HOME 
PRODUCTS FPGA EMULATION GENERATORS AMBA AHB
AMBA AHB
Enables efficient, low-latency data transfer in system-on-chip designs.
Overview
AMBA AHB is a high-performance bus interface that ensures efficient communication between components in system-on-chip (SoC) applications. It supports rapid data transfer with low latency, making it ideal for complex, real-time systems.
With its FPGA emulation capabilities, AMBA AHB enables simulation and testing of data transfer scenarios, verifying system performance before hardware implementation. This allows for the evaluation of high-speed communication in diverse environments.
AMBA ACE Architecture
Key Features
High-Speed Data Transfer: Enables rapid communication between components in SoC designs, optimizing throughput for high-performance applications. FPGA emulation ensures the system can handle fast data exchange scenarios before implementation.
Low Latency: Reduces delays during data transfer, making it ideal for real-time and responsive applications. The FPGA emulation helps validate and fine-tune latency requirements to meet stringent timing needs.
Multiple Master Support: Supports configurations with multiple master devices communicating simultaneously. FPGA emulation validates smooth operation and system efficiency in complex, multi-master environments.
Burst Transfer Capability: Allows the transfer of multiple words in a single burst, improving efficiency for tasks like video processing. FPGA emulation simulates high-bandwidth operations to ensure reliable performance.
Efficient Bus Arbitration: Manages access to shared resources in multi-component systems, avoiding conflicts and ensuring smooth data flow. FPGA emulation ensures proper arbitration under high-demand conditions.
Simple Protocol: The AMBA AHB protocol is straightforward, making it easy to implement and reducing design complexity. FPGA emulation simplifies the process of testing and optimizing communication performance.
Low Power Consumption: Minimizes power use by reducing clock cycles required for data transfers, which is crucial for battery-powered or power-constrained applications. FPGA emulation helps balance performance and energy efficiency.
Multiple Slave Support: Supports communication with multiple slave devices, enabling interaction with memory, peripherals, or other system components. FPGA emulation ensures proper synchronization and data exchange.
Flexible Clocking Mechanism: Accommodates different clock domains for various system components, allowing simulation of diverse system frequencies. FPGA emulation tests system synchronization and timing behavior.
Advanced Error Detection: Includes built-in mechanisms for detecting and correcting errors in data transfer, ensuring data integrity. FPGA emulation assists in identifying potential issues early in the design phase.
Connect with Us
Connect with our sales team to learn more about AMBA AHB, its features, and how it can benefit your projects. Fill out the contact form to get started, and one of our experts will reach out to you shortly.
