definition of success.
The demand for products incorporating Artificial Intelligence (AI) is are flourishing. Solutions coming to market under the wide umbrella of AI can personalise the end-user experience. They can support and augment human decision-making in both trivial and life-changing situations.
SoC designs for AI are typically complex and involve a finely tuned balance of power and performance requirements. We have successfully delivered optimised SOC designs incorporating AI technologies involving Cognitive Neural Networking (CNN) IP within a large multi-core heterogeneous system.
Our work in this area is not partial: we have been trusted and acknowledge for delivering SoC projects from concept, through architecture, design, verification, implementation and bring-up to qualified silicon.
Our customers' understanding of their markets and requirements, combined with Sondrel’s know-how in advanced SoC design, creates a winning team.
Our design processes and methodology have been developed and improved upon over multiple projects; a proven capability that our clients have confidence in, and ensures the efficient delivery on even the most complex SoC designs.
Challenges in SoC complexity are overcome by our use of automated infrastructure and careful logical and physical partitioning, the latter being encapsulated in re-useable consistent interfaces. Architectural exploration tools such as modelling and performance analysis also ensure a right first time design methodology.
In this way we can de-risk the design process, boost productivity and reduce human error.
A bespoke system on chip device targets the needs of a particular client where they wish to significantly increase the power and/or performance of their product, or to address the size of the technology within it.
It can, however, be inefficient to start the development of such a product with a completely blank sheet of paper. The Sondrel team, using its experience gained over many years, has created a subsystem approach, using where possible proven IP partners, in-house “glue” IP components and a tried and tested methodology to pull designs through the development process quickly and efficiently.
In addition, once a client’s initial design reaches silicon and their newly won customers start to request variances to the design, you can progress with a derivative factory approach that sharply reduces subsequent design cycles and costs.
Sondrel is independent of any IP or CAD provider. Our neutrality on this topic allows us to recommend the best options for each application and to suit the client’s budget. In developing SoCs over the years we have created our own IP; these have been aimed at the efficient and effective assembly of a SoC where an external product was not available or could not deliver the outcome we sought.
As such Sondrel’s IP portfolio is not for sale as stand-alone IP. It is delivered as part of our execution of a client's SoC project, as an aid in assembling the SoC in the most efficient and cost-effective manner.
One of the most significant changes in systems design in recent times is in the way they support technologies that view, sense and interpret their environment. High specification camera sensors are being combined with advances in system on chip design in areas such as cognitive neural network IP and low power/high performance CPUs. Bringing the technologies together enables vision systems with decision making capabilities (AI) that can operate in the field, processing and analysing data. Such devices are now commonly referred to as 'edge node devices.' They do not rely on sending data to the cloud for analysis, having processing capabilities within them, and so avoid latency issues that can render their application ineffective.
Sondrel’s SoC Solutions team has a strong track record in the creation of such devices for both camera and video. Our understanding of current and upcoming standards for video, image and display will ensure your product is still as leading-edge when launched as it was when you first planned it.
Computing is being incorporated into more and more products and their functionality is becoming more complex and diverse.
Multi-core heterogeneous designs are not new, however they are increasingly adopted to manage and balance the power and performance requirements of today's challenging technology solutions.
The main benefits of this approach include:
- Performance optimisation
- Reduction of power consumption
- Improved system reliability and security
We can advise you on the best approach for your SoC solution based on our experience in developing multi-core designs with multiple processor architectures.more on power management for complex SoCs