Solutions Partners

Arc Technology Solutions, a Secure Components solutions partner
ARC’s exclusive Engineering Support Platform (ESP) is a powerful, versatile, and secure platform for the development and support of FPGA applications. ESP reduces cost by shortening development time, decreasing overall program risk, including built-in self-test capabilities. 

With its dual-FPGA design, powered by DSX Core, ESP can be configured to solve any problem in a digital, analog, or mixed-signal system. ESP’s FPGA IP can be easily ported, simplifying future efforts to decrease obsolescence. 

secure components footer logo with no background

Engineering Support Platform (ESP): The Ultimate FPGA Development Solution

The Engineering Support Platform (ESP) is a cost-effective, powerful, and versatile legacy system support solution for semiconductors, made for designing, deploying, and supporting FPGA applications. Powered by the DSX Core—ARC’s cutting-edge technology for digital and mixed-signal systems—ESP delivers unparalleled flexibility for engineers.

Key Features:

Dual FPGA System: Standard configuration includes two custom FPGA systems—one for application firmware and the other for testing. Easily expandable and reconfigurable to tackle any digital, analog, or mixed-signal challenge.

Versatile Capabilities: Configure FPGAs for signal generation, analysis, processing, or output across various voltages, frequencies, and serial protocols.

Proven Applications: Trusted for radar systems, test equipment, pattern generation, digital signal processing, video processing, and more.

Practical Design:

ESP is a legacy system support software for semiconductors. It is available in desktop or rack-mounted configurations, and integrates seamlessly into your setup without the need for special interfaces.

Experience unmatched adaptability and performance in FPGA development with ESP—the ultimate legacy system support platform for semiconductor and engineering professionals.

Sustaining and updating an outdated system for only a portion of the cost to redesign.