Logic Fruit specializes in high-quality real-time high throughput FPGA/SoC embedded solutions and proof-of-concept designs that require FPGA/SOC based, computation, real-time data generation, acquisition, and analysis. We partner with clients to understand the full implications of each technical challenge, creating a plan that maximizes our expertise and your timeline. With experience in a variety of digital protocols, communication busses, and signal processing, we integrate successful embedded technology into your application. Our teams remain flexible to evolving requirements and fully support our solutions to help ensure your success. At Logic Fruit, we work with innovative R&D leaders, project managers, and CTOs who need a proven, flexible partner that can provide extensive FPGA centric expertise, prototyping capabilities, or other high throughput FPGA/SoC embedded solutions delivering a high-quality embedded solution they can trust. Our deep expertise in the Test & Measurement, Aerospace & Defence, Telecommunication, and semiconductor allows us to understand requirements and complete projects quickly. With specialized teams, we Architect, Implement and Validate high-quality real-time high throughput FPGA/SoC based embedded solutions. Developing Proof-of-concept (PoC) designs/prototypes real-time data generation, acquisition and analysis. Our solutions are supported by specific expertise with many high-speed protocols and interfaces, including 1G, /10G/40G/100G Ethernet, PCIe(Gen1-Gen6), USB3.0/4.0, CPRI/ORAN, DisplayPort, ARINC818 and Signal processing for wireless and Imaging-based solution development.
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Local Interconnect Network (LIN) is a broadcasting, Single Master, and Multi Slave (up to 16) communication protocol designed to support those features where CAN is not required. LIN Master Slave Benefits LIN is a single wire-based interface, it reduces the cost and complexity of implementation. LIN is the best-suited and best alternative to CAN for applications that do not need high Bandwidth and that are of low speed. LIN is self-synchronized and therefore no need for external oscillators.
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FlexRay, a high-speed protocol for advanced vehicles, addresses safety-critical features, surpassing CAN limitations. Essential in modern automotive tech, it caters to the growing demand for high-end performance.
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A Controller Area Network (CAN) is a serial half duplex and differential two-wired asynchronous communication protocol that allows the microcontrollers and other devices to communicate without a host computer. The CAN core is a bus controller that performs communication according to the CAN 2.0B, and CAN FD specifications according to ISO 11898-1. CAN Controller IP Core Benefits - The CAN BUS protocol is known as message based protocol. In this type of protocol nodes on the bus have no identifying information so it is very easy to insert or delete it from network without any updating on software or hardware systems. - CAN provides broadcast message transmission so all nodes in the network can see all transmitted messages and it is nodes decision to accept or filter out. - CAN Protocol has many applications in automobile sector, medical devices and industrial automation.
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Logic Fruit Technologies is a gold partner of Intel®. Our product engineering team is highly experienced in providing FPGA design services on all the latest FPGAs from top global vendors. We can architect, implement and validate high-quality, real-time and high throughput embedded solutions based on FPGA. Our engineers can work on proof of concept (POC) in FPGA, and validate on the target platform. Our FPGA design services include Micro-architecture, RTL coding, IP integration, rapid prototyping, DSP algorithm implementation, verification and validation.
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Logic Fruit Technologies, a gold partner of Intel is a proven, reliable and flexible partner that provides design and develop hardware as per your required form factors, space/military/commercial grade mechanical design, low power and small form factor design.
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Logic Fruit Technologies has designed & implemented ARINC 818 Transmitter & Receiver IP Core supporting multiple line rates up to 4.25Gbps. The IP core has been developed by taking DO-254 Methodology and is having CEMILAC certification.
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Logic Fruit Technologies has designed JESD204B RTL IP. It can support increased lane rates up to 12.5Gbps for higher bandwidth applications. It can be configured to transmit or receive using a 8B10B link layer to achieve deterministic latency, SerDes synchronization, clock recovery and DC balance.
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Logic Fruit Technologies has designed JESD204C RTL IP to support increased lane rates up to 32Gbps for higher bandwidth applications. This IP can be configured to transmit or receive using either a 64B66B or 8B10B link layer with improved efficiency of payload delivery and also provides for improved robustness of the link with a backward-compatible option to JESD204B.
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Logic Fruit Technologies has designed & implemented display port transmitter & receiver IP Cores supporting multiple line rates up to 8.1Gbps. The IP cores have been developed as per display port specifications DP2.0/eDP1.5.
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ARINC 429 IP Core designed by Logic Fruit Technologies is a multichannel module with support for virtually any number of transmitters and receivers. Its configurable data rate supporting from 12.5 Kbps to 1 Mbps.
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CPRI is a high-speed serial interface for network radio equipment controllers (REC) to receive and provide data to remote Radio Equipment (RE).Provides a framework to facilitate radio equipment products’ development for mobile telecommunications systems.