Intel 330T Introduzione rapida, Installazione del, Modulo, Connessione di Un dispositivo

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Introduzione rapida

1

Installazione del

Slot Modulo A

modulo

 

 

• Disconnettere il cavo di alimentazione dall’hub. Rimuovere il pannello dallo slot di espansione piccolo (Modulo A).

• Allineare il modulo con le guide dentro l’hub

e inserire il modulo nello slot. Premere fermamente per connettere il modulo.

• Utilizzare le viti di ritenzione per fissare il modulo, quindi collegare il cavo di alimentazione.

Lo slot di espansione Modulo A è in grado di accettare sia il modulo Ethernet che il modulo Fibre.

2

3

Connessione di

un dispositivo

Collegamento\Attività:

Velocità

Verde: Costante = Collegamento

Spento: 100 Mbps

 

 

Lampeggiante = Attività

Arancione costante: 10 Mbps

 

Arancione: Costante = Disattivato

 

• Connessione di un dispositivo alla porta

 

Italiano

del modulo

 

 

 

• Controllare le spie LED del Modulo A sulla

 

 

parte frontale dell’hub per confermare lo stato

8

16

del collegamento. Una spia LED verde

Stato:

Duplex:

costante indica un collegamento valido.

Spento: non è presente

Spento: half Duplex

 

 

alcun modulo

Acceso: full Duplex

 

Acceso: modulo presente

 

Uso dei controlli del

e funzionante

 

 

 

modulo (facoltativo)

 

 

Il modulo Ethernet è in grado di negoziare

 

automaticamente la velocità e il tipo di duplex.

Il modulo Fibre può essere connesso a

 

dispositivi a 100 Mbps sia half che full

Crossover

Intel® Express 300 Series

Ethernet Module

MDI

MDI-X

duplex.

Intel® Express 300 Series Fiber Module

 

 

Duplex

 

 

Half

TX

RX

Full

 

 

Porte Fibre:

Pulsante Duplex:

usare cavo a fibre ottiche

usare questo pulsante

da 62,5/125-micron con

per impostare half

connettore di tipo SC.

o full duplex.

Pulsante Crossover:

usare questo pulsante per collegare dispositivi usando un cavo diretto invece che incrociato (crossover).

Porta Ethernet:

usare soltanto UTP (doppino ritorto non schermato) CAT 5 per connettersi a dispositivi da 100 Mbps. Per connettersi a dispositivi da 10 Mbps usare UTP CAT 3, 4, o 5.

5

Image 7
Contents Quick Start Intel Express 330T Stackable Hub Fiber and Ethernet ModulesFirst Edition April 732045-001 Use the Module Install the ModuleQuick Start Connect to a DeviceModule a Intel Express 300 Series Fiber Module Connectez le hub Un périphérique Installez le moduleUtilisez les commandes Démarrage rapideConnessione di Un dispositivo Installazione delIntroduzione rapida ModuloSchnellstart Inicio rápido Returning a Defective Product RMA Limited Hardware WarrantyLimitation of Liability and Remedies Country Number Language Limited Hardware Warranty Europe onlyLimitation DE Responsabilite ET DE Recours Limitation de garantie du matériel EuropeRetour d’un produit défectueux ARM Pays Numéro LangueLimitazioni DI Responsabilità E Rimedi Garanzia limitata sull’hardware valida solo in EuropaRestituzione di prodotti difettosi RMA Paese Numero LinguaHaftungsbeschränkung und Rechtsmittel Beschränkte Hardwaregarantie Nur für EuropaRückgabe eines beschädigten Produkts RMA Land Telefon SpracheLimitación DE Responsabilidad Y Reparaciones Garantía limitada de hardware sólo para EuropaDevolución de productos defectuosos RMA País Número Idioma732045-001
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330T specifications

The Intel 330T is a noteworthy entry in the realm of hybrid processors, blending the power of traditional computing with the energy efficiency of mobile technology. Designed for Intel's low-power segment, this processor has garnered attention for its remarkable balance of performance and thermal management, making it ideal for a wide range of applications, from ultrabooks to compact PCs.

One of the standout features of the 330T is its architecture, which utilizes the Intel Core microarchitecture. This allows for improved performance per watt, offering users a more efficient experience that doesn't compromise on power. With a base clock speed typically around 1.9 GHz and capable of reaching higher frequencies due to Turbo Boost technology, the 330T can handle demanding tasks while maintaining a low energy footprint.

The 330T incorporates Intel’s Hyper-Threading technology, which allows each core to handle two threads simultaneously. This leads to enhanced multitasking capabilities and more efficient processing for applications that can take advantage of parallelism. With dual-core architecture, the processor provides solid performance for casual gaming, productivity applications, and multimedia tasks.

In terms of graphics, the Intel 330T is paired with Intel HD Graphics, which provides decent performance for everyday tasks and some light gaming. The integrated GPU is a significant advantage for devices where a dedicated graphics card isn’t feasible, maintaining a sleek form factor while still delivering visual prowess.

Another key technology featured in the 330T is Intel's Smart Cache. This shared cache architecture allows for improved data access speeds, reducing latency and enhancing overall system performance. The processor also supports Intel's Virtualization Technology, which can be beneficial for users running virtual machines or utilizing cloud-based applications.

The thermal design power (TDP) of the Intel 330T hovers around 35 watts, a critical specification for mobile and compact devices. This low TDP means that devices powered by this processor can operate without extensive cooling solutions, leading to quieter and more portable options.

Connectivity is another strong suit of the Intel 330T, with support for various standards such as USB 3.0, SATA interfaces, and advanced memory technologies like DDR3L RAM. This versatility ensures compatibility with a wide array of peripherals and storage options, further enhancing its appeal to users.

In summary, the Intel 330T processor represents a well-rounded solution for contemporary computing needs. Its combination of efficient performance, integrated graphics, and advanced technologies makes it suitable for various applications, providing an ideal choice for users seeking both power and efficiency in a compact form factor.