The OtterBox for BlackBerry® Curve™ (8300 Series) Defender™ case is a semi-rugged, fully interactive case that enables complete usability of the trackball and camera. All surfaces of the BlackBerry are fully covered at all times, yet the user still has full access to all ports via convenient Silicone plugs. Sync and charge your BlackBerry right through the case! Please note: This case WILL FIT the 8300, 8310, 8320 and 8330 BlackBerry Curve models.
Compatability/Features: Accommodates the BlackBerry® Curve™ 8300 Series. This includes the 8300, 8310 (AT&T), the 8320 (T-Mobile) and the new 8330 (VERIZON) models. Included with the case is a holster style swivel belt clip. This case is available in BLACK and BLACK/YELLOW.
3 LAYERS OF PROTECTION!
First, a thermal formed clear membrane that protects the screen
Second, a hi-impact Polycarbonate shell
Lastly, a Silicone skin to absorb bump and shock
Dimensions (case only): 4.53" x 2.72" x 0.94" Weight (case only): 1.80 oz.
OtterBox Mailing Address
Otter Products, LLC 1 Old Town Square Suite 303 Fort Collins, CO 80524
By purchasing an OtterBox for iPhone® Defender™ Series "Strength" case, 10% of the purchase price will be donated to the Avon Breast Cancer Crusade to support access to care and finding a cure for breast cancer, with a focus on the medically underserved. About the case: The iPhone's Touch Screen is fully covered by a patented thin membrane, yet it remains fully functional through the case. Not only that, but all ports remain accessible through convenient Silicone plugs so you can sync and charge your iPhone right through the case! Included with the case is a holster style belt clip for carrying convenience. This case offers bump, drop and shock protection.
Compatibility/Features: This OtterBox for iPhone® Defender™ Series "Strength" case was designed to accommodate the 4GB, 8GB and 16GB iPhone models. This semi-rugged case offers bump, shock, drop and scratch protection by covering all surfaces of your iPhone with 3 layers of security. Included with the case is a holster style belt clip. Please note: This case does NOT work with the iPod® Touch.
3 LAYERS OF PROTECTION!
First, a clear Polycarbonate sheet with high performance hard coating that offers chemical and abrasion protection
Second, a hi-impact Polycarbonate skeleton
Lastly, a Silicone skin to absorb bump and shock
Weight (case only): 1.9 oz. Dimensions: 4.81" x 2.675" x .76" Notes: This Defender Series iPhone will offer some protection against light precipitation, but it is not designed to withstand full submersions. _________________________________________________________________________________________________
Palm Treo (TM) 755p
Palm® Treo (TM) 750
Palm Treo (TM) 680g.
FlipShot by Samsung
Gleam by Samsung
Juke by Samsung
Sync by Samsung
Samsung BlackJack i607
Blackberry Curve 8300
BlackBerry® Curve 8310
BlackBerry® 8700 c
BlackBerry® 8820
BlackBerry® Pearl – Red
LG Trax
Apple - IPHONE
Cingular/AT&T Tilt
Nokia N-75.
Nokia 2610
NOKIA 6126
MOTORAZR2 V9
Motorola Razor V3xx
Motorola MOTOKRZR
Moto Q(TM) Global
Pantech - c 150
A Little Info About Cell Phones
Cell Phones, PDA's, Wireless Devices (Click any photo for an overview or review of the phone.) For more complete and detailed information it's best to visit a cellular phone website. May I suggest: http://www.cellular-phone-services.us/coverage.
Cellular Telephony. - Cellular telephone systems are either analog or digital. In analog systems, voice messages are transmitted as sound waves. When you speak into an analog cellular phone, your voice wave is linked to a radio wave and transmitted. In digital systems, voice messages are transmitted as a stream of zeroes and ones. When you speak into a digital cellular phone, your voice wave is converted into a binary pattern before being transmitted. There are many analog and digital cellular technologies. The majority of cellular networks have or are evolving toward digital technologies. The most dominant digital cellular technologies today are GSM, CDMA, PCS and iDEN.
GSM. - GSM stands for Global System for Mobile Communications, one of the leading digital cellular systems. GSM was first introduced in 1991. At current time, GSM has over one billion users worldwide and is available in 190 countries. GSM has become the de facto standard in Europe and Asia. In the USA, GSM is used by Cingular Wireless. T-Mobile and Alltel Wireless. GSM is an all digital standard that operates predominantly on the 900 and 1800 MHz frequency. From the consumer's point of view, this means less static, clearer reception and overall better audio quality. Also, due to the use of digital codes, cloning is not an issue with GSM phones. Additional services such as data transmission and short messaging service (SMS) can be offered on a GSM network. GSM is an open, non-proprietary system that is constantly evolving. One of its great strengths is the international roaming capability. This gives consumers seamless and same standardised same number contactability in more than 190 countries. GSM satellite roaming has extended service access to areas where terrestrial coverage is not available.
