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FPGA EMULATION GENERATORS
SD CARD
SD Card
Enables FPGA storage emulation, validation, and performance testing.
Overview
SD Card FPGA Emulation Generators enable seamless testing and validation of memory storage systems in FPGA environments. Designed for portability and high-speed data access, they allow developers to simulate SD card interactions, ensuring efficient storage behavior in real-world applications.
Ideal for embedded systems, IoT devices, and consumer electronics, SD Card FPGA Emulation Generators validate file management, data logging, and media handling. Their scalable, low-power, and high-capacity design makes them essential for automotive, medical, and industrial automation applications.

AMBA ACE Architecture
Key Features
Compact Form Factor: SD Card FPGA Emulation Generators offer a small, lightweight, and portable storage solution, making them ideal for integration into FPGA-based systems without adding significant bulk or complexity.
High Storage Capacity: With support for capacities up to 1TB, these SD cards provide ample space for storing extensive datasets, logs, and test scenarios required in FPGA emulation and memory validation applications.
Multiple Speed Classes: Supporting various speed classes, including UHS-I and UHS-II, these SD cards enable high-speed data transfer, optimizing FPGA workloads and ensuring smooth performance for storage-intensive applications.
Plug and Play Support: Designed for seamless compatibility with FPGA development boards, SD cards require minimal setup, allowing developers and testers to quickly integrate them into their workflows without additional configurations.
Reliable Data Retention: Built with robust memory architecture, SD cards ensure long-term data retention, even under high-stress testing environments, making them a dependable solution for FPGA emulation and validation.
Built-In Error Detection and Correction: Equipped with advanced error detection and correction mechanisms, SD cards maintain data integrity by identifying and rectifying errors, ensuring consistent and accurate read/write operations during FPGA testing.
Wide Compatibility with Multiple Interfaces: Supporting various industry-standard interfaces such as SPI and SDIO, these SD cards are compatible with a wide range of FPGA development platforms, enhancing their versatility in different projects.
Efficient Random and Sequential Access: SD cards are optimized for both random and sequential data access patterns, catering to the diverse storage needs of FPGA emulation, from simple data logging to complex real-time applications.
Scalability for Future Expansion: These storage solutions offer flexible scalability, allowing developers to upgrade or expand storage capacity as project requirements evolve, making them a future-proof choice for FPGA prototyping.
Low Power Consumption for Energy Efficiency: Designed to operate with minimal power draw, SD cards are ideal for FPGA-based applications requiring energy efficiency, particularly in portable, battery-operated, or IoT-based systems.
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