Unleash Limitless Computing Power: Intel® Agilex™ FPGA AGID023R18A2I1VC, Defining Next-Generation Hardware Acceleration

On a single chip, integrating over 2.3 million logic elements and a quad-core ARM processor, it is quietly powering the computing revolution from data centers to the 5G edge.

The Intel® Agilex™ 7 I-Series FPGA AGID023R18A2I1VC represents the cutting-edge technological achievement in programmable logic devices. Utilizing an advanced 10nm process technology, it achieves a leap in core performance while setting new benchmarks in power efficiency and integration.

At its heart is a programmable array containing 2,308,080 Logic Elements (LEs), sufficient for building extremely complex custom computing architectures. Simultaneously, it integrates a hard-core quad-core 64-bit ARM® Cortex®-A53 processor system, perfectly blending software programmability with hardware customization.

AGID023R18A2I1VC Core Advantages

The core advantage of the AGID023R18A2I1VC lies in its unparalleled connection bandwidth and computational density. It is specifically designed to meet the demands of today's most challenging bandwidth-intensive applications, offering a series of industry-leading interface performances.

High-Speed Channel for Data Torrents: Its transceivers support data transfer rates up to 58 Gbps NRZ and 116 Gbps PAM4, easily handling ultra-high-speed network requirements like 400G Ethernet.

Leading Interconnect Standards: The chip natively integrates support for PCI Express® (PCIe) 5.0 and Compute Express Link® (CXL) protocols. This provides a high-speed, low-latency cache-coherent connection between the CPU and FPGA accelerators, thoroughly optimizing workload distribution in heterogeneous computing.

Powerful Hard-Core Processor System: The built-in quad-core ARM Cortex-A53 MPCore™ hard processor system allows developers to flexibly partition control-plane and data-plane tasks on a single chip, simplifying system design and improving overall efficiency.

AGID023R18A2I1VC Detailed Technical Specifications

The AGID023R18A2I1VC features deeply optimized chip architecture, and its specifications directly reflect its positioning in the high-performance computing field.

To clearly showcase its core capabilities, here is an overview of the key technical specifications for this model:

Architecture & Process: This device is manufactured using Intel's revolutionary 10nm SuperFin technology, significantly reducing power consumption while enhancing performance. Its architecture tightly integrates a high-performance FPGA fabric with a hard processor system.

Security & Reliability: The chip incorporates advanced FPGA bitstream security features and hard encryption blocks, ensuring the security of intellectual property and transmitted data. Its design meets stringent industrial-grade reliability requirements.

It is important to note that some of the above specifications are based on Intel's official description of the Agilex 7 I-Series 023 FPGA (R18A) and highly relevant market models AGID023R18A2E1V and AGID023R18A2E2VR0.
As the specific model "AGID023R18A2I1VC" queried by the user was not directly found in available materials, it is recommended to finalize confirmation via Intel official channels or authorized distributors before critical design phases.

AGID023R18A2I1VC Application Scenarios

Leveraging its powerful computing capability and flexible connectivity, the AGID023R18A2I1VC is becoming a core driver in multiple cutting-edge technology fields.

In Data Centers & Cloud Computing, it is used for SmartNICs, storage acceleration, and real-time video transcoding. Through CXL and PCIe 5.0, it can serve as an efficient coprocessor to the CPU, significantly accelerating specific workloads like machine learning inference, database search, and financial analysis.

In the Communications Network field, it is key to realizing 5G core networks, next-generation base stations (O-RAN), and 400G/800G optical transmission equipment. Its transceivers supporting up to 116 Gbps can directly process high-speed serial data streams, and the integrated hard-core Ethernet IP simplifies protocol handling.

For Test & Measurement and High-End Industrial Equipment, its unparalleled flexibility and high-performance I/O capabilities make it an ideal choice for cutting-edge oscilloscopes, radar signal simulators, and automated test systems. Users can rapidly reconfigure hardware for specific protocols and sensor interfaces.