CDMA. - CDMA stands Code Division Multiple Access. CDMA offers many benefits including fewer blocked calls, reduced background noise and interference, improved security and privacy, greater capacity and expanded coverage. CDMA Technology is used by Verizon Wireless, Sprint, US Cellular, Alltel Wireless, and Qwest. CDMA is a wireless digital technology in which a unique code is assigned to each word in a conversation. These codes are scrambled and sent over a wireless channel from one wireless phone to another. CDMA coding structure filters and reassembles all the codes in the correct order so that significantly more people can carry on a separate conversation on the same frequency without causing interference or static.
IDEN. - iDEN stands for integrated Digital Enhanced Network: a digital wireless telephone, nationwide and international two-way radio, packet data for Internet access, two-way e-mail and text messaging, and wireless modem capabilities. iDEN technology is used by many service providers worldwide. In the USA, it used solely by Nextel. iDEN technology utilizes highly spectrum-efficient radio transceivers to digitize and process high volumes of voice and data through a single channel. For users, this translates to high voice quality, lower latency, dependable communications and literally instant access. iDEN offer multiple wireless services in one handset provide mobile workers with fast, flexible and cost-effective communication capabilities that can increase productivity, improve efficiency and minimize costs by allowing them to carry a single device. The two-way radio service allows users to easily and instantly communicate with one or many people at the push of a button, from coast to coast and to Hawaii. Which Technology to Choose?The choice depends on many factors including cellular service plans and pricing, phone selection and features, carrier cellular technology, and service coverage and reliability. Check with the wireless service providers highlighted on this site and compare before you decide. Whichever you choose, you'll find using a digital cellular service a great deal more enjoyable than an analog cellular service.
Cellular Coverage
Nextel Cellular Coverage
Sprint Cellular Coverage
US Cellular Coverage
Verizon Cellular Coverage
Alltel Cellular Coverage
Tmobile Cellular Coverage
Background Wireless telephones work by communicating via radio waves using a system of base stations (sometimes known as “cell sites”) that send and receive calls and relay them to other networks, like the Public Switched Telephone Network (PSTN). Because wireless phones communicate using radio waves, their reliability is influenced by many factors, such as the proximity of the phone to the base station with which it is communicating, physical obstacles, and interference or noise. Noise refers to unwanted electronic signals introduced by circuit components or natural disturbances that tend to distort communications. For example, like other radio transmissions, wireless phone calls can be affected by severe weather, large buildings, or other objects between your phone and the nearest base station or antenna that your wireless service provider uses.
Antennas / Networks A number of factors can prevent the commencement or completion of a call from a wireless phone. Even when a carrier publishes maps showing coverage in a certain geographic area, a subscriber may not be able to complete a call due to limitations in topography (the surroundings), capacity (how many callers are communicating with the same cell site at a given time), and network architecture (where antennas are located). A dropped call usually occurs when you are on the move and there are too few (or no) cell sites in the area where you are traveling. A dropped call also could result from a weakening of the signal from the cell site that carries your call and/or the failure of the call in progress to be handed off to another cell site. For example, the communication signal between your wireless phone and the cell site could fade significantly and end your call as you drive into a tunnel or walk into a building. The structure blocks the signal. The locations where you cannot make or receive calls due to these limitations are sometimes referred to as “dead zones,” “coverage holes,” “dead spots,” or “obstructed areas.”
When many people use a wireless service provider’s network at the same time and its capacity is strained, other customers trying to connect may hear a “busy signal” instead of being able to complete their calls.
Coverage Maps and Other Coverage Research
Before choosing a wireless service provider or a plan, it is wise to research the various providers to determine the extent of their coverage in the areas that matter most to you. You can research a wireless service providers’ coverage area in a number or ways:
Ask neighbors, colleagues, and friends. You can also visit Internet sites (such as www.deadcellzones.com) that list specific dead spots (submitted by individuals). Information on dead spots is organized by wireless service provider and location.
Test the wireless service providers’ plan and coverage area on a trial basis, if possible. Some wireless providers offer trial periods, during which you can test a phone before you are committed to a service contract and have to pay a significant fee to terminate that contract. Be aware, however, that if you terminate during a trial period or at any other time, most wireless service providers will not refund any activation or usage fees. During the trial period, you may want to test the phone in the areas where you plan to use it most frequently to determine if the actual coverage suits your needs.
