AlphaServer 800 Pedestal–Rackmount

 

 

Step 4b—Monitor Power Cords

BN26J-1K

North America

BN19H-2E

Australia, New Zealand, 2.5 meters long

BN19C-2E

Central Europe, 2.5 meters long

BN19A-2E

UK, Ireland, 2.5 meters long

BN19E-2E

Switzerland, 2.5 meters long

BN19K-2E

Denmark, 2.5 meters long

BN19Z-2E

Italy, 2.5 meters long

BN19S-2E

Egypt, India, South Africa, 2.5 meters long

BN18L-2E

Israel, 2.5 meters long

Step 5—Graphics Adapters

Select only if additional graphics card is required.

All systems include onboard SVGA with 1 MB video RAM. Onboard SVGA must be disabled when using multi-head

￿graphics options.

Maximum of one PB2GA-JD supported per system. Onboard SVGA must be disabled.

PB2GA-JC

PCI-based 1 MB DRAM graphics adapter

PB2GA-JD

PCI-based 2 MB DRAM graphics adapter

Step 6—Networks and Communications

Refer to the Supported Options List for O/S support, restrictions, and maximum number of options supported per system at http://www.digital.com/alphaserver/tech_docs/alphasrv800/docs/supported_options.html

DE500-AA

DE500-FA

DE504-BA

DE450-CA

DEFPA-AB

DEFPA-DB

DEFPA-UB

DGLPA-FA DGLPA-UA

PBXDA-AA PBXDA-AB PBXDP-AA PBXDP-AB PBXDP-AC SN-PBXNP-AC

CXI01-AA

CXI01-AB

CXI01-AC

CXI01-AF

PCI-based 10/100 Mbit Fast Ethernet adapter (Twisted Pair)

PCI-based 10/100 Mbit Ethernet adapter MMF

PCI-based 10/100 Mbit quad channel Ethernet adapter Cat 5 UTP PCI-based 10 Mbit Ethernet adapter (Twisted Pair, Thick wire, ThinWire)

PCI-based FDDI adapter, single attachment station (SAS), multi-mode fiber (MMF); maximum supported is four, DIGITAL UNIX and OpenVMS

PCI-based FDDI adapter, dual attachment station (DAS), multi-mode fiber (MMF); maximum supported is four, DIGITAL UNIX and OpenVMS

PCI-based FDDI adapter, SAS, TP-PMD, requires BN25H-xx; maximum supported is four, DIGITAL UNIX and OpenVMS

PCI-based ATMworks 351 adapter, MMF SC connector

PCI-based ATMworks 351 adapter, UTP CAT 5 with RJ45 connector

PCI-based 4 port asynchronous communications controller—not supported in PCI/EISA combo slot PCI-based 8 port asynchronous communications controller—not supported in PCI/EISA combo slot PCI-based 2 port synchronous communications controller, maximum two

PCI-based 4 port synchronous communications controller, maximum two PCI-based 8 port synchronous communications controller, maximum two PCI-based Token Ring Adapter, maximum four, DIGITAL UNIX and OpenVMS

ISA-based asynchronous MUX adapter, 16 lines – expandable to 64 lines; DIGITAL UNIX not supported in bottom EISA/ISA slot

ISA-based Asynchronous 16 port XEM expansion for CXI01-AA

ISA-based asynchronous MUX cable converter RJ45 to DB25

Eight pack RJ45-MJ11 converters for Asynchronous MUX adapter

2.34 Alpha Servers

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Compaq 800 manual Graphics Adapters, Networks and Communications, Monitor Power Cords

800 specifications

The Compaq 800 series was a line of personal computers that gained prominence in the 1990s, recognized for its robust performance and reliability. Designed primarily for business and professional users, the Compaq 800 series was built to meet the demands of a rapidly changing technological landscape.

One of the standout features of the Compaq 800 series was its powerful Intel processors. The series often came equipped with Intel Pentium processors, allowing users to perform multitasking efficiently and run demanding applications. The dependable processing power appealed particularly to corporate environments where performance and speed were crucial.

In terms of memory, the Compaq 800 series supported significant expansion capabilities, often accommodating up to 64MB of RAM in its earlier configurations and even more in later models. This made it suitable for running memory-intensive applications, a requirement for many businesses engaging in data processing, graphic design, and other resource-heavy tasks.

Storage was another strong emphasis of the Compaq 800 models. These computers typically featured a generous hard drive capacity, which allowed for ample data storage. Some configurations included options for larger capacity drives, catering to industries that handled significant amounts of information, such as finance and design.

Networking capabilities were integrated into the design, providing built-in Ethernet ports that facilitated seamless connectivity in office environments. This feature made it easier for users to connect to local area networks (LANs), enhancing productivity and collaboration among team members.

The Compaq 800 series also paid attention to user experience through its ergonomic design, incorporating comfortable keyboards and responsive mice. The systems supported various peripherals, expanding their versatility, and aiding in the transition to a more connected digital workspace.

With advancements in graphics technology, the Compaq 800 included options for enhanced graphics cards, enabling better visuals for applications and video playback. This was an essential characteristic for design professionals and anyone working in media-related fields.

Overall, the Compaq 800 series embodied the need for powerful, adaptable, and user-friendly computers in a corporate setting. Its combination of reliable processing power, expansive memory options, built-in networking, and ergonomic design aligned perfectly with the demands of the professional user, solidifying the series as a reputable choice in the landscape of personal computing during its peak years. The legacy of the Compaq 800 series continues to influence modern PC designs, reflecting the foundational technologies that shaped today’s computers.