VMEBUS

High speed and high performance bus system with powerful interrupt management and multiprocessor capability

Board and System Interfaces

  • PCI And PCIx
    Bus to connect hardware discrete components on a board. Used to evaluate the latency impact.
  • Enhanced PCI BAE Systems
  • PCIe
    High speed serial bus for fast access to memory and storage. Also works with NVMe
  • RapidIO
    High-performance packet-switched, interconnect technology. Supports Chip-Chip, Board-Board (Backplane), Chassis-Chassis integration
  • IDT Vendor Product
    IDT implementation for wireless base station infrastructure, high performance computing, data centers, server, video, imaging, military and embedded computing
  • FibreChannel
    High-speed network technology (from 1 to 128 Gbps) providing in-order, lossless delivery of raw block data, from computer data storage to servers.
  • NVMe
    Host controller interface to accelerate data transfer between enterprise and solid-state drives across PCIe
  • Firewire
    Serial bus architecture for high-speed data transfer
  • VME
    High speed and high performance bus system with powerful interrupt management and multiprocessor capability
  • VPX
    Switched fabric for cost-effective 10Gb Ethernet and PCI-Express networked systems
  • Spacewire
    SpaceWire utilizes asynchronous communication and allows speeds between 2 Mbit/s and 400 Mbit/s.
  • OpenVPX
    OpenVPXreplaces VME and VXS standards in defense designs.

Quick Explanation

  • Supports all standard speed up to 320MB/s
  • Supports width formats upto 64 bit
  • Supports Round-Robin
  • Supports First Come-First Serve
  • Supports Fixed priority schemes
  • Supports different topologies
  • Supports block transfer mode with a single address cycle followed by multiple data cycles

Protocol

  • IEEE 1014

Model Link

VMEBus

VisualSim’s VMEBus library enables Architects and SystemEngineers to predict the response time for requests across a dedicated VME or a Multi-Bus system. This bus is based on the IEEE-1014 standard and has various parameters to match the operation of vendor products

Standards Supported

  • VMEbus IEEE-1014 (40MB/s)
  • VME64(80 MB/s)
  • VME64x (160 MB/s)
  • VME320 (320 MB/s)

Features

  • The VisualSim library has VME nodes, VME arbiters, bridges and device module templates.
  • Supports all standard speeds up to 320 MB/s and width formats up to 64-bit.
  • VME Arbiter supports Round-Robin, First Come-First Served, and fixed priority schemes.
  • Supports all standard speeds up to 320 MB/s and width formats up to 64-bit. VME Arbiter supports Round-Robin, First Come-First Served, and fixed priority schemes.
  • Supports block transfer mode with a single address cycle, followed by multiple data cycles.

Working and Usage

  • Used along with the statistical traffic generator and other hardware libraries to assemble a full system.
  • Used to conduct load testing and determine the number of devices that can be supported.

Reports and Analysis

  • Utilization of Bandwidth
  • Can be extended with VisualSim Power Manager to determine the instant and average power consumption of the system.
  • Number of Inputs and Outputs per second and Transaction Counter.
  • Buffer at each device
  • Number of Inputs and Outputs per second and Transaction Counter.

VME-Implements time driven arbitration