AGMH039R47B1E2VC

AGMH039R47B1E2VC High-Performance Core Processing Module | Empowering Next-Gen Intelligent Systems

In the era of intelligent connectivity, your system demands a powerful, reliable, and efficient core. The AGMH039R47B1E2VC High-Performance Core Processing Module is engineered precisely for this purpose. It integrates cutting-edge processor technology with a flexible I/O architecture, specifically designed to handle complex algorithms, high-speed data streams, and multi-tasking concurrency. It is the ideal engine for driving advanced communication equipment, precision industrial control, and next-generation computing platforms.

Why Choose AGMH039R47B1E2VC?

Before delving into the detailed specifications, understanding its core value helps you quickly grasp the essentials:

Performance Leap: Integrates a high-performance multi-core processor with massive programmable logic resources, effortlessly tackling the most demanding data processing and real-time control tasks.

Boundless Connectivity: Supports a wide range of high-speed communication protocols and extensive user I/Os, ensuring your device integrates seamlessly into any system environment.

Design Reliability: Designed following rigorous industrial standards for stable operation across a wide temperature range, ensuring long-term system reliability.

Development Agility: A mature development ecosystem and hardened IP support significantly shorten your product's time-to-market from design to launch.

AGMH039R47B1E2VC Product Details: Technical Specifications at a Glance

The AGMH039R47B1E2VC module encapsulates exceptional performance in a compact design. Here are its key technical indicators:

1. Core Processing Performance

Programmable Logic Resources: Provides up to 1.3 million Adaptive Logic Modules (ALMs) and over 5 million register resources, offering a solid foundation for complex logic implementation.

Digital Signal Processing: Integrates 12,300 dedicated DSP blocks with hard-core support for fixed-point and floating-point operations, optimized for high-performance mathematical and signal processing.

Embedded Memory: Features up to 410 Mb of on-chip embedded memory and supports external High-Bandwidth Memory (HBM) up to 32 GB, meeting large data cache requirements.

Hard Processor System: Equipped with a Quad-core 64-bit Arm® Cortex®-A53 hard processor system, balancing powerful application processing with energy efficiency.

2. High-Speed Interconnect & Interfaces

High-Speed Transceivers: Integrates up to 56 NRZ transceivers (rates up to 58 Gbps) and 44 PAM4 transceivers (rates up to 116 Gbps), paving the way for ultra-high-speed interconnects like 400G Ethernet.

Hard IP Protocol Support: Natively supports advanced protocols including PCIe Gen4/Gen5, CXL, and 10/25/50/100/200/400G Ethernet, reducing development overhead.

Abundant User I/O: Provides up to 768 user I/Os with comprehensive support for LVDS, SSTL, HSTL, and other I/O standards, offering extremely flexible connectivity.

3. Reliability Design & Physical Specifications

Rugged & Durable: Manufactured using an Intel 7 advanced process, the module is designed for stable operation within a -40°C to +85°C wide temperature range and meets strict industrial reliability standards.

Built-in Security: Supports FPGA bitstream encryption to protect your intellectual property and system firmware security.

Efficient Thermal Design: Optimized packaging and layout suitable for high-density system installation environments.

AGMH039R47B1E2VC Application Scenarios: Unleashing Unlimited Potential

AGMH039R47B1E2VC is the cornerstone for various high-end applications:

Communications & Networking: Data packet processing for core routers/switches, Optical Transport Network (OTN) equipment, and 5G/6G baseband units.

High-Performance Computing & Data Centers: Hardware acceleration cards, Smart NICs, computational storage devices, and edge computing servers.

Advanced Industrial Automation: Machine vision systems, real-time motion controllers, industrial protocol gateways, and predictive maintenance equipment.

Test & Measurement: High-end oscilloscopes, spectrum analyzers, and Automated Test Equipment (ATE).

Medical & Scientific Research: Medical imaging systems (e.g., OCT) and spectral analysis equipment.