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      ASICAMD (Xilinx)AchronixIntel (Altera)LatticeMicrochip (MicroSemi)Other

      By submitting this form you are consenting to being contacted by the MLE via email and receiving marketing information.

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      CONTACT MLE
      US Patent 11,695,708 for Deterministic Real-Time Multi-Protocol Heterogeneous Packet-Based Transport
      MLE Joins Central Car Server Supercomputing Research for Automotive, Funded by German BMBF
      MLE Joins German 6G Radio Initiative, Receives BMBF Funding
      MLE’s Auto/TSN for Digital RADAR Networks Receives BMBF Funding
      MLE Awarded AMD 2023 Premier Adaptive Computing Partner of the Year
      MLE Awarded AMD 2023 Premier Adaptive Computing Partner of the Year

      At the AMD Premier Partner and ATP Summit 2024 held in San Jose this June, Missing Link Electronics (MLE) was honored with the Premier Adaptive Computing Partner of the Year award for the EMEA region. This recognition highlights MLE’s outstanding contributions and unwavering commitment to advancing AMD FPGA technology across various industries and applications.

      Berlin 6G Conference 2024
      Berlin 6G Conference 2024

      Berlin 6G Conference is the annual networking event of the German 6G Program, organized by the 6G Platform Germany, will take place at the Berlin Congress Center (BCC) from July 2-4, 2024. MLE has been actively contributing to the 6G-ICAS4Mobility project in respect of high-accuracy networking technology with precision time synchronization.

      US Patent 11,695,708 for Deterministic Real-Time Multi-Protocol Heterogeneous Packet-Based Transport
      US Patent 11,695,708 for Deterministic Real-Time Multi-Protocol Heterogeneous Packet-Based Transport

      The United States Patent and Trademark Office (USPTO) has allowed Missing Link Electronics the US Patent 11,695,708 for Deterministic Real-Time Multi-Protocol Heterogeneous Packet-Based Transport a technology that…

      BMBF-CeCaS
      MLE Joins Central Car Server Supercomputing Research for Automotive

      Advanced Driver-Assist Systems (ADAS) and Autonomous Vehicle (AV) functions require a challeging combination of of compute performance…

      BMBF-6GICAS4Mobility
      MLE Joins German 6G Radio Initiative, Receives BMBF Funding

      Integrated Communication and Sensing (ICAS) has become a key research topic for realizing next-generation mobility solutions. For 6G Radio, ICAS enables sensor systems to cooperate …

      BMBF-Verano
      MLE’s Auto/TSN for Digital RADAR Networks, Receives BMBF Funding

      In-Vehicle Networks of the future will be driven by the large bandwidth needs of modern sensors, in particular Radar (Radio Detection and Ranging), and more importantly…

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      Missing Link Electronics -FPGA IP Core Design

      Our Mission: From Software to Silicon!

      For more than a decade we have demonstrated our expertise in FPGA programming – offloading CPUs and in accelerating software-rich system stacks via so-called Domain-Specific Architectures. To implement this we make heavy use of heterogeneous processing such as FPGAs which we program using C++/C/SystemC as well as VHDL and Verilog HDL. Hence, from software to silicon!

      If it is packets, we make it go faster! And with packets we mean:

      • Networking using TCP/UDP/IP over 10G / 25G / 50G / 100G / 400G Ethernet
      • PCI Express (PCIe) Gen 2 (4 GT/s), Gen 3 (8 GT/s), Gen 4 (16 GT/s), Gen 5 (32 GT/s), and
      • PCIe Non-Transparent Bridging (NTB) or Inter-Systems Bridge (ISB)
      • Compute Express Link (CXL)
      • Data storage using SATA-1.5/3/6G, SAS-3/6/12G, USB 2.0/3.0, NVMe 2.x
      • Video image processing with HDMI, DisplayPort, SDI, FPD-III

      Licensable System Stacks for FPGA

      Our philosophy is to “proudly source elsewhere” which means rather than re-inventing the wheel we license (and sublicense) 3rd party IP cores from our growing list of partners and combine this with Open Source Software like Linux to deliver Full System Stacks for FPGA. Today, we offer high-performance (embedded) compute, image-processing, storage and network systems and solutions as well as licensable system stacks for adaptable compute platforms. We complement this with our expert system design services rooting in our long and deep partner relationships with all key FPGA vendors.

      You can either bring your own FPGA hardware, or together we identify suitable off-the-shelf boards and kits, or, along with our System-on-Module, board and Electronic Manufacturing Service (EMS) partners around the world we support you in the FPGA design, assembly, bring-up and test of your custom hardware.

      MLE’s Applications and Markets for FPGA Design Services

      Over the last 30 years FPGAs have demonstrated significant values in applications which need highly-flexible programmable silicon across a wide span of markets and technologies – from consumer to cars to the cloud. MLE has successfully delivered solutions for classical or high-speed connectivity, software and system acceleration, Digital Signal Processing or Deep-Learning.

      • Wired and Wireless Telecommunications
      • SD-WAN
      • Datacenter storage, network protocol and algorithm acceleration in the cloud
      • Autonomous Driving and ADAS in automotive markets including Functional Safety (ISO 26262)
      • Test & Measurement with high-speed data acquisition or recording
      • Aerospace and Defense (including ITAR free development)
      • Image processing and sensor fusion with camera, Radar, Lidar sensors

      MLE’s Customers and Partners

      We are proud that our customers and partners see in us one of those rare teams of compute architecture experts and system design engineers in FPGA programming. We have been applying and promoting novel FPGA design methodologies for increased design productivity, including High-Level Synthesis, and fostering FPGA education via strong relationships with teaching and research engagements at Universities. We have demonstrated to deliver cost-efficient FPGA solutions and, thereby, have become an industry-trusted source of technical expertise in IP Core integration, FPGA acceleration and system realization.

      MLE Team

      The team behind MLE has a history of working on FPGA programming and FPGA design services, including FPGA IP core design, programmable logic design, embedded system design, reconfigurable computing, Linux kernel development, and heterogeneous networking technology for embedded electronics.