Intel PRO/100 appendix Modem Reference, Result Codes

Models: PRO/100

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CHAPTER 6

Modem Reference

This chapter contains a comprehensive modem reference guide, including result codes and all AT commands and S-Registers supported by the PRO/100 LAN+Modem PC Card.

Result Codes

Long

Short

Description

OK

0

 

Command successfully executed

CONNECT

1

 

Connect

RING

2

 

Incoming ring signal detected

NO CARRIER

3

 

Carrier detect failed/carrier dropped

ERROR

4

 

Command is invalid

CONNECT 1200

5

 

Connection established at 1200bps

NO DIALTONE

6

No tone during interval set with S6

BUSY

7

 

Busy signal detected

NO ANSWER

8

 

Remote end never answered

CONNECT 2400

10

 

Connection established at 2400bps

CONNECT 4800

11

 

Connection established at 4800bps

CONNECT 9600

12

 

Connection established at 9600bps

CONNECT 14400

13

 

Connection established at 14400bps

CONNECT 19200

14

 

Connection established at 19200bps

CONNECT 57600

18

 

Connection established at 57600bps

CONNECT 1200/75

22

 

Connection at 1200 (Tx)/75 (Rx) bps

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Intel PRO/100 appendix Modem Reference, Result Codes

PRO/100 specifications

The Intel PRO/100 network adapter series, introduced in the mid-1990s, revolutionized networking by providing robust performance and reliability for both desktop and server environments. These adapters were pivotal in enabling fast Ethernet connectivity, helping to establish standards that would be instrumental in the advancement of network technology.

One of the primary features of the Intel PRO/100 series is its support for 10/100 Mbps Ethernet speeds. This dual-speed capability allowed organizations to transition seamlessly from older 10 Mbps networks to faster 100 Mbps connections without the need for a complete hardware overhaul. This adaptability made the PRO/100 cards a flexible choice for various network architectures.

Another significant characteristic of the Intel PRO/100 is its use of advanced bus mastering technology. This feature enhances data throughput by allowing the network adapter to take control of the system's bus when transmitting data. By doing so, it minimizes CPU overhead, which results in better overall system performance and efficient network communication. This was particularly beneficial in environments where network traffic was heavy, allowing the processors to handle other tasks without being bogged down.

The Intel PRO/100 series was also incorporated with Intel’s Plug and Play technology. This innovation simplified the installation process, automatically detecting the hardware and configuring it to work with existing system resources. As a result, system administrators could save time and reduce errors during setup, making it an attractive option for businesses looking to streamline their IT operations.

In terms of compatibility, the PRO/100 adapters supported a variety of network operating systems, including Windows NT, Linux, and Novell NetWare, providing users with a versatile solution for integrating into existing infrastructures. Furthermore, the cards were designed with high-quality, durable components to ensure longevity and reliability even in demanding environments.

Intel also emphasized the importance of network security and management with these adapters. The PRO/100 series featured capabilities for diagnostics and performance monitoring, allowing administrators to quickly identify and resolve network issues. Advanced features like Wake-on-LAN (WoL) provided additional functionality, enabling remote management and maintenance.

In conclusion, the Intel PRO/100 network adapter series represented a significant leap in networking technology during its time. With features such as dual-speed functionality, bus mastering, Plug and Play installation, and extensive compatibility, it laid the foundation for future innovations in network communication, solidifying Intel's reputation as a leader in networking solutions. Whether for small businesses or large enterprises, the PRO/100 series offered the reliability and performance critical to maintaining efficient and effective network operations.