GDX MODULE

GDX Communication & Processing Module

Product Overview

The GDX Module is a high-performance communication and processing platform developed to support data sharing, synchronization, and feedback applications in modern accelerator facilities. By providing high-speed links between Beam Position Monitor (BPM) systems and other accelerator subsystems, it enables efficient distribution and processing of beam information across the machine.

At the core of the module is a powerful Virtex-6 FPGA that offers a fully programmable environment for implementing custom algorithms, communication protocols, and real-time control functions. The module can acquire, process, and exchange beam position data with minimal latency, making it particularly suitable for orbit control and machine optimization applications.

Highlights

• High-speed accelerator networking platform

• Four independent SFP+ optical/electrical communication channels

• User-programmable FPGA architecture

• Low-latency data processing and transfer

• Supports custom feedback and control applications

• Flexible protocol implementation

• Integrated timing and synchronization resources

• Seamless integration within Libera-based systems

Why Use the GDX Module?

Advanced Data Connectivity
Facilitates reliable exchange of beam information between distributed accelerator systems.

Custom Application Development
Provides users with direct access to FPGA resources for implementing specialized processing and control functions.

Optimized for Feedback Systems
Delivers the performance required for fast orbit correction and machine stabilization applications.

Scalable Architecture
Can be deployed in small experimental setups as well as large accelerator complexes.

Technical Specifications

Typical Applications

• Fast Orbit Feedback Systems

• Distributed BPM Networks

• Machine Protection Systems

• Real-Time Data Distribution

• Accelerator Synchronization

• Advanced Beam Diagnostics

• FPGA-Based Research and Development

The GDX Module serves as a versatile accelerator communication hub, combining high-speed connectivity with powerful FPGA processing capabilities to support next-generation beam diagnostics, control, and feedback systems.