Check out the wireless service providers‘ coverage map on its Web site and/or in stores where its products are sold. Often these maps show very general coverage for entire regions. The maps usually carry a disclaimer saying they are provided for informational purposes only and that actual coverage may vary. There may be holes where the service provider does not have cell sites or where the topography causes dead zones. With few exceptions, the maps do not indicate signal strength or dead zones. Additionally, these coverage maps are not intended to show whether coverage is provided in obstructed areas, like buildings, tunnels, and underground garages. While wireless service providers often deploy in-building wireless solutions for these areas, any lack of coverage is usually not disclosed. **There is no guarantee that your phone will work in an area, even if it is included on a wireless service providers’ published coverage map. Just because a wireless service provider generally advertises service to an area, there may be several reasons why the service is not reliably available in all locations. Although wireless service providers attempt to design their networks to eliminate dropped calls, busy signals, and dead zones, no network is perfect, so coverage breaks within the general coverage areas are still possible. Specific and/or updated information may not be available on maps provided by the wireless service provider, because coverage is frequently changing.
Roaming
“Roaming” is the term that describes a wireless phone’s ability to make and receive calls outside the home calling area under your service plan. Roaming occurs when a subscriber of one wireless service provider uses the facilities of a second provider. While the subscriber usually has no pre-existing agreement with the second provider to handle calls, the subscriber’s provider may have a “roaming agreement” with the second provider. Under that agreement, the second provider agrees to handle calls placed by subscribers of the first provider and vice versa. When your phone is roaming, an indicator light on your phone may display the word “roam.” On occasion, your handset will not display a roaming indicator, even though it is in a roaming area. Also, some handset software needs to be updated monthly. Often this can be done by simply pressing a few buttons on the handset. Keeping that software updated can increase reliability and reduce incorrect roaming charges.
Contact your provider for more information about roaming areas, related fees, and software requirements. If your handset signal or the service provider’s signal from the nearest antenna is too weak, roaming can occur automatically, even if you are using your phone in your own home calling area. A phone can also go into “roaming mode” if there is a high volume of calls in the area. For example, though you may be surrounded by sites from your provider, each of your provider’s sites may be at its capacity or out of range. Instead of having a call blocked or dropped, your phone might use another provider’s site (roam), sometimes at an additional cost to you. Roaming fees are typically charged on a per-minute basis and determined by your service provider.
Many wireless service providers have eliminated these fees in their nationwide pricing plans. All of the major wireless service providers and many others now offer pricing plans that allow consumers to purchase a “bucket” of monthly minutes to use nationwide without incurring roaming charges. You should be aware, however, that wireless service providers define “nationwide” in different ways. For example, some providers define “nationwide” as anywhere in the country, whereas others define it as anywhere within the provider’s network. Check with your wireless service provider for information on the availability of plans without roaming charges or other roaming options.
Emergency Situations
Some people purchase wireless phones for emergency use only. These people rely on their wireless phones as a vital means of getting help during personal and other emergencies. Remember that during widespread emergencies, the calling volume in particular geographic areas can increase significantly, and a wireless phone call may not go through. When call volume is high and capacity is limited, consider sending a text message. Text messages require much less capacity, so they may go through even if a voice call cannot.
Researching the Best Coverage for You
Determine how you will be using your wireless phone (long distance, emergencies, daily, weekends) to find a plan to best fit your needs.
Investigate wireless service providers’ coverage areas to determine if they provide service where you intend to use the phone most frequently. Be aware that coverage areas shown on maps do not necessarily mean that the wireless service provider’s signal in those areas is strong or even available, and that dead zones may exist. Remember that most coverage maps carry the disclaimer that they are provided for general informational purposes only and that actual coverage may vary.
Ask neighbors, colleagues, and friends who have similar calling patterns about their experiences with different service providers and plans.
Browse the Internet for Web sites that report dead zones, particularly in areas where you plan to use your wireless phone on a regular basis.
Because coverage is also affected by the type of handset you use, consider whether a single-mode, dual-mode, or tri-mode handset best suits your calling needs. “Single-mode” handsets can connect to either a digital or an analog network, but not both. “Dual-mode” handsets can be used on both an analog network and one type of digital network. “Tri-mode” handsets can be used on analog and two types of digital networks. Digital networks allow wireless service providers to offer advanced features such as Internet access.
Compare plans and prices of several dealers and service providers before deciding on the phone and plan that best suits your needs.
Take advantage of the trial periods offered by some wireless service providers. A trial is a short period when you can use the phone without having to pay a significant fee to terminate your service contract.
Consider trying a prepaid plan, which allows you to more easily switch providers if you are not satisfied with the service. If you sign a longer term contract and are not satisfied, you may have to pay a significant termination fee to cancel.
When a problem arises, call your wireless service provider. If the problem is with the phone itself, you may wish to visit one of the provider’s company stores, rather than an independent agent. The staff at a company store may be better equipped to provide a remedy.
To improve the likelihood that your wireless phone will work in the event of an emergency, always keep your phone battery charged.