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Dell 883933-11 Rev. E manual Rules and Recommendations for Constructing the INI Files

Models: 883933-11 Rev. E

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in both the wlx.ini file and the $MAC.ini file but is defined differently (different values for the same parameter).

For example, if the wlx.ini file has parameterA=valueB, and the $MAC.ini file has the same parameterA=valueC, then:

-If the include=wlx.ini parameter is included in the $MAC.ini file before the parameterA=valueC statement, then the wlx.ini parameterA=valueB is discarded and parameterA=valueC (from the $MAC.ini file) is the final value used.

-If the include=wlx.ini parameter is included in the $MAC.ini file after the parameterA=valueC statement, then the $MAC.ini parameterA=valueC is discarded and parameterA=valueB (from the wlx.ini file) is the final value used.

Working with {username}.ini Files

A {username}.ini file contains the user-specific or “user profile” parameters you want that will comprise the connection profile for an individual user. These parameters will affect only the user you specify. Parameters in Table 7, "Connection Settings: wlx.ini files, $MAC.ini files, and {username}.ini files," can be used in a {username}.ini file.

TIP: “User profile” parameters (found in the {username}.ini file) generally override the identically named “global” parameters (found in the wlx.ini file), however, some “global” parameters do not allow this (for hierarchical precedence of one variable over another, refer to the parameter descriptions in Table 7, "Connection Settings: wlx.ini files, $MAC.ini files, and {username}.ini files,").

CAUTION: If both PNAgent/PNLite and a user profile are being used in the environment, the username must be defined in the Windows domain to be used, and the password used must be the same for both the Windows domain and the user profile.

Rules and Recommendations for Constructing the INI Files

In general, Wyse Enhanced Ubuntu INI files follow currently accepted “standard” INI file formatting conventions. The INI files consist of Wyse parameters. Any of the parameters can be used if you desire, but are not necessary unless you want changes from client and “other” defaults (for example, “other” can be the default resolution of your monitor). Every parameter (and their options) has a name and a value, with the name appearing to the left of the equals sign (name=value). All parameters with the same name in the various INI files have the same meaning (that is, a parameter named WyseXYZ in a wlx.ini file and named WyseXYZ in a {username}.ini file will have the same meaning). Number signs (#) indicate the start of a comment. Comments can begin anywhere on a line. Everything between the # and the End of Line is ignored. Along with these general formatting conventions, use the following guidelines when constructing the INI files:

1.Global Connect Parameters First

Global connect parameters should be listed before other connect parameters in a wlx.ini file.

2.Continue Lines with a Space and Backslash

Placing a space and backslash ( \) at the end of a line indicates line continuation; that is, the backslash means that the line and the following line are, for the purposes of reading code, the same line. No white space can appear after the backslash; the requirement of white space between parameter entries is maintained by the use of the space before the backslash. In addition, starting all parameters at the left margin and placing at least one leading space (or tab) at the beginning of all (and only) continuation lines makes an INI file easier to read.

Note that in circumstances where you require string concatenation, you can use a backslash without a space before or after it to concatenate with the first set of characters from the previous line; for example the strings snow and ball may be concatenated to give snowball.

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Dell 883933-11 Rev. E manual Rules and Recommendations for Constructing the INI Files, Global Connect Parameters First
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883933-11 Rev. E specifications

The Dell 883933-11 Rev. E is a high-performance, reliable server power supply designed to support demanding workloads in enterprise environments. A critical component for ensuring uninterrupted operations, this power supply is tailored to meet the rigorous demands of Dell's PowerEdge server line, bolstering its reputation for dependability and efficiency.

At the core of the Dell 883933-11 Rev. E is its impressive power output capability. It typically delivers up to 750 watts, which is suitable for running multiple high-performance components simultaneously. This allows businesses to maximize resource utilization, ensuring that servers can handle extensive data processing and storage tasks without compromising performance.

One of the standout features of the 883933-11 Rev. E is its efficiency ratings. It is certified with an 80 Plus Platinum rating, stating that it operates at an efficiency level of 90% or higher at typical loads. Such efficiency translates into reduced energy costs and lower heat output, which can lead to significant savings for organizations looking to manage their operational expenses.

The power supply is also designed with advanced airflow technology, promoting better thermal management within the server. Its cooling mechanisms help ensure that the internal components remain within optimal temperature ranges, thus prolonging their lifespan and maintaining reliable server performance.

Another noteworthy characteristic of the Dell 883933-11 Rev. E is its modular design. This allows an easy upgrade or replacement without the need for a complete server shutdown, enhancing overall system reliability and minimizing downtime. The hot-swap functionality supports seamless operation, making it an ideal choice for critical applications that require continuous availability.

In terms of compatibility, the 883933-11 Rev. E is specifically engineered for various Dell PowerEdge models, ensuring seamless integration and performance optimization. Users can rest assured that this power supply is built to the exact specifications required by their hardware.

Additionally, the power supply features several protective measures, such as over-voltage and over-current protection, which safeguard both the power supply itself and the connected hardware from potential damage. This emphasis on safety and reliability makes the Dell 883933-11 Rev. E a crucial component for any organization looking to bolster its IT infrastructure.

In summary, the Dell 883933-11 Rev. E power supply stands out for its high wattage output, efficiency, advanced thermal management, modular design, and extensive compatibility with Dell's PowerEdge line. With these characteristics, it not only enhances system performance but also contributes to operational efficiency, making it a key asset for modern data centers.