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The Time Sensitive Network IP Core by LeWiz is tailored for systems that require high precision and fault-tolerant operations, enabling scalable bandwidth from 1Gbps to 10Gbps. This IP provides babbling protection and includes anti-masquerading functions, ensuring secure and reliable communications. Its adherence to the AXI standard makes integration straightforward for both hardware and software applications, providing flexibility across various implementations while maintaining precise timing and reliability standards.
The Radiation Hardened eFPGA is engineered to operate reliably in environments with high levels of radiation, such as in aerospace or defense applications. The technology employs a scalable LUT array and self-correcting features, which contribute to its robustness and reliability. The RH eFPGA ensures data integrity and system stability, making it suitable for mission-critical systems where failure is not an option. It supports multiple configurations, offering flexibility for varied application needs.
LeWiz's Programmable TCP Offload Engine (TOE) provides accelerated TCP/UDP/IP processing, significantly reducing the CPU load in high-throughput environments. This product allows for the offloading of heavy TCP/IP tasks, enhancing system efficiency and speeding up data transmission processes. Available for performance levels ranging from 1Gbps to 10Gbps, the TOE maintains the ease of standard TCP/IP socket interfaces while offering user application customization. This technology is essential for systems that demand high performance and minimal latency.
The iTrade7240 is a financial trading board equipped with the Xilinx Virtex 7 FPGA. It provides a robust platform for high-frequency trading systems, supporting 10G/40G Ethernet connections. With extensive source code available, it facilitates quick integration and deployment for market data handling, trade execution, and networking applications. Its design on a PCI-express FPGA-based board ensures compatibility and high performance for intensive data applications.
LeWiz has developed a series of low latency IP cores designed for applications requiring rapid data processing. These cores can be integrated into FPGAs or ASICs, allowing significant reductions in transaction times which is crucial for sectors such as financial trading or telecommunications. By minimizing communication delays, these IP cores help maintain high system throughput and efficiency. They offer a versatile solution, adaptable to numerous high-speed data environments where performance is paramount.
The iTrade6500 utilizes the Altera Stratix V FPGA to craft a cutting-edge financial trading solution. Specially designed for 10G Ethernet operations, this board eliminates the need for software processing assistance by embedding hardware IP cores for direct integration. Its PCI-express compatibility ensures it serves the high-demand trading environments effectively, especially for market data and trade execution applications. The iTrade6500 continues to offer immense processing power required in the fast-paced financial sector.
Engineered for environments that require rapid data processing, LeWiz's Ultra Low Latency Network IP excels in minimizing data transmission delays. Ideal for financial trading systems and telecommunications, this IP helps achieve high throughput while ensuring low latencies, crucial for maintaining competitive performance. The technology's flexibility in both FPGA and ASIC implementations allows it to cater to a broad array of high-speed data environments effectively.
Rad-Hard IP Cores from LeWiz are designed to withstand high-radiation environments, typical in aerospace and defense sectors. These IP cores ensure data reliability and system performance are uncompromised, employing robust protection mechanisms and self-correcting features. The scalable architecture allows for diverse applications, ensuring the cores remain reliable and effective under strenuous conditions, thus making them indispensable in high-stakes environments.
LeWiz provides advanced solutions built on the Xilinx Zynq FPGA platform, designed to handle complex computing tasks with speed and efficiency. The integration of dual ARM processors with FPGA logic allows for highly versatile application deployment. These FPGA solutions cater to a wide range of industries, including telecommunications, automotive, and aerospace, providing robust performance capability alongside ease of customization.
The AXI-Lite I2C Controller developed by LeWiz is a streamlined solution for implementing simple, register-based I2C communication within FPGA and ASIC environments. It uses a 32-bit AXI-Lite interface to ensure straightforward integration and efficient data exchanges. The controller is designed with simplicity in mind, allowing for quick setup and implementation into existing systems that require I2C protocol capabilities, contributing to ease of hardware management and flexibility.
LeWiz's Ultra Low Latency 10G Ethernet MAC enables high-speed communication without the need for external PHY devices, ideal for data centers and networking equipment where speed and efficiency are critical. This IP's low-latency path provides exceptional data handling capabilities, ensuring that communication bottlenecks are eliminated in high-performance computing environments. It is designed to facilitate seamless integration into existing systems needing improvements in data transmission speeds.
The Time Triggered Ethernet Core from LeWiz offers industry-leading accuracy and reliability for mission and space-critical applications. This core conforms to the SAE standard for Time-Triggered Ethernet, ensuring a dependable communication network. Featuring a well-known AXI interface, it allows for a configurable number of virtual links or streams, tailoring solutions for specific needs. Its fault tolerance makes it perfect for environments where high-precision timing and communication reliability are essential.
LeWiz's HBM Memory Controller is built to deliver fault tolerance and high-bandwidth solutions required by modern computing systems that leverage High Bandwidth Memory. Its design incorporates multichannel data parallelism through NOC or AXI-stream interfaces, supporting both DDR ECC and memory scrubbing. These features, combined with TMR capabilities, ensure data integrity and reliability crucial for mission-critical applications where performance cannot be compromised even in error-prone environments.
The AXI4 Memory Controller by LeWiz offers a robust high-performance solution for managing on-chip memory, supporting both read and write functions concurrently. This controller optimizes throughput by delivering support for different burst types, including FIXED, INCR, and WRAP, making it ideal for tasks that require efficient data access patterns. Suitable for data-intensive operations, it ensures efficient program execution and reliable data storage, fitting seamlessly into memory-mapped environments for comprehensive application demands.
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