AGMG032R47A2E3VC

AGMG032R47A2E3VC: Empowering Next-Generation High-Performance Computing and Network Architectures with Advanced FPGA

In an era defined by data deluge and intelligent computing, the performance limits of core hardware directly determine the ceiling for system innovation. The AGMG032R47A2E3VC is engineered to break through this ceiling. As a high-performance Field-Programmable Gate Array (FPGA) designed for cutting-edge applications, it integrates industry-leading process technology, exceptional computational density, and high-speed connectivity. It is purpose-built to provide a solid yet flexible core engine for your data centers, high-speed networks, test and measurement equipment, and embedded systems.

AGMG032R47A2E3VC Core Product Advantages: Beyond Power, to Precise Fit

The design philosophy of the AGMG032R47A2E3VC is to achieve the perfect balance between ultimate performance and power efficiency. It is not merely a component but a strategic asset for building your differentiated competitive edge.

Exceptional Logic Density & Efficiency: Built on an advanced semiconductor process node (e.g., Intel 7), this device integrates a vast array of logic resources and intelligent compute blocks per unit area. This enables you to implement more complex, performance-demanding algorithms and protocol processing on a single chip, while benefiting from superior power efficiency thanks to the advanced node—directly helping to reduce total system power consumption and operational costs.

Unprecedented Data Throughput: The device supports data rates up to 58 Gbps NRZ and 116 Gbps PAM4, incorporating a significant number of high-speed transceiver channels. This ensures bottleneck-free data flow for the most demanding applications like 400G/800G Ethernet, high-performance computing interconnects, and low-latency financial trading, meeting stringent bandwidth and real-time requirements.

Hardened IP Cores for Faster Time-to-Market: Unlike traditional FPGA fabrics, the AGMG032R47A2E3VC features key protocol intellectual property (IP) blocks hardened into the silicon, including PCIe Gen5, CXL, and multi-rate Ethernet (e.g., 400G). This dramatically reduces development complexity and verification cycles, allowing you to focus on core value innovation and accelerate your product's journey to market.

System Integration for the Future: The chip incorporates a 64-bit quad-core Arm® Cortex®-A53 Hard Processor System (HPS), enabling seamless synergy between flexible FPGA hardware acceleration and efficient software control. This heterogeneous compute architecture is ideal for complex applications requiring tight hardware-software coordination, such as edge computing, SmartNICs, and signal processing platforms.

AGMG032R47A2E3VC Key Specifications at a Glance

To help you quickly grasp its technical capabilities, here is an overview of the core specifications for the AGMG032R47A2E3VC:

AGMG032R47A2E3VC Target Application Scenarios

The versatility of the AGMG032R47A2E3VC makes it an ideal choice for numerous frontier fields:

Data Center & Cloud Computing: SmartNICs, computational storage disaggregation acceleration, hardware virtualization, video transcoding acceleration.

Communications & Networking: Core/edge routers, 400G/800G transport equipment, 5G baseband processing, fronthaul/midhaul gateways.

Test & Measurement: High-end protocol analyzers, wireless communication test equipment, semiconductor automated test equipment (ATE) systems.

Embedded & Edge Systems: Military avionics, medical imaging, industrial machine vision & real-time control, broadcast-grade video production.

Why Choose AGMG032R47A2E3VC?

When choosing your technology path, the AGMG032R47A2E3VC offers a "third pole" advantage beyond traditional ASICs and general-purpose processors:

Compared to ASICs: While delivering similar peak performance, it avoids the multimillion-dollar NRE costs and multi-year development cycles associated with ASICs, offering unparalleled flexibility and rapid iteration capabilities.

Compared to CPUs/GPUs: Through hardware-parallel processing, it can achieve orders-of-magnitude improvements in power efficiency and latency for specific tasks (like network packet processing, custom algorithms), truly enabling "hardware acceleration for software."

We offer more than just a chip; we provide a complete solution including reference designs, development kits, software toolchains, and comprehensive technical support, guiding you from proof-of-concept to volume production.