High Performance Software Defined Radios
Toronto, Ontario
Per Vices Corporation is an industry leader in developing & deploying high performance, high-bandwidth software defined radio platforms to support a wide variety of applications within defense, civil, aerospace, medical, telecommunications, broadcasting & wireless management industries. Our systems are flexible, scalable, with full integration support and can be customized for turn-key operation. Radar: We build radar systems that are fully customizable offering high performance, wideband, high bandwidth RF and digital solutions that power some of the world’s leading life-critical radar systems. These platforms are field tested and enable digital signal processing, waveform storage, and easy integration. Our platforms have been integrated in prime defense contractors' solutions and offer customizations to meet any project requirement. Electronic Warfare: Our SDR platforms offer the highest bandwidth available with wideband performance and a custom set of channels for transmission, receive, or a combination of both. These solutions can be optimized for detection and analysis with our receive capabilities and can be used for countermeasures using the transmit capabilities of our systems. Low Latency: We have extensive experience building low latency systems for turnkey, point-to-point operation. Our solutions offer the flexibility of trade offs between reliability, latency, and throughput which can be varied based on your specific needs. Our systems are being used by customers developing the lowest latency point-to-point wireless links available. Test & Measurement: Incorporating a flexible, multi-transmit & multi-receive channel solution for use in testing equipment related to autonomous vehicles, and automatic testing of military, aerospace and telecommunications systems. Medical: Our multi-functional platforms can be configured as digital receivers and pulse generators for MRI and NMR applications with advanced triggering and radio performance that can easily integrate into existing systems.
On-site · Toronto
Design, implement, and validate a flexible, wideband, high-dynamic-range RF transceiver front end and its clock distribution network using commercial off-the-shelf components, interfacing with an FPGA-based digital system. Communicate design progress, challenges, and updates to the broader team.
On-site · Toronto
Design, develop, integrate, and support hardware for software-defined radios, including initial hardware bring-up and writing drivers for components. Use laboratory test equipment to measure performance, debug hardware, and support manufacturing and product testing.
On-site · Toronto
Design, simulate, implement, and validate FPGA architectures that interface with high-speed ADCs, DACs, and clocks to process data through filtering, decimation, and interpolation. Transfer data across high-speed buses and document and communicate design changes, updates, and challenges to engineers and the broader team.
On-site · Toronto
The role involves designing, manufacturing, testing, and debugging Software Defined Radios. Responsibilities include hardware bring-up, writing hardware drivers, and quantifying performance using lab equipment.
On-site · Toronto
You will design, simulate, implement, and validate FPGA-based architectures for high-performance Software Defined Radios. Additionally, you are responsible for documenting design changes and communicating technical challenges to the broader engineering team.
