Specific Absorption Rate (SAR) certification information

Your device conforms to European Union (EU) standards that limit human exposure to radio frequency (RF) energy emitted by radio and telecommunications equipment. These standards prevent the sale of mobile devices that exceed a maximum exposure level (known as the Specific Absorption Rate, or SAR) of 2.0 watts per kilogram of body tissue.

During testing, the maximum SAR recorded for this model was 0.671 watts per kilogram. In normal use, the actual SAR is likely to be much lower, as the device has been designed to emit only the RF energy necessary to transmit a signal to the nearest base station. By automatically emitting lower levels when possible, your device reduces your overall exposure to RF energy.

The Declaration of Conformity at the back of this guide demonstrates your device’s compliance with the European Radio & Terminal Telecommunications Equipment (R&TTE) directive. For more information about the SAR and related EU standards, visit the Samsung mobile device website.

Correct disposal of this product

(Waste Electrical & Electronic Equipment)

(Applicable in the European Union and other European countries with separate collection systems)

This marking shown on the product or its literature, indicates that it should not be disposed with other household wastes at the end of its working life.

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Samsung SGH-I900XKCDTM manual Specific Absorption Rate SAR certification information, Correct disposal of this product

SGH-I900XKADTM, SGH-I900XKADBT, SGH-I900XKBDTM, SGH-I900ZKADBT, SGH-I900XKBEPL specifications

The Samsung SGH-I900 series is a notable lineup of smartphones that emerged during the early 2000s, showcasing the brand's commitment to innovative technology and user-friendly designs. Among the models, the SGH-I900XKCDTM, SGH-I900ZKAXEG, SGH-I900HAAVIA, SGH-I900ZKBDTM, and SGH-I900XKAVIA stand out due to their advanced features and specifications that catered to various users.

One of the key features of the SGH-I900 series is its vibrant AMOLED display, providing sharp and vivid visuals, making it ideal for multimedia consumption. The display not only enhances the viewing experience but also contributes to better battery efficiency. The screens typically range around 3.2 to 4 inches, striking a balance between usability and portability.

In terms of processing power, the SGH-I900 models are equipped with efficient processors capable of handling daily tasks, applications, and moderate gaming, positioning them as reliable devices during their era. The user interface is often smooth and responsive, leveraging Samsung's TouchWiz UI, which allows for easy navigation and customization options.

Camera capabilities in the SGH-I900 series are noteworthy, usually featuring a 5-megapixel rear camera equipped with autofocus and LED flash, enabling users to capture quality images in various settings. The inclusion of video recording features expanded usability for social sharing and personal memories.

Connectivity is another highlight, as these models support 3G network capabilities, allowing for faster internet browsing and downloads compared to their 2G predecessors. Additional support for Wi-Fi and Bluetooth facilitates seamless data sharing and connectivity with other devices.

Battery life is satisfactory, with a focus on delivering enough power for a full day of usage, which was essential for users on the go. The option for expandable storage via microSD slots also provided flexibility, enabling users to store more apps, music, and photos as needed.

In summary, the Samsung SGH-I900 series, including the SGH-I900XKCDTM, SGH-I900ZKAXEG, SGH-I900HAAVIA, SGH-I900ZKBDTM, and SGH-I900XKAVIA, exemplifies the evolution of mobile technology during its time. With advanced display technology, capable camera features, efficient performance, and solid connectivity options, these smartphones catered to the diverse needs of users seeking functionality without compromising style. Overall, the SGH-I900 series remains a significant chapter in Samsung's history, marking its notable advancements in smartphone technology.