AGID023R31B2E3E

Intel Agilex I-Series AGIB023R31B2I3E SoC FPGA: Core Power for Next-Generation High-Bandwidth Systems

Faced with the ever-growing demands of massive data processing and ultra-high-speed transmission in fields such as data center interconnects, high-end test & measurement, and defense communications, system architects are seeking hardware cores that can provide both formidable computing power and ensure high-speed, reliable data flow. The Intel® Agilex™ I-Series FPGA AGIB023R31B2I3E is born for this mission. It is more than just a chip; it is a high-performance System-on-Chip (SoC) integrating a quad-core ARM processor, designed to be the cornerstone for building your differentiated, high-performance products.

AGID023R31B2E3E Core Product Advantages: A Fusion of Performance, Integration, and Security

The AGIB023R31B2I3E represents the cutting edge of Intel's programmable logic technology. It employs an advanced heterogeneous architecture, integrating programmable FPGA fabric, a hard processor system, and ultra-high-speed transceivers into a single device, solving the complexity and bottlenecks associated with multi-chip interconnects in traditional solutions.

Impressive Data Processing Capability: This device features up to 2.3M Logic Elements (LEs), providing ample programmable resources for implementing complex custom logic, protocol bridging, and real-time signal processing algorithms. Its 1,640 DSP blocks can efficiently perform fixed-point and floating-point operations, meeting the needs of a range of compute-intensive tasks from radar beamforming to AI inference.

Extreme Interconnect Bandwidth: To meet the most stringent bandwidth requirements, it integrates industry-leading transceiver technology supporting data rates up to 116 Gbps (PAM4). This enables native support for cutting-edge high-speed interfaces like 400GbE Ethernet, PCIe Gen4/5, and Compute Express Link (CXL), easily tackling challenges in data center switching and Network Function Virtualization (NFV).

Hard-Core System-Level Integration: The device incorporates a 64-bit quad-core ARM® Cortex®-A53 processor subsystem with speeds up to 1.4GHz. This tight integration allows seamless combination of control plane/OS tasks with the FPGA's data plane acceleration tasks, significantly simplifying board design, reducing system power and latency, and enhancing overall reliability.

Built-in Security and Reliability: The chip features integrated hard encryption blocks and FPGA bitstream security functions, providing hardware-level protection for your intellectual property and system boot process, meeting the stringent security requirements of critical infrastructure and communication applications.

AGID023R31B2E3E Detailed Technical Specifications Overview

To help you evaluate its capabilities more clearly, here is a summary of the core specifications for the AGIB023R31B2I3E:

AGID023R31B2E3E Enabling a Wide Range of Critical Applications

The exceptional performance of the AGIB023R31B2I3E makes it an ideal choice for various high-end applications:

Communications & Networking: As a core switching chip for building 400G/800G routers, SmartNICs, and 5G wireless access units (O-RU/DU), enabling ultra-low latency packet processing and traffic management.

Data Center & Cloud Computing: Accelerating storage (NVMe over Fabrics), networking (VirtIO), and compute (AI inference) functions, supporting CXL for memory pooling to improve resource utilization and energy efficiency.

Test & Measurement: Used in constructing high-end protocol analyzers, wireless communication testers, and semiconductor ATE equipment. Its programmability and high-speed I/O allow rapid adaptation to evolving new standards.

Industrial & Defense: In radar, electronic warfare, and Software-Defined Radio (SDR) systems, enabling high-performance signal processing, sensor fusion, and secure communications.