AGID023R31B2I1V: The High-Performance FPGA for the Future, Empowering Next-Generation Intelligent Systems

AGID023R31B2I1V Product Overview

The AGID023R31B2I1V is a flagship product within the Intel Agilex™ 7 FPGA I-Series, designed to tackle today's most demanding data-intensive and high-performance computing challenges. Utilizing advanced System-in-Package (SiP) technology, it integrates industry-leading logic density, groundbreaking transceiver performance, and a robust hard processor system. It provides a highly flexible and powerful platform for applications such as 5G communications, data center acceleration, Network Functions Virtualization (NFV), and high-end test and measurement.

AGID023R31B2I1V Core Advantages & Features

1. Unparalleled System Integration & Performance

The AGID023R31B2I1V combines the hardware programmability of an FPGA with a complete computing subsystem, significantly simplifying system design and enhancing overall efficiency.

Powerful Heterogeneous Compute Core: The chip integrates a quad-core 64-bit Arm® Cortex®-A53 processor with speeds up to 1.4GHz, forming a full Hard Processor System (HPS) capable of running complex embedded software directly.

Vast Programmable Logic Resources: Provides up to 2.3 million logic elements (LEs) and 246 Mb of embedded memory, offering ample space for complex custom logic algorithms and high-speed data buffering.

High-Performance Signal Processing: Features 1,640 dedicated DSP blocks, supporting various computational formats from fixed-point to floating-point, making it ideal for applications like radar and wireless communications that require intensive mathematical operations.

2. Industry-Leading Interconnect Bandwidth

To meet the needs of high-speed data flow, this model sets a new standard for I/O and transceiver performance.

Best-in-Class Transceiver Speed: Supports data rates up to 116 Gbps PAM4 and 58 Gbps NRZ, ensuring future-proof, ultra-high-speed interface requirements.

Rich Connectivity Protocols: Transceivers come with hard IP support for PCIe Gen4 and 10/25/50/100/200/400G Ethernet, enabling low-latency, high-efficiency protocol processing.

Flexible User I/O: Offers up to 480 user I/Os, supporting a wide range of voltage standards and differential signals for easy connection to various external devices.

3. Enhanced System Reliability & Security

In an era where system security and data protection are paramount, the AGID023R31B2I1V provides enterprise-grade safeguards.

Built-in Hardware Encryption Engine: Equipped with a hard encryption block that can efficiently execute encryption algorithms like AES-GCM, providing hardware-accelerated protection for network traffic and data security.

Comprehensive Security Features: Supports FPGA bitstream security functions to prevent intellectual property from being tampered with or copied, protecting your product design and investment.

AGID023R31B2I1V Detailed Technical Specifications

To help you evaluate this product more clearly, here are its key parameters:

AGID023R31B2I1V Application Scenarios

The AGID023R31B2I1V is suitable for multiple high-performance fields:

Communications & Networking: Acts as a core accelerator for 5G baseband units (DU/CU), or for building 400G/800G SmartNICs and routers.

Data Centers: Used for hardware-accelerating databases, machine learning inference, video transcoding, and storage compression to improve energy efficiency.

Defense & Aerospace: Enables high-performance, high-reliability processing in radar signal processing, electronic warfare, and satellite communication systems.

Test & Measurement: Constructs high-bandwidth, multi-channel test equipment for validating next-generation communication and compute chips.

Why Choose AGID023R31B2I1V?

Choosing AGID023R31B2I1V means you are selecting:

A Forward-Looking Technology Platform: Based on Intel's advanced 10nm process technology, offering exceptional performance and energy efficiency.

An Integrated Solution: The unique SoC architecture integrates processor, FPGA, high-speed interfaces, and security modules into a single chip, shortening development cycles.

Reduced Total Cost of Ownership (TCO): High integration reduces the number of board-level peripheral components, while its powerful performance extends your product platform's lifecycle.

Reliable Supply Chain & Support: As a genuine Intel component, you receive stable supply assurance and comprehensive technical documentation and ecosystem support.