HP xw8200 manual Additional Technical Specifications, System Board, Smsc LPC47B397, Led

Models: xw8200

1 76
Download 76 pages 24.12 Kb
Page 17
Image 17

QuickSpecs

HP xw8200 Workstation

Additional Technical Specifications

System Board

 

Architecture

Xeon 64-bit/PCI-E

Chipset

Intel E7525/ICH5R Chipset

Super I/O Controller

SMSC LPC47B397

System Board Form

E-ATX (12 x 13 in/30.5 x 33 cm)

Factor

 

Processor Socket

Dual 604 Pin ZIF

DIMM Connectors

4

(DDR2, 1.8V)

 

AGP Connector (1.5V)

None

Integrated Graphics

None

PCI Connectors (5.0V)

2 full length 33 MHz 32-bit

PCI-X Connectors

2 full length 100 MHz 64-bit

 

1 full length 133 MHz 64-bit

PCI card guide

Optional, tool-free support for all full-length cards with PCI extender

Flash ROM

Yes

AC97 integrated audio

Yes

CD ROM IN (Audio)

Yes

AUX IN (Audio)

Yes

Clear CMOS Button

Yes

CPU Fan Header

Yes

Chassis Fan Header

Yes

Chassis Speaker Header

Yes

CMOS Battery Holder –

Yes

Lithium

 

Hood Lock Header

None

Hood Sensor Header

None

Multibay Header

Yes

Hard drive acoustic

Standard in 4 internal 3.5 inch bays, tool-free

dampening rails

 

Integrated SATA RAID

RAID 0 and RAID 1

 

Supports one RAID array on 2 ports

 

Creation of 2 drive HDD array

 

RAID 0 Configuration – Striped Array

 

RAID 1 Configuration – Mirrored Array

Integrated Intel Gigabit

Yes

Ethernet

 

Wake-On-Lan®

Yes

ASF 1.0 (Alert Standard

Will be provided in a BIOS upgrade

Format)

 

Power Supply Header

Yes

Power Switch, Power

Yes

LED

 

& Hard Drive LED

 

Header

 

Password Clear Header

Yes

Riser Connector

None

HDD activity LED Header

Yes

DA - 11976 Worldwide QuickSpecs — Version 42 — 5.25.2007

Page 17

Page 17
Image 17
HP xw8200 manual Additional Technical Specifications, System Board, Smsc LPC47B397, Led

xw8200 specifications

The HP xw8200 is a powerful workstation that was designed to meet the needs of professionals in demanding fields such as graphic design, video editing, engineering, and scientific research. Launched in the mid-2000s, this workstation integrates advanced technologies and features that allow users to tackle complex tasks effectively.

One of the key highlights of the HP xw8200 is its support for dual Intel Xeon processors. This capability provides a significant boost in performance, particularly for applications that benefit from multi-threading. The workstation can accommodate up to 16GB of RAM, which is essential for running memory-intensive applications. With its ability to handle substantial workloads, the xw8200 ensures smooth operation even with data-heavy tasks.

In terms of graphics, the xw8200 supports a range of professional-grade graphics cards, including options from NVIDIA and ATI. This flexibility allows users to choose the most suitable GPU to optimize performance for applications such as CAD, 3D rendering, and video production. The workstation's PCI Express slots further enhance expandability, making it easy to upgrade components as needed.

Another noteworthy feature of the HP xw8200 is its modular design, which allows for easy access to internal components. This feature is particularly useful for professionals who require frequent upgrades or maintenance. The workstation also offers robust storage solutions, with support for multiple hard drives configured in RAID for improved data redundancy and performance. Users can choose from various RAID levels to tailor the storage configuration to their needs.

The xw8200 is equipped with advanced cooling solutions, ensuring that the workstation can maintain optimal temperatures under heavy loads. This aspect is critical for preserving hardware longevity and performance consistency.

Connectivity is another essential feature of the HP xw8200. It includes multiple USB ports, FireWire support, and an integrated Ethernet port, catering to the diverse connectivity needs of professionals. Overall, the HP xw8200 was a significant player in the workstation market, combining powerful computing capabilities with flexibility and expandability to serve a wide range of professional applications. Its performance capabilities and robust design continue to make it a noteworthy option for legacy uses in specialized fields.