RADISYS EXM-MX80扩展内存模块 是一种用于增加系统内存容量的扩展模块,通常用于高性能计算和工业应用的服务器或计算机系统中。
Radisys EXM-MX80 扩展内存模块 是一种用于增加系统内存容量的扩展模块,通常用于高性能计算和工业应用的服务器或计算机系统中。以下是关于此模块的一些详细信息:
主要特点
高容量扩展
- 内存容量: 提供额外的内存容量,支持系统在需要时能够处理更多的数据和运行更复杂的应用程序。
- 模块化设计: 允许用户根据需求扩展内存,灵活满足不同的计算需求。
兼容性
- 系统兼容性: 设计用于与特定的Radisys系统或兼容的服务器平台配合使用,确保无缝集成。
- 标准接口: 采用标准的内存接口,确保与现有系统的兼容性和稳定性。
高性能
- 数据传输速率: 提供高数据传输速率,以支持高速计算和数据处理需求。
- 低延迟: 优化的内存设计,减少数据访问延迟,提高系统的响应速度和整体性能。
可靠性和稳定性
- 高质量材料: 使用高质量的内存芯片和材料,确保长期的可靠性和稳定性。
- 容错设计: 包括错误检测和纠正功能(ECC),提高内存的可靠性,减少数据损坏的风险。
易于安装和维护
- 模块化: 设计为可插拔模块,简化安装和维护过程。
- 用户指南: 提供详细的用户指南和安装说明,确保用户能够正确安装和配置内存模块。
技术规格
容量
- 内存容量: 根据模块的具体型号和配置,提供不同的内存容量选项。
接口
- 内存接口: 采用标准的内存接口,如DIMM(双列直插内存模块)或其他兼容接口。
性能
- 数据传输速率: 提供高数据传输速率,具体取决于内存模块的设计和规格。
- 时序和延迟: 优化的时序和延迟,以提升系统的整体性能。
电气参数
- 工作电压: 设计支持特定的工作电压范围,确保与系统的兼容性。
- 功耗: 低功耗设计,减少对系统电源的负担。
物理尺寸
- 尺寸和形状: 设计符合标准尺寸和形状,以便与系统主板或插槽兼容。
RADISYS EXM-MX80扩展内存模块实物图片:
english introduction:
The Radisys EXM-MX80 Extended Memory Module is an expansion module used to increase system memory capacity, typically in servers or computer systems for high-performance computing and industrial applications. Here are some detailed information about this module:
main features
High capacity expansion
Memory capacity: Provides additional memory capacity to support the system in processing more data and running more complex applications when needed.
Modular design: allows users to expand memory according to their needs and flexibly meet different computing requirements.
compatibility
System compatibility: Designed to work with specific Radisys systems or compatible server platforms to ensure seamless integration.
Standard interface: Using standard memory interfaces to ensure compatibility and stability with existing systems.
High performance
Data transmission rate: Provides high data transmission rates to support high-speed computing and data processing needs.
Low latency: Optimized memory design reduces data access latency, improves system response speed and overall performance.
Reliability and stability
High quality materials: Use high-quality memory chips and materials to ensure long-term reliability and stability.
Fault tolerant design: including error detection and correction function (ECC), improving memory reliability and reducing the risk of data corruption.
Easy to install and maintain
Modularization: Designed as a pluggable module to simplify installation and maintenance processes.
User Guide: Provides detailed user guides and installation instructions to ensure that users can correctly install and configure memory modules.
technical specifications
capacity
Memory capacity: Different memory capacity options are provided based on the specific model and configuration of the module.
Interface
Memory interface: Using standard memory interfaces such as DIMM (Dual In Line Memory Module) or other compatible interfaces.
performance
Data transfer rate: Provides high data transfer rates, depending on the design and specifications of the memory module.
Timing and latency: Optimized timing and latency to enhance the overall performance of the system.
Electrical parameters
Working voltage: Designed to support specific working voltage ranges, ensuring compatibility with the system.
Power consumption: Low power design reduces the burden on the system power supply.
Physical dimensions
Size and Shape: Designed to conform to standard sizes and shapes for compatibility with system motherboards or slots.
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