Stratix® 10 AX SoC FPGA

Stratix 10 AX-Series SoC FPGAs integrate industry-leading wideband data converters with sample rates up to 64Gsps using Intel 14nm process technology, offering transceiver rates up to 28Gbps, and providing high channel density packages to address difficult size constraints.

Direct RF-Series FPGAs and SoCs Product Table

Benefits

High RF Performance with Wideband Frequency Agility

Enables Direct RF signal processing that simplifies system architecture and reduces latency. Multi-channel converters with an RF bandwidth of 36 GHz and an instantaneous RF bandwidth of 32 GHz provide the ability to retune receivers and transmitters quickly while providing simultaneous wideband and narrowband tracking.

Optimized for Lower System Footprint and Power Consumption

It utilizes Embedded Multi-Die Interconnect Bridge (EMIB) technology to support efficient integration of diverse system components, enhancing design flexibility and scalability.

Lower Total Cost of Ownership and Risk

Significantly reduces the system-level cost by eliminating a substantial amount of external analog circuitry and associated components. Along with the benefits of chiplet-based architecture, the RF toolchain integrated into Quartus Prime Software enables system level debug, which lowers schedule risk and accelerates time to market.

Key Features

High performance data converters (ADCs/DACs)

Offers Direct RF sampling rates of up to 64 Gsps and eliminates the need for traditional analog RF front-end components.

Heterogenous chiplet-based design

Utilizes Embedded Multi-Die Interconnect Bridge (EMIB) and Advanced Interconnect Bus (AIB) tile interconnect technology to integrate high-performance ADCs and DACs with Altera’s Agilex 7 and Stratix 10 FPGA die in a single package.

Advanced programmable logic and I/O capabilities

Provides a high density of logic elements and DSP blocks for compute-heavy workloads like signal processing and AI, along with an ARM-based processor and Secure Device Manager.
Supports high-speed transceivers and memory interfaces, enabling fast data movement across the device.