Altera FPGAs and Programmable Logic

Agilex 7 targets designs with demanding logic, connectivity and memory requirements. F-, I- and M-Series devices emphasize different combinations of programmable resources, transceivers and memory integration. They address data movement and processing in communications, acceleration and other bandwidth-intensive systems.

Cyclone V offers FPGAs and SoCs with integrated Arm processing, with high-speed transceivers available in selected families. These devices serve cost- and power-conscious designs such as industrial control, interface expansion and embedded processing.

MAX V provides nonvolatile programmable logic for control, interface adaptation and board-management tasks. It handles small logic functions around processors, power systems and peripherals, with on-chip configuration storage and compact packages.

Machine control, industrial networking and vision processing benefit from parallel hardware and predictable timing. Altera FPGAs and SoCs support industrial communications, edge processing and motor control, combining parallel data processing with real-time control on one platform.

Wireless radio systems combine high-throughput signal processing with precise timing and evolving air-interface requirements. Altera wireless solutions use FPGA resources for radio processing and connectivity, with reference platforms for 5G, O-RAN and satellite ground stations. Reconfigurable hardware supports adapting signal paths and interfaces as system requirements change.

Data centers need to move and process data around CPUs, GPUs and storage. Altera FPGA solutions address network and storage offload, DPU and AI NIC designs, and platform security. Programmable data paths let selected infrastructure tasks run in dedicated hardware alongside the main compute workload.