To read the full content, please log in or register as an MLE Developer Zone Member.
2. NPAP Applications NPAP enhances your networked application with fast, scalable and reliable data connectivity. The powerful architecture of the underlying TCP/UDP/IPv4 Stack allows it to transfer data at line-rate with low processing latency without using any CPUs in the data path. The ubiquitous TCP/IPv4 and/or UDP/IPv4 communication protocol suite uses industry standard network infrastructure to address a wide-range of applications: High-Speed connectivity for distributed systems and Systems-of-Systems Scale-out datacenter connectivity Reliable, long-range chip-to-chip connectivity with backpressure FPGA-based SmartNICs High-Bandwidth Security with FPGA-based Smart Data Diodes In-Network Compute Acceleration (INCA) Hardware-only implementation of TCP/IPv4 in FPGA PCIe Long Range Extension Networked storage, such as iSCSI or NVMe/TCP Test & Measurement connectivity Automotive backbone connectivity based on open standards High-speed, low-latency camera interfaces Video-over-IP for 3G / 6G / 12G transports Bring full TCP/UDP/IPv4 connectivity to FPGAs High-speed sensor data acquisition:stream data out of FPGAs into Network-Attached Storage (NAS) High-speed robotics control and machine-to-machine:Stream data from servers via FPGA into actuators Hyper-converged computational storage acceleration for “over-Fabric” NVMe/TCP Deterministic low-latency, high-bandwidth, secure alternative to lwIP or Linux on embedded CPU 🌐 www.missinglinkelectronics.com MLE (Missing Link Electronics) is offering technologies and solutions for Domain-Specific Architectures, which focus on heterogeneous computing using FPGAs. MLE is headquartered in Silicon Valley with offices in Neu-Ulm and Berlin,