Sales - (435) 628-4241 or sales@wilsonboost.com

Support - (435) 628-4241 or sales@wilsonboost.com

mobile phone signal booster

Monday - Saturday 8 am - 7 pm Mountain Standard Time

Fax - (206) 886-2441

859906 -6 dB Tap with -1.5 dB Pass-Thru

Price: $69.99

• Unequal amounts of signal sent to two antennas for different sized areas
• One output port loses 6 dB; one loses 1.5 dB
• 75 percent of the signal strength is sent through the -1.5 dB output port
• 800 MHz band (Cellular & iDEN)• Can be wired in series (daisy-chained) to power up to 20 antennas
• N-Female Connectors

Learn More

859922 Dual-Band Splitter / Combiner

Price: $49.99

• Equal amounts of signal sent to two antennas for similarly sized areas
• Each output port loses 3 dB• 800-900 MHz & 1850-1990 MHz bands (Cellular, iDEN & PCS)
• N-Female Connectors
• Can connect two outside antennas to one Dual-Band amplifier or two amplifiers to one inside antenna

Learn More

859926 10 dB Attenuator

Price: $49.99

• Attenuates signal by 10 dB
• N-Female Connectors

Learn More

859927 20 dB Attenuator

Price: $49.99

• Attenuates signal by 20 dB
• N-Female Connectors

Learn More

859935 3 dB Attenuator

Price: $39.99

• Attenuates signal by 3 dB
• N-Female Connectors

Learn More

859936 6 dB Attenuator

Price: $39.99

• Attenuates signal by 6 dB
• N-Female Connectors

Learn More

859955 50 to 75 OHM Converter

Price: $29.99

Converter 75 Ohm to 50 Ohm N female to F female. Used to convert 50 Ohm cable to 75 ohm, or 75 Ohm cable to 50 Ohm.

Learn More

859957 Broadband Splitter

Price: $69.99

• 700-2300 MHz

Learn More

859959 -3 dB 75ohm Broadband Splitter

Price: $69.99

• Equal amounts of signal sent to two antennas for   similarly sized areas
• Each output port loses 3 dB
• Can be wired in series (daisy-chained)to power up to four  antennas
• F-Female Connectors

Learn More

859980 Three way 700-2300 MHz splitter w N Female Connectors

Price: $79.99

The Wilson 859980 is a 3-way splitter, allowing you to use 3 internal antennas with your Wilson amplifier. Each antenna will provide 1/3 of the coverage area compared to a single antenna.

Learn More