DDR4
Enables high-speed memory emulation for FPGA-based system testing.
Overview
XtremeSilica’s DDR4 FPGA Emulation Generators IP provides seamless communication between FPGA systems and DDR4 DRAM, enabling high-speed data transfer, memory management, and real-world memory behavior simulation in FPGA environments.
Ideal for high-performance applications, it supports AI, big data, and real-time communication systems, facilitating optimal memory bandwidth, performance validation, and efficient testing of critical designs like aerospace and finance.

AMBA ACE Architecture
Key Features
High Data Transfer Rates: Supports up to 3200 MT/s for rapid memory reads and writes, ensuring efficient data handling in high-speed environments. This enables fast memory operations crucial for FPGA emulation.
Wide Memory Capacity Support:Accommodates large memory capacities, allowing for the emulation of memory-intensive applications. This is vital for testing big data workloads and large-scale systems.
Low Power Consumption: Optimized for energy efficiency, it reduces power use even during high-performance simulations. This feature supports long-duration tests and battery-sensitive applications.
Configurable Timing Parameters: Allows precise tuning of memory timings to match specific hardware designs. Ensures accurate emulation of various real-world memory behavior scenarios.
Error Detection and Correction (ECC): Built-in ECC ensures data integrity by detecting and correcting memory errors during emulation. This feature is crucial for fault-tolerant systems in critical applications.
Bank Group Management: Utilizes DDR4’s bank group architecture for parallel access to multiple memory regions. This improves throughput, essential for multi-threaded and high-speed FPGA emulation.
High-Performance Scheduling Algorithms: Optimizes the prioritization of memory access, enhancing memory bandwidth utilization. This ensures efficient handling of multiple memory requests during FPGA emulation.
Multiple Memory Interface Support: Supports various memory interfaces, offering flexibility in FPGA emulation setups. Engineers can test different hardware configurations without compatibility concerns.
Data Burst Optimization: Optimizes memory data bursts to ensure high-speed, continuous data flow. This is particularly beneficial for applications requiring fast data processing, such as video streaming.
Seamless Integration with FPGA Logic: Integrates effortlessly with FPGA designs, simplifying the simulation process. This reduces complexity and accelerates the validation cycle for hardware designs.
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