HP StorageWorks 1000 - Modular Smart Array Teknoloji Özeti - Sayfa 5

Anahtar HP StorageWorks 1000 - Modular Smart Array için çevrimiçi göz atın veya pdf Teknoloji Özeti indirin. HP StorageWorks 1000 - Modular Smart Array 15 sayfaları. Power supply, computer
Ayrıca HP StorageWorks 1000 - Modular Smart Array için: Ağ Kılavuzu (8 sayfalar), Destek Listesi (34 sayfalar), Hata Önleme Kılavuzu (12 sayfalar), Teknik Beyaz Kitap (12 sayfalar), Ürün Yazılımı Güncellemesi (9 sayfalar), Genel Bakış (20 sayfalar), Kurulum Kılavuzu (2 sayfalar), Destek Telefon Numaraları (19 sayfalar), Referans Kılavuzu (48 sayfalar), Yönetim Kılavuzu (40 sayfalar), Yayın Notu (13 sayfalar), Hızlı Başlangıç Talimatları (8 sayfalar), Hızlı Başlangıç Kılavuzu (7 sayfalar), Yayın Notu (5 sayfalar), Değiştirme Talimatları (4 sayfalar), Beyaz Kitap (13 sayfalar), Quickspecs (17 sayfalar), Şartname (49 sayfalar), Başlangıç Kılavuzu (34 sayfalar), Kurulum (4 sayfalar), Kurulum Kılavuzu (18 sayfalar), Sökme Talimatları Kılavuzu (9 sayfalar), Programlama Kılavuzu (8 sayfalar)

The last two digits, ZZ, indicate the relative performance within the series. Higher numbers indicate

higher performance.

In addition, the model number can include a suffix designator to indicate a non-standard power

level. HE designates a lower power version, and SE a higher power version. For example, Model

2220, Model 2220 HE, and Model 2220 SE all offer equivalent performance, but differ in power

consumption.

The AMD website includes a quick reference guide

that details each processor part number by

socket, revision (stepping), core frequency, manufacturing process (45 nm, 65 nm, or 90 nm),

HyperTransport frequency, and wattage.

Direct Connect I/O Architecture

The AMD Direct Connect I/O Architecture replaces the traditional front side bus with point-to-point

HyperTransport Technology links and an integrated memory controller connected to dedicated

memory banks for each processor.

Each AMD Opteron processor contains an integrated dual-channel SDRAM memory controller that

is directly connected to dedicated memory banks. Integrating the controller into the processor

means that memory performance can scale linearly based on the number of processors in a multi-

processor system. For example, in a multi-processor system, the integrated memory controller allows

for multiple memory requests in parallel, thereby increasing the effective memory bandwidth and

decreasing average memory latency.

The memory controller operates at a frequency independent of—and usually slower than—the

processor core. It has a 128-bit interface that is capable of supporting up to eight DDR2 DIMMs.

With four DDR2-800 DIMMs per channel, the memory bandwidth is up to 12.8 GB/s. The 128-bit

interface can be divided into two independent 64-bit memory channels for memory controller

utilization and better memory performance.

http://www.amdcompare.com/us-en/AMD Opteron/