GE VMIVME-5576 Reflective Memory Board

product description

VMIVME-5576 Reflective Memory Board is a high-speed data transmission interface board based on reflective memory technology, which has a wide range of applications in data centers, servers, storage devices, and other fields. This board has multiple interrupt functions and is equipped with a fully integrated PCI bus board that can interface with other models of the VMIC 5576 board to provide high-quality and high-performance data transmission.

Specifically, the VMIVME-5576 reflective memory board transmits and receives data by connecting to the global RAM on the board, which is automatically sent to the same location as the connected reflective memory. Meanwhile, the device supports multiple data transfer protocols such as FCIP, iSCSIs, NFS, etc., making connections between different devices more convenient and efficient. In addition, it can also interface with communication systems such as PCI and VME multi bus systems, further expanding its application scenarios.

An important feature of the VMIVME-5576 reflective memory board is its high-speed and easy-to-use fiber optic network. This type of network enables large-scale data transmission in a short period of time, thereby improving the efficiency of data transmission. In addition, it also supports 33MHz 64 bit/32-bit compatible PCI bus, as well as 66MHz 64 bit/32-bit compatible PCI bus, which allows the board to adapt to various hardware environments and system requirements.

In terms of data stability, the VMIVME-5576 reflective memory board also performs well. Its reflective memory network is based on a ring/star topology, which can support high-speed and stable transmission of real-time data. Meanwhile, due to the design characteristics of the reflective memory board, data can be shared among up to 256 nodes, with distances of up to 300 meters (multimode) or 10 kilometers (single-mode) between nodes, thus meeting the needs of large-scale data sharing.

Functional Features

High Reliability:
Stable operation within an extreme temperature range of -40°C to +85°C, adaptable to various harsh environments.
Compliant with MIL-STD-810G standards, featuring high resistance to vibration and shock.
Rich I/O Interfaces:
Equipped with multiple interfaces to meet the demands of diverse application scenarios.
Powerful Computing Capability:
Fitted with high-performance processors and large-capacity memory, providing the system with strong computing power and efficient data processing performance.
Easy Maintenance:
Adopting a single-board design, integrating processors, memory, input/output interfaces, and other components, facilitating maintenance and upgrades.