AGID023R31B1I1V

AGID023R31B1I1V: Unleash Extreme Performance and Define Future Intelligence with Agilex™ 7 FPGA

In the era of data deluge and intelligent computing, every bit of throughput and every nanosecond of latency determines the success or failure of a system. The Intel® Agilex™ 7 FPGA I-Series AGID023R31B1I1V is a flagship programmable logic device born to meet this core challenge. It is not just a chip, but a hardware acceleration engine and security cornerstone for building high-performance networks, accelerating data centers, and enabling next-generation 5G systems.

AGID023R31B1I1V Product Core Overview

Based on Intel's advanced 10nm process technology, the AGID023R31B1I1V represents the pinnacle of FPGA technology and System-on-Chip (SoC) design integration. It combines the澎湃 programmable power of up to 2.3 million logic elements with industry-leading 116 Gbps transceivers and a powerful hard processor system, optimized for bandwidth-intensive applications with stringent security and real-time requirements.

Its innovative System-in-Package (SiP) chiplet architecture, enabled by heterogeneous integration technology, provides a highly customizable and flexible solution, ensuring you can rapidly respond to evolving market demands.

AGID023R31B1I1V Key Features Defining the Future

Powerful Logic and Signal Processing Resources: With over 2.3 million logic elements (LEs) and 1,640 high-performance Digital Signal Processing (DSP) blocks, it provides a solid hardware foundation for complex algorithm acceleration, real-time signal processing, and custom computing architectures.

Industry-Leading High-Speed Connectivity: Integrates up to 72 transceivers with data rates up to 58 Gbps (NRZ) and up to 56 transceivers with data rates up to 116 Gbps (PAM4). This enables native support for 200G and 400G Ethernet ports, making it ideal for building SmartNICs, Infrastructure Processing Units (IPUs), and high-speed network switching equipment.

Robust Hard Processor System: Features a built-in quad-core Hard Processor System (HPS) based on the 64-bit ARM® Cortex®-A53 architecture, with speeds up to 1.4GHz. This tight "processor + FPGA" integration enables efficient collaboration between the control plane and data plane, simplifying system design and improving overall response efficiency.

Built-in Hardware Security Fortress: In an age of increasing cyber threats, security is no longer optional but essential. This device integrates high-performance hardware cryptographic blocks capable of providing full MACsec (Media Access Control Security) encryption and authentication at line rate for two bidirectional 200G Ethernet ports, effectively guarding against data breaches, man-in-the-middle attacks, and other threats, protecting data flow from edge to cloud.

Rich Memory and Interface Support: Offers up to 246 Mb of embedded memory and supports external memory interfaces like DDR4. Its hard IP supports advanced protocols such as PCIe Gen4, ensuring high-speed, seamless connectivity with host processors and other devices.

AGID023R31B1I1V Core Specifications at a Glance

To help you quickly grasp the product's full picture, here are the key technical parameters for the AGID023R31B1I1V:

AGID023R31B1I1V Enabling Diverse Application Scenarios

The exceptional performance and flexibility of the AGID023R31B1I1V allow it to play a core role in multiple critical fields:

Data Center & Cloud Computing: As the heart of IPUs and SmartNICs, it efficiently offloads network, storage, and virtualization workloads (e.g., OVS, NVMe-oF), freeing up CPU resources and significantly reducing the Total Cost of Ownership (TCO) for data centers.

High-Speed Network Communication: It is the cornerstone for building next-generation core routers, switches, and 400Gbps transmission equipment. Its hardware encryption capability ensures security across the entire network transmission link.

5G Wireless Infrastructure: Provides a high-performance, low-latency acceleration platform for 5G fronthaul, midhaul, and baseband processing. Its MACsec functionality effectively protects communications between base stations (e.g., eNB) and the network.

Test & Measurement and High-End Computing: In fields such as aerospace, defense, and fintech, it can be used to build highly customized real-time signal processing systems, protocol analyzers, and ultra-low-latency trading engines.