Headquartered in Toronto, Canada, Per Vices is a leading RF and digital systems innovator supplying multiple industries with wireless communication solutions.
Headquartered in Toronto, Canada, Per Vices is a leading RF and digital systems innovator supplying multiple industries with wireless communication solutions. Per Vices is an industry leader in developing and deploying high performance software-defined radio platforms with the highest bandwidth and customer-focused designs, supporting a wide variety of applications within defense, civil, aerospace, medical, telecommunications, low-latency networks, and broadcasting and wireless management industries. The company offers cost-effective stock products and rapid custom development to meet customer-specific modifications and project requirements.
Software-definable radios are the future of wireless communications and RF solutions. Incorporating a flexible, multi-channel transmit and receive solution, our platforms can be configured as radio and digital receivers, transmitters, transceivers, pulse generators, waveform generators, and (de)modulators with advanced triggering and radio performance that is easily integrated into existing systems or offered as turnkey solutions. Connecting the globe throughout land, sea, air, and space – the possibilities are limitless.
Software-defined radios (SDRs) offer the potential to be all things to all people. With sufficient bandwidth and processing power, a single SDR can serve almost any application...
Software-defined-radio (SDR) technology provides the flexibility that allows a well-designed radio to adapt to many different conditions. The Crimson SDR from Per Vices is an ...
Radar systems are increasingly important in many industries. However, as they carry out complex techniques, they need transceivers that can meet their needs. Software-defined ...
In the world of RF for military and defense, SDRs bring much to the table for applications like radar transceivers, spectrum monitoring, and electronic warfare.
Data obtained from SCaN Testbed experiments is paving the way for the future of space radio, with cognitive communication systems combining software-defined radios with AI/ML ...
Many SATCOM apps require constant communication between the satellite and ground station, which can be difficult with conventional antennas. Phased-array technologies, coupled...
Software-defined radio or radio-frequency system-on-chip? This article compares the two technologies and weighs their advantages and disadvantages for different connectivity application...
High-performance software-defined-radio platforms deliver MIMO functionality and enhanced effectiveness at accelerated rates to meet advanced communication network needs.
SDR requires a complex web of circuity on PCBs that not only defines the device's functionality, but also the performance of these microwave and RF systems. Various factors come...
An FPGA, when incorporated into an SDR, is incredibly powerful—these systems can provide the needed input/output bandwidth and processing capabilities for implementing multi-gigasample...
Software-defined radios can monitor the integrity of satellites and ground stations and ensure the functionality of GPS tracking, autonomous driving, automation, and financial...
At the boundary of the digital and analog domains is the ADC and DAC, both of which have numerous architectures. The article discusses the types of performance characteristics...
For institutions, organizations and individuals operating applications using RF, it can be very important to know who and what is making use of the spectrum.
Increasing complexity and the need for higher frequencies and bandwidths, multiple channels, low-power operation, and space constraints are placing considerable demands on RF/...
5G is an emerging communications protocol that will increase data-transfer rates on cellular networks and in turn increase the versatility of cellular networks, aided in no small...
Software-defined radio is a flexible radio communication and signal-processing system that performs at very high levels for applications across radar, MRI, GNSS, low-latency links...
This direct-conversion SDR and its digital architecture provide the flexibility to cover many different radio communications formats and applications with one design.
This clever combination of software with analog and digital components results in a radio system that can handle a wide variety of transmission and reception formats through 6...
