Programmable Logic Devices
A broad range of SoC FPGAs, Adaptive SoCs, FPGAs, and CPLDs spanning high-performance, mid-range, and power- and cost-optimized options to meet diverse performance, power, and budget requirements.
Product Range
Adaptive SoCs integrate processing systems and programmable logic, with architecture-specific capabilities for high-speed connectivity, DSP, and AI acceleration. Applications include embedded vision, wireless communications, edge AI, and high-performance computing.
SoC FPGAs integrate embedded processors and programmable logic on a single chip, combining software-based control with real-time hardware processing for industrial automation, embedded computing, communications, and edge applications.
A broad range of FPGAs, from low-power and cost-optimized devices to high-performance, high-density solutions for digital signal processing, high-speed data transfer, industrial control, and hardware acceleration.
CPLDs provide programmable logic for control functions, I/O expansion, power sequencing, interface bridging, and system monitoring, supporting low-power, compact, and deterministic control applications.
Application focus
Targets AI acceleration, servers and data centers, high-performance computing and high-speed networks where high bandwidth, parallel processing and hardware acceleration matter.
Balances performance, power and integration for edge AI, industrial automation, embedded computing, machine vision and communications equipment.
Balances power, footprint and cost for industrial control, interface management, consumer electronics and embedded devices.
Product Reference
