About Per Vices
Who We Are
Headquartered in Toronto, Canada, Per Vices designs, develops, and integrates high-performance software defined radio (SDR) platforms for some of the most demanding RF applications.
Our SDRs combine wide tuning ranges, high instantaneous bandwidth, multiple phase-coherent radio channels, and high digital throughput to support applications including radar, spectrum monitoring and recording, GPS/GNSS, test and measurement, electronic warfare, low latency communications, medical imaging, and other advanced wireless systems.
We offer COTS products, custom SDR solutions, and full integration support, allowing customers to start with proven hardware and adapt it to meet their specific system requirements reducing overall risk.
Why Software Defined Radio
Software defined radio moves much of the functionality traditionally implemented using dedicated radio hardware into software and programmable digital logic. This allows a single RF platform to be configured for different frequencies, bandwidths, waveforms, protocols, and applications without requiring completely different radio hardware.
A high-performance SDR can operate as a receiver, transmitter, transceiver, waveform generator, spectrum monitoring system, or part of a larger radar, communications, test, or sensing system.
This flexibility allows organizations to reduce specialized hardware, shorten development time, support evolving requirements, and continue upgrading system capabilities through software and FPGA development.
Why Per Vices
Per Vices specializes in high-performance SDR platforms for applications where bandwidth, channel count, phase coherency, digital throughput, and integration flexibility matter.
Our approach combines proven COTS hardware with the ability to customize and integrate our platforms around specific project requirements.
High Performance SDRs
Our platforms provide wide tuning ranges, high instantaneous RF bandwidth, multiple independent radio channels, phase-coherent operation, and high-speed digital interfaces.
COTS to Custom
Customers can begin with an existing SDR platform and only customize what their application requires. This reduces development time, NRE, cost, and technical risk compared with developing a new radio platform from the ground up.
Integration Support
We work directly with customer engineering teams to integrate our SDRs into larger systems, including changes to FPGA functionality, software, data interfaces, networking, timing, synchronization, mechanical requirements, and other system-level requirements.
Built for Demanding Applications
Our SDR platforms are used by organizations developing advanced radar, spectrum monitoring, GPS/GNSS, communications, test and measurement, medical, aerospace, defence, and other RF systems.
Clients
Per Vices SDR platforms have been selected by leading organizations across defence, aerospace, R&D, communications, medical, and government customers.
Our SDR Products
Per Vices offers a range of high-performance software defined radio platforms designed for applications requiring wide bandwidth, multiple radio channels, phase-coherent operation, and high digital throughput.
Crimson TNG
A 4 Rx / 4 Tx software defined radio with up to 325 MHz of instantaneous RF bandwidth and a tuning range from near DC to 6 GHz.
Chestnut
A 4 Rx / 4 Tx software defined radio with up to 500 MHz of instantaneous RF bandwidth and a tuning range from near DC to 9 GHz.
Cyan
Our highest-performance multi-channel SDR platform, supporting up to 16 radio channels and up to 3 GHz of instantaneous RF bandwidth.
Calamine
A wideband receive-only SDR designed for RF applications requiring frequency coverage extending up to 40 GHz.
Technical Resources
Our engineering team publishes technical articles, application notes, whitepapers, case studies, product specifications, and support documentation covering software defined radio technology and its use in demanding RF applications.
Whitepapers
Technical papers covering SDR applications including radar, GPS/GNSS, spectrum monitoring, low latency communications, and interoperability.
Case Studies
Examples of how Per Vices SDR platforms have been used to reduce development time, simplify integration, and meet demanding RF system requirements.
Engineering Articles
Technical articles covering software defined radio architecture, RF performance, FPGA development, data interfaces, timing, synchronization, and other SDR topics.
Support Documentation
Product documentation, application notes, configuration guidance, performance measurements, and integration resources.