The Importance of Research & Development in Military Electronic Warfare and Signal Intelligence
In the rapidly evolving landscape of military electronic warfare and signal intelligence, the role of research and development (R&D) cannot be overstated. The continuous advancement and integration of RF product prototypes coupled with comprehensive analysis of product performance in integrated hardware and software solutions are critical for staying ahead in modern warfare.
One of the fundamental aspects of R&D in this domain is the development of RF product prototypes. These prototypes encompass a wide range of technologies including radar systems, communication devices, and electronic countermeasure systems. The R&D process involves creating and testing these prototypes to ensure they meet the stringent requirements of military applications. These efforts are crucial in driving innovation and providing the armed forces with the latest technological capabilities to gain a strategic edge in complex battle scenarios.
Furthermore, R&D efforts focus on addressing the unique challenges associated with electronic warfare and signal intelligence. These challenges range from mitigating electromagnetic interference to enhancing the resilience of communication systems in hostile electronic environments. By investing in R&D, military organizations can develop innovative solutions that are tailored to overcome these challenges, thereby bolstering their operational capabilities and ensuring mission success.
The relentless pursuit of innovation in RF product prototypes and the comprehensive analysis of integrated hardware and software solutions are essential for enhancing the capabilities of the armed forces in an increasingly complex and dynamic operational environment. By prioritizing R&D, military organizations can effectively address evolving threats and maintain superiority in electronic warfare and signal intelligence capabilities.
VIAVI Raptor is the most flexible, open standards-based modular development platform for radio, radar, electronic warfare, signal intelligence, and robotics embedded system applications.
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Don’t wait for your final hardware product to be fully developed before starting to design and implement your software applications. The RAPTOR modular platform can emulate the signal-processing environment of most wireless platforms.
With its Quad i7 general purpose processors, its user-FPGA (Intel or Xilinx), its instrument grade RF front end, and extremely fast AXIe data backplane, the CMP provides the ultimate level of flexibility for accelerating the development process from concept to market-ready product.
With its high-performance, ultra-wide aggregated chassis bandwidth (up to an impressive 1.5 Tbps), the platform is a unique development environment. It incorporates an instrument-grade RF front end for prototyping and development that provides RF characteristics traditionally only available to test instruments.
The RAPTOR platform offers a 100 kHz to 6 GHz RF transceiver with an optional receiver configuration to 30 GHz. Its 200 MHz bandwidth, supported by 250 MS/s 16 bits ADC and DAC will satisfy most of the wireless systems. Coupled with the NordiaSoft SCA Development Suite and the VIAVI Signal WorkShop, it makes the perfect system to develop and test your own product.
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