Network Technologies F8- Ansbk SET-UP Menu, F9- Lan Setup Menu, F10- Colr1 Set-up Menu

Models: T15-RS16 8

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NTI RACK MOUNT CONSOLE TERMINAL WITH CONSOLE SWITCH

Table 4- Programmable Keys

Enhanced PC-Style Keyboard

Enhanced PC-Style Keyboard

F1 through F12

ENTER (Both ENTER keys are programmable)

(UP ARROW)

ESCAPE

 

 

(DOWN ARROW)

HOME

(LEFT ARROW)

INSERT

(RIGHT ARROW)

PAGE DOWN

BACKSPACE

PAGE UP

DELETE

PRINT SCREEN

END

TAB

F8- Ansbk SET-UP Menu

A message of up to 20 characters can be programmed to identify the terminal to the CPU. Enter the message at the cursor

position. Correct errors by pressing < > (left arrow) to delete characters or <Home> to clear the message. CONCEAL hides the answerback message, so it is not displayed in setup mode.

To save the message in nonvolatile memory, exit Setup mode with the YES option.

F9- Lan Setup Menu

This menu configures the terminal for Ethernet communication. Use of Ethernet communications provides the additional ability to open multiple sessions (applications) on one or more CPUs/servers at the same time. Support of these extended features requires the server to be configured to accept telnet connections.

Note: The Ethernet option in the F4 setup menu must be set to ON for the terminal to work in an Ethernet environment.

Local IP Address is the IP address assigned to this terminal. This must be a unique IP address. An example of this address is 200.200.200.10.

Netmask is a value generated by the system based on the IP address. The system administrator would have this information. An example is 255.255.255.0

Gateway This IP address is used to communicate with other networks. If a gateway is not being used this option should be blank.

Remote IP 0...B Address are for any remote CPU, or devices, that the terminal will communicate with for a specific session. These twelve remote IP addresses should all be identical if all communications will be with only one CPU. If Multiple sessions-ON in the F4 menu has been selected, and there is more than one CPU on the system, the user must specify which CPU each session will communicate with. To communicate with a different CPU for a future session, these settings must be changed.

Note 1: The Multiple session option allows 8 separate sessions if any emulation other than ECON-80 is selected. If

ECON-80 emulation is selected, the Multiple session option will then allows 12 separate sessions.

Note 2: Port 23 Is the telnet service by default.

Note 3: The terminal must be powered cycled after saving for these parameters to take effect.

Term Type allows definition of the terminal with up to 40 characters. If Term Type is empty the default type is sent to the CPU by the system.

Ethernet Node ID displays the serial number of the hardware Ethernet interface device. This is a default value of the manufacturer of the hardware device and should not be changed.

F10- Colr1 Set-up Menu

Selects the color palette to be used for each screen attribute. A text sample of the selected colored is displayed next to each selection. Attribute selections are listed below.

Normal

Undl.

Dim

Undl. Blank

Blank

Undl. Blink

Blink

Undl. Blink Blank

Blink Blank

Undl. Rev

Rev

Undl. Rev Blank

Rev Blank

Undl. Rev Blink

Rev Blink

Undl. Rev Blink Blank

Rev Blink Blank

 

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Network Technologies T15-RS16 F8- Ansbk SET-UP Menu, F9- Lan Setup Menu, F10- Colr1 Set-up Menu, Programmable Keys

T15-RS16, 8 specifications

Network Technology 8, commonly referred to as T15-RS16, represents a significant advancement in the realm of telecommunication and data networking. This technology is designed to enhance the capabilities of network infrastructures, enabling higher data transfer rates, improved reliability, and greater scalability. As the demand for faster and more efficient data transfer continues to grow, T15-RS16 has emerged as a vital solution for various industries.

One of the main features of T15-RS16 is its ability to support high-speed data transmission. This technology integrates advanced modulation techniques and signal processing algorithms that allow for data rates reaching up to several gigabits per second. This enables organizations to handle large volumes of data seamlessly, which is crucial for activities such as cloud computing, big data analytics, and real-time streaming services.

Another key characteristic of T15-RS16 is its robust error correction capabilities. The technology employs sophisticated error detection and correction mechanisms, ensuring that data integrity is maintained even in adverse conditions. This is particularly important for applications where accuracy is paramount, such as financial transactions and medical data transmission.

T15-RS16 also boasts scalability, making it an attractive option for both small enterprises and large corporations. It can easily adapt to the growing needs of businesses by allowing for the addition of more devices without compromising on performance. This future-proof aspect is essential in today's rapidly evolving technological landscape, where businesses seek to invest in solutions that can grow with them.

In terms of compatibility, T15-RS16 is designed to work seamlessly with existing network infrastructures. This allows organizations to upgrade their systems without needing to overhaul their entire network, providing significant cost savings. Moreover, the technology supports various networking standards, ensuring that it can easily integrate with multiple devices and platforms.

Security is another critical aspect of T15-RS16. This technology incorporates advanced encryption protocols that safeguard data against unauthorized access and cyber threats. Organizations can rely on T15-RS16 to ensure the confidentiality and security of their sensitive information.

In conclusion, Network Technology 8, or T15-RS16, offers a powerful combination of high-speed transmission, robust error correction, scalability, compatibility, and security. As organizations continue to embrace digital transformation, the need for efficient and reliable network technologies such as T15-RS16 becomes increasingly vital to meet the demands of modern computing and connectivity.