Peralex specialises in delivering custom-tailored digital signal processing (DSP) software with high standards for performance and stability. We partner closely with universities and industry leaders to ensure that our cutting-edge signal processing solutions always track the latest technology trends and advances.
Our custom DSP pipelines leverage the latest hardware acceleration technologies and frameworks to meet the most demanding bandwidth requirements. Peralex also excels in designing distributed and networked radio surveillance systems with tight synchronisation requirements.
Peralex boasts a rich history of providing sophisticated SIGINT hardware and software solutions that can meet the stringent performance and reliability standards of our clients. These solutions span a broad spectrum of applications in communications intelligence (COMINT) and electronic defence (ED/EW).
Applications in which we have proven our SIGINT capabilities include:
Peralex has developed custom machine learning models and pipelines for a range of applications in the signal processing, SIGINT, radar, and geospatial domains. We take a hands-on approach of working with customers to analyse their datasets and identify key features in order to select the most appropriate data representations and model architectures.
After training, transfer learning, or fine-tuning, these models can be deployed in both edge and cloud environments using the framework and runtime environment best-suited to the customer.
Most DSP solutions developed by Peralex leverage one or more forms of hardware acceleration in order to meet the continuously evolving bandwidth and timing requirements of our industry partners. Our engineers are equipped with the technology and knowledge to aid clients in accelerating their CPU-bound workloads using GPUs, FPGAs, and DSPs.
Peralex has designed effective CUDA and FPGA-accelerated pipelines for applications including signal geolocation systems (direction finders and TDOA/DDOA), active and passive radars, AI signal classifiers, and signal intelligence systems (SIGINT, ELINT and COMINT).
Peralex has designed and developed a number of IoT solutions with a focus on power-efficient embedded systems. These distributed solutions are highly industrialised, secure, and fault-tolerant. In-depth knowledge of power-efficient networking technologies like LoRa and BLE allows us to design battery powered devices with long service lives, ideal for agriculture or infrastructure monitoring.
We take a holistic approach to embedded product development, providing customers with invaluable advice on topics ranging from hardware and firmware design to security, scalability, and deployment strategies.
Peralex specialises in high complexity, high reliability electronics design and manufacturing at the PCB, enclosure, and system level. Peralex products are designed for high reliability (high MTBF) in extreme environments. Our engineers are well-equipped to guide clients in scaling their technologies from the prototype stage to a mature, industrialised, and production ready solution.
Our key electronic design competencies include:
Peralex products are known for their reliability and long-term support. We offer our advanced electronic and mechanical manufacturing capabilities to customers looking to improve the technology readiness level of their products or industrialise new technologies. All manufacturing is supported by our advanced in-house testing and quality assurance processes.
With thorough process control (automatic optical inspection, X-ray, automated hardware-in-the-loop testing, stress screening, QA) and efficient product support and repairs, we are well-equipped to manage products with lifespans of up to 20 years.
Peralex has an experienced hardware development team that specialises in high-performance radio frequency (RF) hardware design and verification. Our expertise in this domain includes:
Peralex offers extensive ECAD capabilities for designing printed circuit boards (PCBs) with demanding analog, digital, or mixed-signal performance requirements. In addition, we are equipped with advanced MCAD capabilities to support products with demanding environmental and RFI/EMC compliance requirements.
Our key CAD competencies include: