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Missing Link Electronics

Missing Link Electronics (MLE) is a leading semiconductor IP provider known for delivering innovative solutions that help in offloading CPU tasks and accelerating systems with domain-specific architectures. Specializing in heterogeneous processing, MLE utilizes FPGAs, programmed with languages like C++/C/SystemC as well as VHDL and Verilog HDL, to implement unique systems. Their expertise stretches across industries such as automotive, aerospace, communications, data centers, and more, ensuring high-speed data transactions with robust security and timely delivery. The company's mission is to transition technologies from software to silicon, emphasizing the acceleration and optimization of packet processing for various protocols such as Ethernet and PCIe, alongside storage technologies like NVMe and SSDs. Read more

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4
IPs available

NVMe Fast FPGA RAID

The NVMe Fast FPGA RAID is designed for high-speed data recording and optimized for storing large volumes of data in non-volatile memory. Ideal for applications requiring rapid data transfer from multiple sensors, it employs a channel-based architecture that supports data-in-motion pre- and post-processing. Its flexibility allows integration with multiple protocols, supporting up to 400Gbps speeds and ensuring seamless data transfer for storage acceleration in embedded systems. It is compatible with Linux Software-RAID, enhancing its application in diverse high-speed data acquisition systems and complex data recording requirements.

Missing Link Electronics
NAND Flash, NVM Express, SD
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ZYNQ SATA Connectivity

The ZYNQ SATA Connectivity IP offers an advanced, compact solution facilitating interfacing between FPGAs and SATA storage units. Designed for the Xilinx Zynq-7000 series, this IP eases the integration of modern SSDs into embedded applications, using advanced FPGA transceiver technology. It ensures top-tier performance while optimizing footprint and resource usage on FPGA platforms, promoting efficient, high-speed data exchanges and robust storage solutions.

Missing Link Electronics
SATA
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XAUI/RXAUI

MLE's XAUI and RXAUI offerings are robust IP cores designed to facilitate data transfer at 10 gigabits per second while minimizing pin count in systems interfacing with 10 Gigabit Ethernet links. Suitable for applications requiring high-speed interfaces, these cores provide reliable connection solutions over varying distances including chip-to-chip and backplane communication setups. Their integration into Xilinx devices furthers expands usage possibilities across diverse telecommunication and networking systems.

Missing Link Electronics
Ethernet
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PCIe NTB

The PCIe Non-Transparent Bridge (NTB) facilitates data exchange between separate PCIe domains without exposing the connected device details to each domain, proving an essential aspect for embedding systems. This IP core streamlines high-performance systems by efficiently managing PCIe traffic across domains within an AXI4-Stream framework. Its adaptability for embedded applications like automotive electronic control units (ECUs) ensures low-delay, high-throughput applications can run smoothly within stringent resource limits.

Missing Link Electronics
PCI, RapidIO
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Latest News About Missing Link Electronics

The Path Towards Smart Manufacturing: Convergence of OT and IT Networks in Factory Clouds

Explore the collaboration between MLE and CODESYS on OT/IT network integration for virtualized PLCs, marking a milestone in industrial automation. Read more

Lattice and MLE: Forging the Future of FPGA Development

Explore the groundbreaking partnership between Lattice Semiconductor and Missing Link Electronics and its impact on FPGA design and industry innovation. Read more

MLE Brings Precision to Synchronization with 5G Sidelink at 6G Conference

Exploring MLE's innovative PTP-based time synchronization via 5G sidelink presented at the Berlin 6G Conference, driving advancements in 6G technology. Read more

Deciphering Multi-Die Designs: A Revolution in Chip Complexity

Explore how multi-die designs are revolutionizing semiconductor tech through collaboration and advanced computing integration. Read more

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