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The AXI-Lite I2C Controller provides a straightforward register-based I2C communication interface for FPGA and ASIC implementations. It utilizes a 32-bit AXI-Lite interface, allowing for simple integration into a range of systems where standard I2C operations are needed. This controller is particularly beneficial for enabling communication between devices with differing communication protocols.
The 10G Ethernet MAC core from LeWiz is designed for ultra low-latency operations, enabling high-speed data transmission without the need for an external PHY. This MAC supports a variety of high-performance networking applications, providing an efficient pathway for data with minimal latency. Its architecture ensures seamless integration into existing systems where latency and speed are crucial factors.
The HBM Memory Controller is designed to offer high bandwidth and fault tolerance for systems requiring multi-channel data parallelism. It features a network on chip (NOC) or AXI-stream interface, supporting a variety of HBM devices. The controller is equipped to handle DDR ECC, memory scrubbing, and Triple Modular Redundancy (TMR), making it suitable for applications where reliability and high-speed memory access are critical. This IP Core is optimized for both FPGAs and ASICs, providing a robust solution for integrating HBM technology into new or existing systems.
The Time Triggered Ethernet Core is engineered for high precision and reliability, making it ideal for space and mission-critical applications. This core conforms to the SAE standard for TimeTriggered Ethernet and offers a well-known AXI Interface for easy integration. With configurable virtual links, it provides flexibility in managing data streams and is designed to ensure fault tolerance, supporting operations in environments requiring stringent timing and reliability.
The AXI4 Memory Controller is designed to manage on-chip memory efficiently, supporting FIXED, INCR, and WRAP bursts for optimized throughput. It is crafted for simultaneous read and write operations, making it suitable for applications requiring program execution and data storage. By utilizing memory-mapped addresses, this controller ensures high throughput and performance, tailored to meet the demands of advanced computing tasks.
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