GBU668**S   用于S2E的GBU668**S (GBU668 – S)基本机架

用于S2E的GBU668**S (GBU668 – S)基本机架，8个I/O插槽/用于S2T/S2的扩展机架，8个I/O插槽。

该机架可用作GPU612E*S的扩展机架，但需要扩展卡。这个V2000系统机架相当于T2系统的tbu 218-S(T2系统已经过时)

• 第一个插槽仅用于扩展机架时使用的接口模块
• 第二个插槽始终用于电源——所有机架都需要电源
• 第三个插槽用于CPU，仅在基本机架上使用。
• 其余的插槽用于I/O卡。

GBU668S是一个用于S2E系统的GBU668S（GBU668-S）基本机架的标识符。以下是对这个标识符的详细解释：

1. GBU668S：这是机架的型号或标识符。通常，GBU可能代表“通用基座单元”，这是一种用于安装和支撑其他设备或组件的硬件框架或底座。
2. 用于S2E系统：这表明该机架是专为S2E系统设计的。S2E系统可能是一个特定的软件、硬件或网络系统，该机架作为其组成部分，用于支撑和集成其他组件。
3. GBU668 – S：这可能是该机架的完整型号或规格标识。通过这个标识，可以更具体地了解机架的规格、配置和兼容性。
4. 基本机架：这表明该机架是一个基础框架，用于安装和支撑其他设备或模块。基本机架通常提供了一个标准的结构和接口，以便其他组件可以方便地与其集成和连接。

GBU668**S

GBU668**S (GBU668-S) base rack for S2E, 8 I/O slots/Expansion rack for S2T/S2, 8 I/O slots.

The rack can be used as an expansion rack for the GPU612E*S, but requires an expansion card. This V2000 system rack is equivalent to the tbu 218-S of the T2 system (T2 system is obsolete).

The first slot is used only for interface modules used to expand the rack
The second slot is always used for power – all racks need power
The third slot is for the CPU and is used only on the base rack.
The remaining slots are for I/O cards.

GBU668S is an identifier for the GBU668S (GBU668-S) base rack for S2E systems. The following is a detailed explanation of this identifier:

GBU668S: This is the model number or identifier of the rack. Typically, a GBU may stand for “universal Base unit,” which is a hardware frame or base used to mount and support other devices or components.
For S2E systems: This indicates that the rack is designed for S2E systems. An S2E system may be a specific software, hardware, or networking system of which the rack is a component to support and integrate other components.
GBU668-S: This may be the full type or specification identification for this rack. This identification provides a more specific understanding of the rack’s specifications, configuration, and compatibility.
Basic rack: This indicates that the rack is a base frame used to mount and support other devices or modules. The basic rack usually provides a standard structure and interface so that other components can be easily integrated and connected with it.