Opción

Descripción

 

 

CPU Power and

Las opciones son OS Control (Control del SO), Active

Performance

Power Controller (Controladora de alimentación activa),

Management

Custom (Personalizada) o Maximum Performance

 

(Rendimiento máximo). Para todas las opciones, excepto

 

para Custom (Personalizada), el BIOS preconfigura los

 

valores de energía de esta pantalla de la manera siguiente:

 

OS Control (Control del SO) establece la alimentación de

 

la CPU en OS DBPM (DBPM del SO), la alimentación

 

del ventilador en Minimum Power (Energía mínima) y la

 

alimentación de la memoria en Maximum Performance

 

(Rendimiento máximo). En esta configuración, toda la

 

información sobre el rendimiento del procesador se

 

transfiere del BIOS del sistema al sistema operativo para su

 

control. El sistema operativo establece el rendimiento del

 

procesador en función del uso del procesador.

 

Active Power Controller (Controladora de alimentación

 

activa) establece la alimentación de la CPU en System

 

DBPM (DBPM del sistema), la alimentación del ventilador

 

en Minimum Power (Energía mínima) y la alimentación

 

de la memoria en Maximum Performance (Rendimiento

 

máximo). En esta configuración, el rendimiento del

 

procesador lo controla el BIOS del sistema.

 

Maximum Performance (Rendimiento máximo)

 

establece todos los campos en Maximum Performance

 

(Rendimiento máximo).

 

Si selecciona Custom (Personalizada), puede configurar

 

cada opción de forma independiente.

Fan Power and

Las opciones son Maximum Performance (Rendimiento

Performance

máximo) o Minimum Power (Energía mínima).

Management

 

Memory Power and

Las opciones son Maximum Performance (Rendimiento

Performance

máximo), una frecuencia determinada o Minimum

Management

Power (Energía mínima).

 

 

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Uso del programa de configuración del sistema y de UEFI Boot Manager

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Dell R610 manual Maximum Performance Rendimiento máximo

R610 specifications

The Dell PowerEdge R610 is a 1U rack server that combines outstanding performance with advanced management features, making it ideal for enterprises and small to medium-sized businesses. Introduced as part of Dell’s 11th generation of servers, the R610 is designed to meet demanding workloads while optimizing energy consumption.

One of the main features of the R610 is its dual-socket capability, supporting up to two Intel Xeon 5500 or 5600 series processors. This allows significant scaling of compute power, enabling users to run multiple applications concurrently without a hitch. The server supports up to 192 GB of DDR3 memory with 18 DIMM slots, providing ample bandwidth for memory-intensive workloads.

Storage flexibility is another hallmark of the R610. It offers a choice of up to six 2.5-inch SAS, SATA, or solid-state drives, which allows for impressive storage capacities and the option for RAID configurations. This ensures data integrity and high availability, catering to the needs of various applications from databases to virtual environments.

The Dell R610 introduces advanced virtualization technologies, with support for VMware and Microsoft Hyper-V, making it an excellent choice for virtualized environments. With the option to deploy multiple virtual machines on a single physical server, organizations can maximize resource allocation and reduce costs.

In terms of management, the R610 is equipped with the Integrated Dell Remote Access Controller (iDRAC) which provides out-of-band management capabilities. This feature allows administrators to monitor system health, perform firmware updates, and manage hardware without the need for physical access to the server.

Energy efficiency is a notable characteristic of the R610, complying with Energy Star requirements. It utilizes lower power consumption components and features such as dynamic power management, which adjusts the power usage based on real-time workload demand. This characteristic contributes to lower operational costs and a reduced environmental footprint.

The Dell PowerEdge R610 excels in providing an optimal balance of performance, manageability, and energy efficiency, making it a powerful tool for IT environments that demand reliability and scalability. Its robust feature set and support for virtualization technologies position it as a favorable choice for businesses looking to enhance their IT infrastructure efficiently.