VME5565-VMIVME-5565-11000-332-015565-110000-P GE 反射内存节点卡

Description

VME5565-VMIVME-5565-11000-332-015565-110000-P GE 反射内存节点卡

VME5565-VMIVME-5565-11000-332-015565-110000-P是一款反射内存节点卡，反射内存网络是一种高速的实时网络，它允许采用不同的总线结构和不同的操作系统的计算机以确定的速率分享实时数据。这种网络不仅具有严格的传输确定性和可预测性，而且具有高速、主机负载轻、软硬兼容性强、易于使用、可靠的传输纠错能力、支持中断信号传输等特点。

VME5565-VMIVME-5565-11000-332-015565-110000-P主要通过反射内存卡通过光纤等传输介质链接而成，网上的每一台计算机插入一块反射内存卡形成各个节点，而每个节点的反射内存卡上的存储器中都有反射内存网上其他节点的共享数据拷贝。这种节点卡可以插在多种总线主板上，如PCI、CompactPCI/PXI、VME等，每个反射内存卡都占有一段内存地址。当网上任何计算机向本地反射内存卡写数据时，该数据和相应的内存地址被广播到网上所有其他反射内存卡并存储在相同的位置。

VME5565-VMIVME-5565-11000-332-015565-110000-P的主要功能包括：

数据复制：反射内存可以自主将某处理器的内存内容复制到其他所有网络成员的内存节点。

高速传输：节点与节点之间的传输时间通常为微秒级，例如，对于拥有30个节点的系统，通过网络传输到所有节点的时间只需30微秒。

高数据吞吐量：支持在多达256个独立系统（节点）之间以高达170 Mbyte/s的速率共享数据。

实时性：节点间的数据传输与本地节点的操作系统无关，因此不需要I/O开销，从而实现数据传输的实时性。

远程访问：本地处理器无需接入网络便能在任意时间读取这些数据。

错误处理：每个反射内存板可以配置板载SDRAM，并提供可靠的传输纠错能力。

总的来说，VME5565-VMIVME-5565-11000-332-015565-110000-P是反射内存网络中的关键组件，它使得网络中的各个节点能够高速、实时地共享数据，并提供了强大的错误处理能力。这种技术广泛应用于需要高性能、高可靠性和实时性的领域，如工业自动化、通信、航空航天等。

VME5565-VMIVME-5565-11000-332-015565-110000-P GE 反射内存节点卡

The VME5565-VMIVME-5565-11000-332-015565-110,000-P is a reflective memory node card, a high-speed real-time network that allows computers with different bus structures and operating systems to share real-time data at a defined rate. This kind of network not only has strict transmission certainty and predictability, but also has the characteristics of high speed, light host load, strong soft and hard compatibility, easy to use, reliable transmission error correction ability, support for interrupt signal transmission and so on.

Vme5565-vmivme-5565-11000-332-015565-110,000-p is mainly connected by a reflection memory card through optical fiber and other transmission media. Each computer on the network insert a reflection memory card to form each node. The memory on the reflected memory card of each node has a shared copy of the data of other nodes on the reflected memory network. This node card can be inserted in a variety of bus motherboards, such as PCI, CompactPCI/PXI, VME, etc., each reflection memory card occupies a memory address. When any computer on the network writes data to a local reflection memory card, that data and the corresponding memory address are broadcast to all other reflection memory cards on the network and stored in the same location.

The main functions of VME5565-VMIVME-5565-11000-332-015565-110000-P include:

Data replication: Reflective memory can autonomously copy the memory contents of one processor to the memory nodes of all other network members.

High-speed transmission: The transmission time between nodes is usually in the order of microseconds, for example, for a system with 30 nodes, the transmission time to all nodes through the network is only 30 microseconds.

High data throughput: Supports data sharing between up to 256 independent systems (nodes) at rates of up to 170 Mbyte/s.

Real-time: Data transmission between nodes is independent of the operating system of the local node, so there is no need for I/O overhead, so as to achieve real-time data transmission.

Remote access: The local processor can read this data at any time without having to connect to the network.

Error handling: Each reflective memory board can be configured with on-board SDRAM and provides reliable transmission error correction.

Overall, the VME5565-VMIVME-5565-11000-332-015565-110,000-p is a key component in the reflective memory network, which enables the nodes in the network to share data at high speed and in real time, and provides powerful error handling capabilities. This technology is widely used in areas requiring high performance, high reliability and real-time performance, such as industrial automation, communications, aerospace and so on.