PROGRAMMABLE LOGIC SPECIFICATION SHEET

Guidelines for Product Reproduction & Manufacturing

Programmable Logic

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PROGRAMMABLE LOGICdevices are foundational to semiconductor design, offering flexibility, speed, and adaptability across a wide range of applications. FPGAs—such as Artix, Kintex, Spartan, Virtex, Stratix, Apex, Arria, and Certus—are highly versatile platforms used for implementing complex digital functions, enabling rapid prototyping, parallel processing, and post-deployment updates in everything from telecom infrastructure to automotive systems. CPLDs like XC9500XL, Mach2, and MachXO provide lower-density logic ideal for control paths, interface bridging, and power-sensitive embedded designs. PLDs and PALs, including military-standard variants, are simpler programmable devices often used in legacy systems for fixed logic tasks, offering reliability and long-term support in defense and industrial applications. EPLDs such as EP610, EP910, EP1810, and the EPM7/EPM9 series bridge the gap between PLDs and FPGAs, delivering moderate complexity with reprogrammable capabilities. Together, these devices empower engineers to customize hardware behavior, extend product lifecycles, and respond quickly to evolving standards—making them indispensable in both new product development and sustaining existing platforms in the semiconductor world.

Orora’s Technology enables the reproduction and manufacturing of legacy and hard-to-source programmable logic devices—including FPGAs (Artix, Kintex, Spartan, Virtex, Stratix, Apex, Arria, Certus), CPLDs (XC9500XL, Mach2, MachXO), PLDs/PALs (including military-standard), and EPLDs (EP610, EP910, EP1810, EPM7/EPM9 series). By delivering functionally equivalent components tailored to original specifications, Orora helps semiconductor companies and OEMs avoid costly redesigns, preserve system architecture, and maintain long-term product viability. This capability is especially critical for sustaining industrial, aerospace, and defense platforms where requalification and compliance are time-consuming and expensive.