Use the following instructions to attach external devices to the APR.

NOTICE: The NIC and the two PS/2 connectors on the back of the APR are inverted (as viewed while facing the back of the APR). Before attaching any cables, verify that the connector pins are aligned correctly to avoid damag- ing the connectors.

1.Refer to Figure 1-1 to attach external devices to the appropriate connectors on the back of the APR.

NOTES: If the cable connector from the external device has thumbscrews, be sure to tighten them to ensure a proper connection.

To connect the computer to a small computer system interface (SCSI) device, you must attach a SCSI PC Card to your computer. See “PC Cards” in your online Dell Latitude L400 User’s Guide for information about using PC Cards.

NOTICE: Do not plug a telephone line into the NIC connector.

For detailed information on using external devices with your computer, see “Using External Devices” in your online User’s Guide.

AC adapter connector

serial connector

PS/2 mouse connector

keyboard connector

microphone connector

network connector

headphone/speakers connector

parallel connector

external media bay

USB connector

monitor connector

 

 

modem connector

 

Figure 1-1. Attaching External Devices to the APR

2.Connect the external devices to their power sources, if applicable.

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Dell L400 manual Attaching External Devices to the APR

L400 specifications

The Dell L400 is a notable laptop that emerged in the late 1990s, specifically designed for business professionals and mobile users. This portable computer was celebrated for its lightweight design and solid performance during an era when mobile computing was starting to gain traction.

One of the key features of the Dell L400 is its compact size. Weighing in at just around four pounds, it was easy to carry, making it an ideal choice for users who needed to travel. Its 12.1-inch display was a notable aspect, featuring an active matrix screen that provided decent visual clarity for its time, thus enhancing the mobile computing experience. The display, although small by today’s standards, was designed for convenience and portability, balancing screen size with overall weight.

The L400 was powered by Intel's Pentium III processor, which delivered respectable performance for everyday tasks such as word processing, spreadsheets, and basic multimedia applications. This made it suitable for professionals who required a reliable device for work-related activities without the latest specifications of modern laptops. Additionally, it commonly featured between 64 to 128 MB of RAM, upgradeable, which allowed users to run multiple applications smoothly.

Storage options included traditional hard drives ranging from 6 to 20 GB, providing ample space for documents and essential software of the era. While this may seem limited compared to modern standards, it was a reasonable capacity for users at that time.

In terms of connectivity, the L400 integrated essential ports such as USB, parallel, and serial, catering to a variety of peripherals that users often employed. It also included an Ethernet port for network connectivity, which was crucial for business environments. The inclusion of a modem facilitated dial-up internet connections, reflecting the technology landscape of the late 90s.

Battery life was another significant attribute, as the Dell L400 offered decent longevity that allowed users to extend productivity without being tethered to a power outlet. It typically featured a lithium-ion battery that contributed to its portability.

Overall, the Dell L400 stands out as a historical example of early portable computing, marked by its balance of performance, portability, and connectivity. While it may not compete with modern laptops in terms of specifications, its design and functionality marked an important step in the evolution of mobile computing technology.