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Inicore Inc.

Inicore Inc. focuses on delivering advanced system-on-chip solutions using FPGA and ASIC technology. They are at the forefront of the design and reuse of intellectual property (IP) based systems, aiming to optimize the design cycle through their extensive knowledge in system architectures and methodologies. Their structured approach allows for the integration of IP cores that are written in universally compatible VHDL or Verilog HDL, making them adaptable for a variety of technological applications. Developed with ease-of-use in mind, Inicore’s IP cores are key to achieving timely market entry for complex designs. Their portfolio includes a wide array of IP cores specifically tailored for various industry needs, utilizing a synchronous design methodology. These cores are engineered to be technology agnostic, supporting easy migration between FPGA and ASIC platforms. Moreover, their reusability across different technologies and their user-friendly integration features make them a vital asset in system-level implementations. Inicore provides a comprehensive core library that supports fast prototyping and efficient volume production. Dedicated to meeting market demands for faster development cycles, Inicore ensures their IP core designs not only reduce time-to-market but also mitigate associated design risks. In addition to their IP offerings, Inicore also provides design services. These services encompass a variety of domains, including the architecture of custom IP solutions and integration into existing systems. Their partnership approach ensures clients leverage Inicore's expertise to secure high-quality, reliable designs that fit specific project needs. With a focus on intelligent and efficient design practices, Inicore continues to support their clients from conceptualization through to the final silicon product. Read more

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6

IPs available

CANmodule-III

The CANmodule-III is an advanced CAN controller designed to efficiently manage communication over the Controller Area Network. It features a mailbox architecture with a robust 32 receive and 32 transmit mailboxes, offering full compliance with the CAN2.0B standard. This core is optimized for a variety of high-demanding applications across aerospace, automotive, and industrial sectors. In terms of integration, the CANmodule-III is crafted for seamless incorporation into systems-on-chip, adapting easily to both FPGA and ASIC designs. The architecture, originally based on Bosch’s fundamental CAN design, allows for customizable message filtering, providing flexibility in handling different communication scenarios. The integration of application-specific functions as add-ons means that the core itself remains unaffected, ensuring consistent performance. This CAN controller is also known for its efficient transaction management on the bus, making it a preferred choice for environments where reliability and precision are critical. The CANmodule-III’s system support functions and streamlined processing capabilities see it effectively used in various industry-specific applications where optimized communication is paramount.

AMBA AHB / APB/ AXI, CAN, CAN-FD, PCI, UWB

iniDSP

iniDSP is a 16-bit DSP core optimized for a variety of applications requiring digital signal processing. The core is architected to offer high performance in signal processing tasks across different technology platforms, suitable for integration in both FPGA and ASIC implementations. It stands out due to its ability to handle complex mathematical functions effectively while maintaining low power consumption. This DSP core is structured to allow seamless integration into larger systems, providing flexibility and reliability. It is an excellent choice for developers seeking to enhance their products with sophisticated digital signal processing capabilities without extensive redesign efforts. The iniDSP can be employed in audio processing, control systems, and any application that benefits from efficient digital computation. Engineered to ensure both ease-of-use and robustness, the iniDSP core helps shorten the development cycle by offering pre-tested, reusable components tailored for rapid deployment. Its versatile nature supports a wide range of uses, making it a vital part of Inicore's offerings for innovative system solutions.

Audio Processor, DSP Core, Microcontroller, Processor Core Dependent, Processor Cores

iniCPU

The iniCPU is designed as an efficient, adaptable, general-purpose CPU core to meet the growing demand for versatile processing units in embedded systems. Built to offer a balanced combination of power and performance, it supports a diverse array of applications from consumer electronics to industrial automation. Featuring a streamlined architecture, the iniCPU can be easily integrated into various system-on-chip designs. It offers developers a robust foundation with its capability for customization and ease of system-level integration. This flexibility makes it particularly suitable for systems requiring tailored processing power without the overhead of more complex core architectures. The iniCPU's architecture promotes rapid deployment in both ASIC and FPGA technologies, aiding developers in reducing time-to-market for advanced products. By providing a reusable and adaptable processing solution, this core ensures efficient energy use and effective processing capabilities, driving innovation and development across multiple fields.

CPU, Microcontroller, Processor Cores

VMESCmodule2

The VMESCmodule2 acts as a VME to AXI bus bridge, equipped with comprehensive system support functionalities. It includes a VME Slave with multiple memory window decoders, a VME Master, and a programmable VME interrupt handler, making it highly suitable for intricate bus architectures. This VME System Controller facilitates task prioritization with its advanced arbitration features. Designed for easy system integration, the VMESCmodule2 supports prioritized and round-robin arbitration, providing a flexible framework for managing bus traffic. It incorporates a programmable bus timer, a system clock driver, and an interrupt daisy-chain driver, which ensures efficient handling of system-level operations. This module bridges VME and AXI systems effectively, addressing complex data transfer needs across multiple applications. The VMESCmodule2 caters to industries where robust data processing and communication reliability are essential, such as industrial automation and sophisticated data networks. Its capability to support AXI and VME protocols ensures versatility and adaptability, offering high performance and compatibility with both FPGA and ASIC technologies.

AMBA AHB / APB/ AXI, VME Controller

iniCAN

iniCAN serves as a low-level CAN protocol controller, delivering essential functionalities required for managing data traffic across the CAN bus. Built to comply with the CAN2.0B specification, it has found widespread use in applications where reliability and efficient data handling are paramount, including automation and automotive industries. This core offers a foundation for integrating custom or standard CAN message filters, ensuring precise communication handling aligned with specific application needs. As a fundamental component in CAN-based systems, iniCAN provides a reliable interface for data exchange, supporting developers in crafting systems that require predetermined communication standards. Engineered to support ASIC and FPGA integrations, iniCAN exemplifies versatility and conformance, making it suitable for environments demanding standardized communication protocols and robust performance. Its lightweight yet powerful architecture allows for seamless integration into broader system designs, facilitating efficient data transaction processes across multiple applications.

VMESmodule

The VMESmodule is engineered to provide the functionality necessary for connecting designs to the VME bus, comprising a complete set of features to support such integration. It includes 8 address windows to map local memory into the VME address space and features VME interrupt capabilities, ensuring responsive and efficient communication within a VME architecture. This module incorporates a 32-bit wide synchronous user-side interface that links seamlessly with the local bus design, providing access to the VMESmodule's internal CSR memory space. Its design is particularly suited for applications that require precise interprocess communication, facilitated through semaphores and mailboxes included in its architecture. The VMESmodule is tailored for custom integrations employing both FPGA and ASIC technologies, offering compliance with standard VME specifications. This ensures reliable communication and data access across connected systems, making it an essential module for industries where VME is a core technology.