Glass Parts

Some parts of your mobile device may be made of glass. This glass could break if the product receives a substantial impact. If glass breaks, do not touch or attempt to remove. Stop using your mobile device until the glass is replaced by a qualified service center.

Operational Warnings

Obey all posted signs when using mobile devices in public areas.

Potentially Explosive Areas

Potentially explosive areas are often, but not always, posted and can include blasting areas, fueling stations, fueling areas (such as below decks on boats), fuel or chemical transfer or storage facilities, or areas where the air contains chemicals or particles, such as grain dust, or metal powders.

When you are in such an area, turn off your mobile device, and do not remove, install, or charge batteries, unless it is a radio product type especially qualified for use in such areas and certified as “Intrinsically Safe” (for example, Factory Mutual, CSA, or UL approved). In such areas, sparks can occur and cause an explosion or fire.

Symbol Key

Your battery, charger, or mobile device may contain symbols, defined as follows:

SymbolDefinition

032374o

Important safety information follows.

Do not dispose of your battery or mobile device in a fire.

032376o

 

 

Your battery or mobile device may require recycling in

 

032375o

accordance with local laws. Contact your local regulatory

 

 

authorities for more information.

 

 

 

 

 

Do not dispose of your battery or mobile device with your

 

 

household waste. See “Recycling” for more information.

 

 

 

 

 

 

SymbolDefinition

Do not use tools.

For indoor use only.

Listening at full volume to music or voice through a headset may damage your hearing.

Radio Frequency (RF) Energy

Exposure to RF Energy

Your mobile device contains a transmitter and receiver. When it is ON, it receives and transmits RF energy. When you communicate with your mobile device, the system handling your call controls the power level at which your mobile device transmits.

Your mobile device is designed to comply with local regulatory requirements in your country concerning exposure of human beings to RF energy.

RF Energy Operational Precautions

For optimal mobile device performance, and to be sure that human exposure to RF energy does not exceed the guidelines set forth in the relevant standards, always follow these instructions and precautions:

•When placing or receiving a phone call, hold your mobile device just like you would a landline phone.

•If you wear the mobile device on your body, ensure that the device is positioned at least 2.5 cm (1 inch) away from the body, and if you use an accessory case or holder, ensure it is free of any metal.

RF Energy Interference/Compatibility

Nearly every electronic device is subject to RF energy interference from external sources if inadequately shielded, designed, or otherwise configured for RF energy compatibility. In some circumstances, your mobile device may cause interference with other devices.

Safety, Regulatory & Legal

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Verizon DROID RAZR MAXX, XT912M manual Glass Parts, Operational Warnings, Radio Frequency RF Energy, SymbolDefinition
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XT912M, DROID RAZR, DROID RAZR MAXX, XT912 specifications

Motorola XT912, also known as the DROID RAZR, and its enhanced variant, the DROID RAZR MAXX, are iconic smartphones that played a significant role in the evolution of mobile technology. Launched in late 2011, the XT912 quickly caught the attention of consumers due to its ultra-slim design, which boasted a thickness of just 7.1 mm, making it one of the thinnest smartphones on the market at that time.

One of the standout features of the DROID RAZR was its use of Kevlar material on the back cover, giving it a distinct look while providing added durability. The device also featured Corning Gorilla Glass on the front, enhancing its resistance to scratches and cracks. This combination of materials made the DROID RAZR not just a stylish phone but also a robust one built to withstand the rigors of daily use.

The display was another highlight, sporting a 4.3-inch Super AMOLED advanced display with a resolution of 540 x 960 pixels. This made for vibrant colors and excellent contrast ratios, perfect for multimedia consumption and gaming. Under the hood, the XT912 was powered by a dual-core processor, coupled with 1 GB of RAM, ensuring smooth performance for multitasking and running applications.

In terms of photography, the DROID RAZR came with an 8-megapixel rear camera capable of 1080p video recording, alongside a VGA front-facing camera. This setup catered to users who sought quality images and videos. The device's internal storage started at 16 GB and could be expanded via microSD, allowing users to store ample content.

The DROID RAZR MAXX built on these strengths with an impressive 3,300 mAh battery, significantly enhancing battery life compared to the original model. Users could enjoy extended talk time and media consumption without the constant worry of finding a charger.

The Motorola XT912M, primarily targeted at the Canadian market, shared many of the same features as its predecessors but included specific enhancements to cater to local carrier requirements.

All models ran on Android, providing a customizable and user-friendly interface supported by a wealth of applications available through the Google Play Store. With these qualities, the Motorola XT912, DROID RAZR, DROID RAZR MAXX, and XT912M remain memorable devices in the annals of smartphone history, symbolizing the sleek, powerful designs that continue to influence modern smartphones today.
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