VMICPCI-5579  |  反射式存储器接口模块  |  提高了系统的整体效率和性能

型号：VMICPCI-5579

类别：反射式存储器接口模块

配置 VMICPCI-5579-400：

• 4：内存 - 32 MB

• 0：面板选件 - 3U

反射式存储器接口模块，是一个特殊的硬件组件，它旨在通过独立的VMEbus系统节点以高速率共享和传输数据。以下是关于VMICPCI-5579反射式存储器接口模块的一些详细信息：

设计目标：VMICPCI-5579模块旨在通过VMEbus系统节点，以高达每秒20兆字节的速度共享和传输高达16位的数据。它特别设计用于在峰值数据额定值期间发送和接收FIFO缓冲区数据和文件，以优化CPU和VMEbus的性能水平和功能，从而在传输期间保持高质量的数据水平。

存储能力：这些型号可以配置高达256千字节，或最多4兆字节的板载同步动态随机存取存储器（SDRAM）。本地SDRAM能够为模块提供对存储数据的快速、高质量的读取访问时间。

多点功能：VMICPCI-5579模块设计有处理多达16个节点的多点功能，允许在多个系统节点之间实现高效的数据共享和传输。

软件透明性：节点之间的数据传输设计为软件透明，这意味着数据传输过程不需要额外的输入/输出开销，从而提高了系统的整体效率和性能。

请注意，虽然VMICPCI-5579模块是一个具体的例子，但反射式存储器接口模块的概念可能因不同的制造商和具体的应用场景而有所不同。这些模块通常用于需要高性能数据共享和传输的分布式系统、并行处理系统或实时系统中。

Model: VMICPCI-5579

Category: Reflective memory interface module

Configure VMICPCI-5579-400:

• 4: Memory - 32 MB

• 0: Panel option -3U

A reflective memory interface module is a special hardware component designed to share and transfer data at high rates through independent VMEbus system nodes. Here are some details about the VMICPCI-5579 reflective memory interface module:

Design goal: The VMICPCI-5579 module is designed to share and transfer up to 16 bits of data at speeds of up to 20 megabytes per second through VMEbus system nodes. It is specifically designed to send and receive FIFO buffer data and files during peak data ratings to optimize the performance level and functionality of the CPU and VMEbus, thereby maintaining a high quality data level during transmission.

Storage capacity: These models can be configured with up to 256 kilobytes, or up to 4 megabytes, of on-board synchronous dynamic random access memory (SDRAM). Local SDRAM provides modules with fast, high-quality read access time to stored data.

Multipoint function: The VMICPCI-5579 module is designed to handle multipoint functions of up to 16 nodes, allowing efficient data sharing and transfer between multiple system nodes.

Software transparency: The data transfer between nodes is designed to be software transparent, which means that the data transfer process requires no additional input/output overhead, thus improving the overall efficiency and performance of the system.

Note that while the VMICPCI-5579 module is a specific example, the concept of a reflective memory interface module can vary from manufacturer to manufacturer and specific application scenario. These modules are typically used in distributed systems, parallel processing systems, or real-time systems that require high-performance data sharing and transmission.