Products / Services

ISR Technologies designs and builds modems for radio equipment manufacturers providing on-the-fly reprogrammable communications. Based on specific client needs, our team of experts develops custom hardware, software, and firmware for both prototype and products.

In response to our partners’ technology and financial requirements, we use an integrated CPU/FPGA architecture, providing considerable benefits in terms of reliability, power consumption, and cost-efficiency – which, in turn, drive value for our clients.

Our turnkey services include modem design, legacy integration, testing & debugging.

IDP 100 modem for real-time configuration
Designed to address pre-established client needs, the IDP 100 modem enables remote configuration of transmission parameters such as modulation, filtering, coding, throughput, and frequency. Using a Xilinx Virtex™-4 FPGA device and signal-processing firmware, the IDP 100 modem enables real-time reconfiguration.
[Contact ISR for more information]

JTRS SDR Kit – your portable lab 
Not only does the JTRS SDR kit make it easy to reconfigure software-defined signal processing and change transmission parameters remotely, it allows you to add new applications by reprogramming the control software. Thanks to its remote partial reconfiguration (PR) technology, users can deploy new features, such as monitoring.

The JTRS SDR Kit can simulate new applications and demonstrate their real-world effects. It includes 2 IDP 100 modems, each featuring a set of accessory devices, including a laptop, IP phone, and webcam. Together, these devices allow you to develop, test, and observe results on a single platform.
[Technical specs]

Satellite modem for mesh networks
Specially designed for satellite radio, this protocol developed and patented by ISR Technologies enables satellite communications for mesh networks without relying on a hub station. In addition to delivering the cost and time savings of a direct communications link, the satellite modem provides superior range and security compared with traditional devices.
[Contact ISR for more information]