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.

During testing, the maximum SAR recorded for this model was 0.414 watts per kilogram when held at the ear and 0.882 watts per kilogram when worn on the body.* In normal use, the actual SAR is likely to be much lower, as the phone 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 phone reduces your overall exposure to RF energy.The World Health Organization (WHO) has stated that the scientific information available at present does not suggest a need for users to take any special precautions to prevent RF exposure when using mobile phones.

The WHO notes that if you desire to reduce your exposure you can do so by limiting the time you use your phone or use a "hands-free" device to keep the phone away from your head and body.

*. When used with accessories that contain no metal and provide at least 1.5cm separation between the device (including the antenna, whether extended or retracted) and the wearer's body.

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Samsung GT-B7610OKNDBT, GT-B7610OKMEPL, GT-B7610OKAVD2 manual Specific Absorption Rate SAR certification information

GT-B7610OKAVGR, GT-B7610OKAEUR, GT-B7610OKASFR, GT-B7610OKAIRD, GT-B7610OKNDBT specifications

The Samsung GT-B7610, known by model identifiers GT-B7610OKAXEE and GT-B7610OKMXEE, is a smartphone that redefined user experience at the time of its launch. Released in 2009, it stands out for its unique form factor and an array of features that appealed to both business users and casual consumers.

One of the primary characteristics of the GT-B7610 is its sliding QWERTY keyboard, which enhances typing efficiency and comfort. This design element made it particularly appealing for users who relied heavily on messaging and email communication. The display boasts a 3.7-inch AMOLED touchscreen with a resolution of 480 x 800 pixels, providing vibrant colors and excellent visibility under varying lighting conditions. This was complemented by a capacitive touch interface that offered smooth navigation.

In terms of performance, the GT-B7610 was powered by a 800 MHz ARM Cortex-A8 processor, which was relatively advanced for its time. With 256MB of RAM and 1GB of internal storage, it offered respectable multitasking capabilities, although users could expand storage via a microSD card slot, accommodating up to 16GB of additional space.

The device operated on Samsung's TouchWiz user interface, layered over Windows Mobile 6.5 Professional, enabling a more user-friendly experience with customizable widgets and shortcuts. This integration delivered a more intuitive experience compared to standard Windows Mobile interfaces, which tended to be more rigid and less visually appealing.

For connectivity, the GT-B7610 provided a range of options, including 3G support, Wi-Fi, and Bluetooth, making it convenient for users to stay connected on the go. The phone also featured a 5-megapixel rear camera equipped with autofocus and LED flash, which allowed users to capture decent quality photos, albeit in a time when smartphone photography was just starting to gain traction.

The battery life, powered by a 1500 mAh removable battery, provided adequate usage for daily tasks, making it suitable for users with moderate demands. Overall, the Samsung GT-B7610 represented a significant step forward in smartphone design and technology, offering a harmonious blend of style, functionality, and productivity features that catered to a diverse audience, leaving an indelible mark on the evolution of mobile devices.