IP Cores For FPGAs

Innovative FPGA solutions, including PCIe Gen2/GEN3/Gen4, Ethernet, High-Speed LVDS,
DDR3/DDR4 Controllers, AXI interfaces, USB controllers, and cryptographic and other
complex algorithms, tailored for rapid hardware prototyping.

PCIe Gen2/ GEN3/ Gen4 IP Core

Accelerate your hardware innovation with our PCIe Gen2/Gen3/Gen4 IP Core solutions. Designed for high-performance data transfer, these Intellectual Property Cores ensure seamless integration, compatibility, and robust connectivity, empowering your systems with cutting-edge PCIe technology. Upgrade your hardware capabilities and unlock new possibilities with our advanced IP Core for PCIe Gen2, Gen3, and Gen4.

PCi
1G

1G/10G/100G Ethernet IP Cores

Elevate your network performance with our state-of-the-art 1G/10G/100G Ethernet IP Cores. Tailored for high-speed data transmission, these  Intellectual Property Cores empower your systems with reliable and efficient Ethernet connectivity. Whether you require gigabit or multi-gigabit solutions, our IP Cores deliver cutting-edge performance, ensuring seamless integration for your networking needs.

DDR3/ DDR4 Controller IP Cores

Optimize memory performance with our cutting-edge DDR3/DDR4 Controller IP Cores. Tailored for high-speed and efficient data storage, these Intellectual Property Cores ensure seamless integration, offering robust control over DDR3 and DDR4 memory architectures. Elevate your system’s memory capabilities with our advanced IP solutions, unlocking enhanced performance and reliability.

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Application wrappers with AXI interfaces

Simplify integration and enhance flexibility with our Application Wrappers featuring AXI interfaces. Our specialized Intellectual Property Cores provide seamless connectivity, allowing for easy incorporation of custom applications into AXI-based systems. Streamline your development process and achieve optimal interoperability with these advanced application wrappers tailored to meet your specific interface needs.

USB2/ USB3 controllers

Empower your systems with rapid data transfer using our USB2/USB3
controllers. Our Intellectual Property Cores ensure seamless integration,
delivering high-speed and reliable USB connectivity. Enhance your hardware capabilities and enable efficient communication with these advanced controllers, designed to meet the demands of modern data-intensive applications.

USB
IP Development

Custom IP development

Unleash innovation with our Custom IP Development services tailored to meet your unique requirements. From conceptualization to implementation, our experts craft bespoke Intellectual Property Cores, ensuring seamless integration and optimal performance. Elevate your technology solutions with our personalized approach to custom IP development, driving your vision to reality.

IP cores for channel encoders and decoders like Reed Solomon (RS), BCH, and LDPC.

 Enhance data reliability and error correction in your systems with our IP Cores for channel encoders and decoders, including Reed Solomon (RS), BCH, and LDPC. These specialized Intellectual Property Cores ensure robust error detection and correction, providing a resilient foundation for data integrity in communication systems. Elevate your applications with advanced errorhandling capabilities for seamless and dependable performance.

IP Cores
Forward

IP Cores for Forward error correction codes like Convolution codes and Turbo codes.

Elevate the reliability of your communication systems with our IP Cores specializing in Forward Error Correction (FEC) codes, including Convolution codes and Turbo codes. These Intellectual Property Cores ensure efficient error correction, enhancing the integrity of transmitted data. Propel your applications with advanced FEC capabilities, providing a robust solution for error-prone communication channels.

IP cores for standard cryptographic algorithms like AES, RSA, etc.

Ensure robust security for your applications with our IP Cores featuring standard cryptographic algorithms such as AES, RSA, and more. Tailored for enhanced data protection, these Intellectual Property Cores provide a secure
foundation, empowering your systems with advanced encryption and authentication capabilities. Elevate your cybersecurity measures with our cutting-edge IP solutions, essential for safeguarding sensitive information.

Standard Cryptography
RTL

RTL (VHDL/Verilog) Development of any standard algorithms

Empower your hardware with versatility through our RTL (VHDL/Verilog) Development services for any standard algorithms. We specialize in creating efficient and tailored logic designs, ensuring seamless integration of diverse algorithms into your systems. Elevate your hardware’s adaptability and performance with our expertise in RTL development, accommodating a wide range of algorithmic requirements

PL to PS & PS to PL interface logics for Zynq SOCs

Unlock the potential of Zynq SoCs with our specialized PL to PS & PS to PL Interface Logics. Our Intellectual Property Cores facilitate seamless communication between programmable logic (PL) and processing system (PS), ensuring optimal collaboration and resource utilization. Elevate your Zynq-based designs with these advanced interface logics, fostering efficient
integration and performance.

Zynq socs
UART

UART/SPI interface logics

Efficient data communication is at your fingertips with our UART/SPI Interface Logics. Our Intellectual Property Cores enable seamless integration of UART and SPI interfaces, providing robust and reliable connections for your embedded systems. Elevate your hardware’s communication capabilities with these advanced logics, ensuring optimal performance and versatility in your applications.

RTL (VHDL/ Verilog) Development of data handling logics.

Craft intricate data handling logics with our RTL (VHDL/Verilog) Development services. Our expertise ensures the creation of robust and efficient logic designs, empowering your hardware with optimized data processing capabilities. Elevate your system’s performance with our tailored RTL solutions, designed to meet the demands of modern data-intensive applications.

Data handling logics