• If you need HyperTerminal to control serial devices, there is a way to get it back! Also, there are several new alternatives to HyperTerminal that are probably better for secure shell access and troubleshooting modems.
• 'If you previously used HyperTerminal to control serial devices, you can usually find a downloadable version of HyperTerminal on the Internet that is free for personal use.' So, if you're really unhappy, you can search for it and download it for yourself.
• HyperTerminal can either use the local serial interface for communications or the network. In the case of the network, HyperTerminal is simply using the telnet protocol.
• This tutorial will show you how to create a serial connection in HyperTerminal Private Edition. Tutorial Page: http://www.hilgraeve.com/hyperterminal-serial.

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5. Hyperterminal Serial Connection
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The HyperTerminal tool, included with Windows 2000, allows you to communicate directly with your system's modem. Through HyperTerminal, you can reset the modem or issue configuration and diagnostic commands. These capabilities can help you determine whether or not the modem and computer are communicating correctly.

How to use HyperTerminal to send and receive characters.pdf (290.8 kB) This document describes how to use the Microsoft HyperTerminal application in order to prove that your Brainboxes serial card is functioning correctly. HyperTerminal Alternatives for Windows 7/8/10 If you’ve recently upgraded to Windows 7 or Windows 10 and are wondering what happened to HyperTerminal, you’re not alone! HyperTerminal was a sweet little program that let you connect to other computers, Telnet sites, host computers, BBSs, etc. Using your modem or Ethernet connection.

Starting HyperTerminal and setting up a new connection
Before you can use HyperTerminal to troubleshoot your modem, you must create a connection to the port the modem is using. To do so, follow these steps:

1. Click Start | Programs | Accessories | Communications | HyperTerminal.
2. Once HyperTerminal opens, it will automatically prompt you to create a new connection if none exist. If no connection(s) exists, you can click File | New Connection to create a new one.
3. Specify a name for the connection, choose an icon, and click OK.
4. In the Connect To dialog box, choose the COM port being used by your modem (usually COM1 or COM2) from the Connect Using drop-down list and click OK.
5. In the port property sheet that appears, choose a port speed (bits per second) that matches the device. (For a modem, choose its maximum speed.)
6. Then, choose communications parameters that match the device. For most devices, you can typically use 8 data bits, no parity (set to None), one stop bit, and hardware flow control.

When you click OK, HyperTerminal will immediately open a connection to the port. You'll then be ready to troubleshoot.
Using AT commands
When using a modem, you can type AT and press [Enter] in the HyperTerminal connection to test communications. You should receive an OK message if your settings are correct and the modem is working, as shown in Figure A

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Figure A

These are some of the AT commands for my Compaq Armada M300 laptop's built-in modem.

If you don't see the AT text appear when you type, choose File | Properties, click the Settings tab, and then click ASCII Setup. Select Echo Type Characters Locally and click OK twice.
Once you know the modem is at least communicating with the computer, you can use an AT command to perform further diagnostic testing or change configuration settings. Refer to your modem's manual for configuration and diagnostic commands.
Other troubleshooting methods
There are a few other ways to perform diagnostics on a modem and issue special configuration commands. For diagnostics, open the Control Panel and then open the Phone And Modem Options object. Click the Modems tab, select the modem, and click Properties. Use the Diagnostics tab (Figure B) to query the modem and view the modem log when troubleshooting communications problems.

Figure B

Clicking the Query Modem button will send the same AT commands to the modem that we entered manually using HyperTerminal.

If you need to include a special initialization command for the modem, click the Advanced tab and enter the modem commands in the Extra Initialization Commands field. This will cause Windows to use the initialization commands for all sessions in which the modem is used.
Is the modem dead in the enterprise?
Does your organization still use desktop modems? Are there still applications your organization uses that require 56K modems? Join our discussion on the viability of modems in the enterprise.

Contents

1. What is HyperTerminal?
 1.1 When is it used?
 1.2 Disadvantages of the app
2. Alternative solution - Serial Port Monitor
 2.1 Common usage scenarios
 2.2 Main features of serial terminal software

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What is HyperTerminal?

