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MXC960 CompactPCI Serial PCIe 4.0 & Gigabit Ethernet Switch

MXC960 CompactPCI Serial PCIe 4.0 & Gigabit Ethernet Switch

MXC960 CompactPCI Serial PCI Express and Ethernet switch is a powerful building block for CompactPCI Serial systems

Typical applications of DOLPHIN solutions

DOLPHIN solutions are designed for environments requiring very low-latency, high-bandwidth communication between computer systems. They are used in architectures where multiple computers must operate as a coherent, high-performance system.

DOLPHIN focuses its technologies primarily on three main areas of application:

  • Embedded systems: integration into platforms requiring rapid, deterministic communication between IT components.
  • Scientific applications: computing environments requiring high-performance interconnections between computing nodes.
  • OEM applications: integration of Dolphin solutions into third-party systems, designed and marketed by manufacturers.

More broadly, the solutions are used in contexts where data exchange performance is critical, notably for:

  • High-performance computing (HPC)
  • Multi-computer architectures
  • Distributed systems requiring efficient communication between processors

PCIe and VPX technologies at DOLPHIN

PCI Express (PCIe)

The technological core of Dolphin is based on the advanced implementation of the PCI Express standard:

  • Very high-speed, low-latency interconnect
  • High performance in terms of latency and bandwidth
  • Support for the following architectures:
    • Peer-to-Peer (P2P)
    • RDMA (Remote Direct Memory Access)
    • Distributed shared memory (SISCI API)

Dolphin solutions incorporate:

  • PCIe hardware (cards, switches, cables)
  • eXpressWare software including:
  • SuperSockets
  • Optimised TCP/IP drivers
  • Shared memory API

These technologies enable faster inter-processor communications and the deployment of high-performance distributed architectures.

VPX and embedded architectures

Dolphin extends its PCIe technologies to embedded environments via VPX / OpenVPX architectures.

  • Integration into high-performance embedded systems
  • Use of PCIe fabrics to interconnect modules
  • Low-latency communication between processors

The solutions enable the design of distributed, scalable systems suited to constrained environments, with deterministic communications for critical applications.