The new Wilson 801262 DB PRO is a fantastic multi-purpose dual band amplifier that was recently released by Wilson. The amplifier is 75 ohm, and so requires 75 ohm antennas. Wilson have released 75 ohm versions of old favorites, to provide a range of choice when customizing your 801262. Here is a round-up of the newest additions:
The Wilson 301201 is a 75 ohm version of the 301202, which we covered in a previous post. The Wilson 301201 is a dual band antenna, suited for outdoor building installation. It’s omni-directional, so receives signal from all directions, and is the perfect exterior antenna option for the Wilson 801262.
The Wilson 301155 is a 75 ohm version of the versatile Wilson 301135. The antenna is a directional panel antenna, which can be used as both the receiving antenna outside or as the broadcast antenna inside. It is directional, and so needs to be pointed towards the nearest cell tower when used outside, or pointed toward the area to provide coverage when used inside.
The Wilson 301151 is a 75 ohm version of the most popular indoor antenna, the Wilson 301121. This is a broadcast antenna, which is placed after the Wilson 801262 to transmit the boosted signal. It is omni-directional, which means it broadcasts the signal in all directions. It should therefore be placed at the center of the area you wish to cover.
With all these options it can get a little confusing! If you have any questions at all then please give us a call on (800) 761-3041, or send us an email, and we can help design a kit to meet your needs.
Using the iPhone’s Field Test Mode allows you to easily find out which frequency your cell phone is using to access your cell phone carrier (usually AT&T). The instructions differ depending on whether your iPhone is using the 3G or non-3G network.
If your phone shows a 3G icon in the top left of the screen:
Dial *3001#12345#* on the keypad and press call.
Select “UMTS Cell Environment”
Select “UMTS RR Info
If the uplink frequency is a number between 4132 and 4233, your phone is using the 800/850MHz Band. If the uplink frequency is a number between 9262 and 9538, your phone is using the 1900MHz band.
If your phone shows no 3G icon in the top left of the screen:
Dial *3001#12345#* on the keypad and press call.
Select “GSM Cell Environment”
Select “UMTS Network Information
Scroll down to the bottom of the page and find the ARFCN
If your ARFCN is between 128 and 251, then your phone is using the 800/850MHz band. If your ARFCN is between 512 and 810, then your phone is using the 1900MHz band.
Big news from our friends over at WilsonElectronics.com. They have developed a new dual band kit, a high powered version of the SignalBoost DT. At 60-65dB, this is by far the most powerful Wilson dual band amplifier to date, and with internal/external antennas it can give up to 5,000 sq ft of wireless coverage. The amplifier and kit are scheduled for release by the end of March 2009.
Kit options
Unlike the original SignalBoost DT, the DT PRO will be available either as an individual amplifier, or as a packaged kit. Having the amplifier sold individually allows a great deal of flexibility - allowing customers to use existing antennas/cable, or choose from the wide range of Wilson antennas. Wilson 801262 SignalBoost PRO DT - Amplifier Only Wilson 841262 SignalBoost PRO DT Kit - This will be a full repeater kit, with both internal and external antennas, and the coaxial cable needed. Details of the exact antennas used are still being finalized - check back later!
Amplifier Details:
With 60-65dB of power it is the strongest dual band repeater on our site. The amplifier also has 33/34 dBm of output power, the highest of any of our amplifiers, providing more power to cover more networks and users.
There will be two versions of the Wilson 801262. The 271247-75 will have 75 ohm of impedance on both the internal and external antennas. The 271247-50 will have 75 ohm of impedance on the external antenna, and 50 ohm on the internal antenna. The 801262 continues Wilson’s trend of moving towards 75 ohm on their building amplifiers, allowing customers to use standard satellite coaxial, which is both low-loss and inexpensive. The difference in impedances on the internal antenna will allow customers to use existing Wilson antennas (which are 50 ohm), or use a new antenna with satellite coaxial (75 ohm). Wilson will be releasing a number of 75 ohm antennas to go with this new system.
Just an update to keep you informed of some of the latest products we are stocking from Wilson Electronics. Wilson have recently released some new antennas and cradles, which we have included below. We have also added some more kits of Wilson Amplifiers to suit a variety of different needs.
The Wilson 301146 Dual Band Phone Cradle Plus is a dual band phone cradle with a built-in antenna. Not only will it boost your cell phone signal, but it allows drivers to keep both hands on the wheel when using their phones, greatly increasing safety. Its designed for Wilson Mobile Wireless or SIGNALBOOST amplifiers and is compatible with all cell phones.
The Wilson 301202 is a Dual Band Omni-Directional antenna for Wilson Amplifiers. It is the highest gain omni-directional antenna from Wilson Electronics. The antenna is made of fibreglass, and is fully weatherproof.
The Wilson Ultimate II is an upgraded version of our popular Wilson Ultimate Repeater Kit. It includes the same original Wilson Ultimate configuration, but with an additional Pre-Amplifier Kit that adds an extra 15dB of gain, making this our most powerful repeater set up on our website. Each part of the kit is made up of the best equipment available, from the high gain Yagi antennas, to the 65 dB Wilson amplifiers. This kit can improve the signal over an area of up to 15,000 sq ft. and like all Dual Band repeaters, will cover all networks other than Nextel.
Similarly to the Wilson Ultimate II we have packaged up kits that add a pre-amplifier to our existing Wilson 65dB amplifier kits. We already stock kits for the Wilson 801165, the Wilson 801365 and the Wilson 804006 that include an internal cellular antenna, a high gain external Yagi antenna and all the necessary adapters and cables to set up the full kit. We have created these ‘Ultimate’ kits by adding a pre-amplifier, which can help them work in areas of lower cell phone signal and increase the coverage area for a given cell phone signal.
The new Wilson Electronics iBooster - designed specifically for use with the Apple iPhone - was announced at this years Consumer Electronics Show in Las Vegas. The Wilson iBooster provides improved signal while simultaneously charging the iPhone, and is designed for in-vehicle use.
The iBooster is compatible with both the iPhone and iPhone 3G, and improves signal for both 2G voice calls and 3G data transfers. The product will be available as a complete kit, including an all-in-one amplifier/charger cradle, a magnet-mount antenna, and a cigarette lighter power adapter. The included cradle perfectly fits the iPhone, while leaving enough room for most common protector cases.
The innards of the amplifier are based on the Wilson SignalBoost Pro 801240, which provides 40dB of uplink and downlink gain.
The product is expected to begin shipping in March 2009.
The Wilson 301201 is a 75 ohm version of the 301202, which we covered in a previous post. The Wilson 301201 is a dual band antenna, suited for outdoor building installation. It’s omni-directional, so receives signal from all directions, and is the perfect exterior antenna option for the Wilson 801262. 
The Wilson 301155 is a 75 ohm version of the versatile Wilson 301135. The antenna is a directional panel antenna, which can be used as both the receiving antenna outside or as the broadcast antenna inside. It is directional, and so needs to be pointed towards the nearest cell tower when used outside, or pointed toward the area to provide coverage when used inside. 
The Wilson 301151 is a 75 ohm version of the most popular indoor antenna, the Wilson 301121. This is a broadcast antenna, which is placed after the Wilson 801262 to transmit the boosted signal. It is omni-directional, which means it broadcasts the signal in all directions. It should therefore be placed at the center of the area you wish to cover. 
