Dell PowerEdge C6105 기술 매뉴얼 - 페이지 14

{카테고리_이름} Dell PowerEdge C6105에 대한 기술 매뉴얼을 온라인으로 검색하거나 PDF를 다운로드하세요. Dell PowerEdge C6105 36 페이지. Rack server
Dell PowerEdge C6105에 대해서도 마찬가지입니다: 매뉴얼 사용 (46 페이지), 포트폴리오 매뉴얼 (27 페이지)

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Feature

Link Width

PowerCap

AMD CoolSpeed

Technology

C1E

LV-DDR3

support

Ultra-low power

platform

Up to DDR3-

1333 (1.333GHz)

memory support

HyperTransport

technology HT

Assist

HyperTransport

Direct Connect

3.0 technology

Architecture

(HT3)

2.0

Cache and core

count

Dell PowerEdge C6105 Rack Server Technical Guide

Function

Power efficiency

capability (manually

enabled thru BIOS) that

changes all 16-bit links to

8-bit links

Reduces p-states when a

temperature limit is

reached

An active sleep state

invoked when all

processor cores are idle

Lower memory voltage of

1.35V versus standard

voltage memory of 1.5V

Specialized ultra-low

power platforms are

great for cloud/dense

environments

Provides higher peak

throughput than earlier

memory technologies

Helps increase coherent

memory bandwidth and

reduce latency in

multi-node systems by

reducing cache probe

traffic between cores

Provides superior system

bandwidth between

processors and I/O,

increasing interconnect

rate from 2GT/s with HT1

in previous generations

up to a maximum

6.4GT/s with HT3

Choice of 4- or 6-core

processors, with each

core having its own L1

and L2 caches, and a

shared 6MB L3 cache

Benefits

Helps improve performance-per-watt



Server can continue to operate if

processor's thermal environment

exceeds safe operational limits



Offers platform providers the ability to

safely reduce system fan speeds,

which helps deliver greater platform

efficiency

Delivers additional power savings (up to

10W for 2-processor servers) depending

on system configuration, such as when

the Northbridge and HyperTransport

technology links are powered down and

cores are at idle

Helps reduce overall memory power

consumption

Cooperative designs for specialized and

ultra-low power platform provide power

efficiency beyond just the processor

Enables improved overall system

performance and investment protection

compared to earlier technologies

Reduces the amount of cache probe bus

traffic, enhancing a server's efficiency and

scalability

Helps improves overall system balance

and scalability

Infrastructure designed to accommodate

either single- or dual-socket servers

providing server scalability from 4 cores

to 12 cores per server platform