
Solutions
Solutions for High-Volume Data-in-Motion Processing
Missing Link Electronics (MLE) develops microsecond connectivity backbones and ultra-low-latency hardware accelerators designed for high-volume data transport. By replacing software-based protocol stacks and legacy bus architectures with deterministic hardware pipelines, MLE eliminates data-in-motion bottlenecks, reduces CPU overhead, and cuts latency down to the microsecond level with nanosecond-range jitter. Use of FPGA technology guarantees real-time, synchronized data processing across demanding high-bandwidth environments, including autonomous vehicles, humanoid robotics, aerospace systems, fintech platforms, industrial automation, and test & measurement applications.
Automotive

Modern Zone-based automotive architectures require high data rates and real-time behavior at the same time. MLE solutions include stacks and subsystems for in-vehicle networking, and prototyping systems for efficient development and testing.
Industrial & Robotics
Generative AI and high data rate machine vision push bandwidth demands for real-time industrial networks beyond 10 Gbps. MLE solution include SmartNICs and access points for low-latency, low-jitter real-time networking, and for virtualizing PLCs.
MLE provides FPGA Function Accelerator Cards and SmartNICs for wired and wireless communications. A unique combination of technology from Fraunhofer HHI plus MLE’s patented and patent-pending Full Accelerators accelerates Software-Defined Networking (SDN) and SD-WAN.
Storage Solutions

Next-generation storage protocols such as NVMExpress (NVMe) provide significant performance benefits and, when combined with FPGAs, can be used as storage acceleration IP cores for Computational Storage, Data-in-Motion processing and high-speed data capture and recording.
Test & Measurement
MLE has been working with 3rd party system companies to deliver reliable, customizable turnkey solutions for high-speed data acquisition, recording and replay, as they often are needed in Test & Measurement systems for automotive, aerospace, defense, industrial, etc.
Security and Trust

MLE provides solutions to secure products based on FPGA technology: MLE has ported OP-TEE to AMD/Xilinx Zynq UltraScale+ MPSoC / RFSoC and Versal including support for black keys, PUFs, eFUSES, etc. Furthermore, MLE has introduced networking security products for deep packet inspection and Smart Data Diodes, and high-speed TCP/UDP/IP Encrypted Network Accelerator Solutions (ENAS).