HyperTerminal is a program that allows you to emulate terminal operations when interacting with remote devices via a standard serial bus (RS-232), dial-up, or Telnet. This Windows serial port terminal is a handy tool for sending data to serial displays. The program can serve for connecting to bulletin boards (BBS) and online services as well. In addition, the utility is often used to configure various network equipment, such as routers, modems, switches, PBX, etc. through the console COM port.

When is it used?

HyperTerminal is an efficient solution which helps take control of external devices or systems like scientific COM port-instruments, robots, or radio communication stations. It allows exchanging data with another computer, networking equipment, phone systems, medical billing systems, medical and lab equipment, industrial equipment, building maintenance systems, and more.

With HyperTerminal, you get the ability to:

• transfer text and commands to a remote computer;
• receive information from a remote computer;
• transfer data saved to the clipboard by using the command 'Paste to host' in the View menu;
• exchange files with another machine;
• reset your modem or issue configuration and diagnostic commands.

Disadvantages of the program

1. If your goal is to use HyperTerminal on Win 7 or 10, you should remember that these OS versions support only the private edition of the solution. The private edition is not free if used commercially, so for commercial purposes you'll have to buy the app.
2. Although HyperTerminal can serve as a debug tool, the limited abilities of the app won’t let you achieve much success in controlling and debugging serial communications. Functional limitations of the app show that this solution is not the optimal one for working with remote COM interfaces.

If you feel the need for HyperTerminal replacement with a more powerful and versatile terminal solution, Serial Port Monitor will be the best choice. This dedicated software works as a terminal emulator for Windows 7, 10 (as well as other Windows versions) and offers full access to serial data transmitted via any COM port available in your system.

When you are building serial apps (and especially when you are debugging them) sniffing every single serial interface may become a hassle if there are no good tools available that help you simplify this task. Eltima Software has built Serial Port Monitor that will allow you to monitor and control the activity of all the required COM ports and hardware devices connected to them right from the software interface. Serial Port Monitor is a unique solution chosen by software and hardware developers as a HyperTerminal alternative for Windows 7, 10, Windows Vista, etc.

Common usage scenarios

Serial Port Monitor is a serial terminal software that manages challenges ranging from hardware and software testing to sending and receiving binary, ASCII, and HEX data communicated via serial connections.

The software is extremely useful for:

• Emulating data exchange between COM port devices and Windows applications of all types;
• resolving issues with serial communications established between control networks and COM-based devices;
• developing serial hardware and device drivers;
• implementing and reverse-engineering serial protocols, and more.

Advanced features offered by Serial Port Monitor

• Multiple data vizualizers. The software supports four different modes of data display: table view, line view, dump and terminal views. Each of the modes provides data in the different format and you’ll be able to either choose the visualizer best suited to your needs or enable all four views at a time.
• Emulation of data transfer. Thanks to the Terminal mode option, you can easily emulate sending serial data (in string, binary, octal, decimal, hexadecimal, or mixed formats) to the required COM port like it was sent from the sniffed app.
• Simultaneous monitoring of multiple ports. Connect your serial apps to several COM ports at a time and monitor the data exchange within one session. All data received and sent by the ports will be recorded to a single log by using the first in, first out method.
• Modbus sniffing. Serial Port Monitor is fully compatible with Modbus RTU and Modbus ASCII protocols. Additionally to Modbus data, with the app you can easily catch and log data communicated by RS485, RS422, and RS232 devices.
• Session playback option. To be sure in the accuracy of your results, you can repeat sending the same data to the same COM port with a convenient session playback feature supported by the software. This will let you review port's reaction to particular data and analyze results you receive.

As you can see, Serial Port Monitor can be used not only as a great alternative to HyperTerminal but also as an efficient tool for development and debugging of serial apps and hardware. The software is a unique product combining the functionality of a terminal and COM-port sniffer in one solution.

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