After Windows finds the other file, delete it as before. Restart your system and follow the installation procedures in the section of this manual titled “Installing the Mo- dem.”

Note to users of Windows NT

Windows NT 4.0 installation problems are often due to inadequate preparation. The following conditions must be meet before attempting to install the modem or it will not be seen or correctly installed by the system. (See the “Do This First” at the beginning of this manual).

ISA Plug-N-Play support must be installed within Windows NT.

Plug-N-Play OS must be enabled in your system BIOS.

You must have the latest Service Pack upgrade installed.

There must be a free IRQ and COM Port available for the modem.

If you need help on freeing an interrupt, see “Windows 95 Does Not Install” for a discussion of this topic. The “Special Situations” and “Plug-N-Play BIOS” sections also apply to Windows NT 4.0. Do not use the procedure in Windows 95 for unin- stalling the modem.

Common Problems

No Dialtone Error

Make sure you have connected the phone cable into the right connector on the back of the modem. See “Figure 7: Connecting Devices.”

You may have too many devices connected to the phone line. Remove all other equip- ment.

Your modem may not recognize overseas dialtone. Use the AT command string “ATX0” to have the modem ignore the dialtone before dialing.

Communications Software Does Not Work

The communications software must be configured to the same COM Port and IRQ as the modem.

Does the communications software support this modem? See “Installing and Config- uring Communications Software.”

If you are using different communications software from that supplied with the mo- dem, try installing the supplied software first to verify its functionality.

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Actiontec electronic 56K ISA Lite manual Common Problems, No Dialtone Error

56K ISA Lite specifications

The Actiontec electronic 56K ISA Lite modem is a pivotal technology that played an essential role in the evolution of internet connectivity, especially during the late 1990s and early 2000s. As a dial-up modem, it facilitated access to the internet at a time when broadband was not widely available. This device utilized the ISA (Industry Standard Architecture) bus, which was popular for connecting hardware components to the motherboard in personal computers.

One of the hallmark features of the Actiontec 56K ISA Lite is its compliance with the V.90 standard, enabling it to achieve download speeds of up to 56 Kbps. This capability marked a significant improvement over earlier modems that typically operated at lower speeds. The modem's design focused on providing a reliable and stable connection, which was crucial for homes and offices relying on dial-up services.

Another key technology behind the Actiontec 56K ISA Lite is its use of a data compression technique called V.42bis. This technology optimizes the transfer of data, allowing it to reduce file sizes and enhance the efficiency of internet connections. Coupled with error correction capabilities, V.42bis helps in ensuring that data transmitted over the phone lines remains accurate and intact, further improving the user's experience.

In terms of characteristics, the ISA Lite modem was relatively easy to install and integrate into existing computer systems of the time. It supported a straightforward plug-and-play functionality, making it accessible to users with varying levels of technical know-how. The modem also came equipped with diagnostic LEDs that provided real-time feedback on its operation, such as connection status and data transmission activity.

The Actiontec electronic 56K ISA Lite was built with a compact design, fitting well into the ISA slots of most PCs. It was compatible with various operating systems, allowing users to connect to the internet regardless of the software they were using.

Though now considered outdated due to the advent of high-speed broadband connections, the Actiontec 56K ISA Lite modem represents a significant milestone in telecommunications history. Its features and technologies helped pave the way for the internet accessibility that we enjoy today, shaping the digital landscape for future generations.