Samsung GH68-26667A user manual Set FDN mode, Change PIN2 code, Reset

Models: GH68-26667A

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Set FDN mode

FDN (Fixed Dial Number) mode, if supported by your SIM card, allows you to restrict your outgoing calls to a limited set of phone numbers.

The following options are available:

Disable: you can call any number.

Enable: you can only call phone numbers stored in Phonebook. You must enter your PIN2. You can obtain your PIN2 from T-Mobile’s customer service.

Change PIN2 code

The Change PIN2 feature allows you to change your current PIN2 to a new one. You must first enter the current PIN2 (obtained from T-Mobile) before you can specify a new one. Once you have entered a new PIN2, you are asked to confirm it by entering it again.

Note: Not all SIM cards have a PIN2. If your SIM card does not, this menu does not display.

Reset

From this menu you can reset your phone and sound settings to the default settings.

The following options are available:

All: Phone, Display, and Sound are returned to default values.

Sound settings: only sound settings are returned to default values.

Display settings: only display settings are returned to default values.

Phone settings: only phone settings are returned to default values.

To reset your settings:

1.From Idle mode, touch Menu Settings Phone settings Security Reset. Your options display.

2.Press the Check soft key to select settings to reset.

3.When you have made your selection, press the Reset soft key.

Changing Your Settings

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Samsung GH68-26667A user manual Set FDN mode, Change PIN2 code, Reset

GH68-26667A specifications

The Samsung GH68-26667A is a versatile and innovative component specifically designed to enhance the functionality and performance of Samsung devices. This part plays a crucial role in the overall user experience, integrating seamlessly with various devices, including smartphones and tablets.

One of the main features of the Samsung GH68-26667A is its exceptional build quality. This component is crafted using high-grade materials that ensure durability and longevity. This characteristic is essential for users who rely on their devices for everyday tasks and seek reliable performance in various conditions.

The GH68-26667A is equipped with advanced circuitry that optimizes power management. This feature is particularly significant in today’s fast-paced environment, where device efficiency is paramount. By reducing power consumption, this component helps to prolong battery life, allowing users to enjoy longer usage times without frequent recharging.

Another notable technology integrated within the Samsung GH68-26667A is its compatibility with fast data transfer protocols. This capability allows users to transfer data quickly and efficiently between devices. Whether it’s sharing files, streaming media, or achieving high-speed internet connectivity, this component ensures seamless communication between devices, enhancing user convenience.

Additionally, the Samsung GH68-26667A is designed with enhanced thermal management features. This characteristic keeps the component operating within safe temperature limits, significantly reducing the risk of overheating and ensuring stable performance during intensive tasks. Users can engage in demanding applications such as gaming or video editing without experiencing lag or thermal throttling.

The compact design of the Samsung GH68-26667A further contributes to its appeal. This allows for easy integration into various devices without adding bulk, which is especially important in the sleek designs of modern electronics. Manufacturers can utilize this component to maintain aesthetic integrity while delivering superior performance.

In conclusion, the Samsung GH68-26667A is an essential component that combines durability, efficiency, and advanced technology to significantly enhance the functionality of Samsung devices. Its power management, fast data transfer capabilities, thermal management, and compact design make it a valuable asset for both manufacturers and end-users, ensuring a high-quality experience in an increasingly tech-driven world.