Wilson
Wilson 859957 Two-Way Wide-Band Splitter
Best signal splitter for expanding cellular coverage across multiple indoor areas.
Enhance your cellular signal distribution with the Wilson 850034 Two-Way Wide-Band Splitter. This essential accessory efficiently divides a single cellular signal into two outputs, supporting a broad frequency range from 698 to 2700 MHz for improved mobile connectivity. Designed for reliability and ease of integration, it features durable construction and standard F-Female connectors. It's a perfect component for expanding or optimizing your cellular signal setup, ensuring robust performance and seamless communication.
$89.99
Owner Satisfaction
4.6
/ 5
Category Rank
70
/ 206
#70 in Splitters
Price vs Category Average
-80%
Below average
Frequency Range
6982700
/ - MHz
Who it's for
- Installers prioritizing signal integrity and minimal power loss
- Users needing support for diverse carrier and network frequencies
- Homeowners looking to extend signal coverage across multiple rooms
Who should skip it
- Users with weak incoming signals needing maximum power output
- DIY beginners intimidated by complex cable and antenna configuration
- Consumers attempting to integrate standard home TV cable hardware
Performance breakdown
Signal Efficiency
Minimal insertion loss ensures your cellular signal remains strong and clear.
Frequency Versatility
Broad spectrum support covers virtually all major cellular carrier bands.
Build Durability
Rugged microstrip design handles extreme temperatures and demanding environmental conditions.
Port Isolation
High isolation prevents signal interference between your two output devices.
Installation Ease
Standard F-Female connectors make integrating into existing coaxial setups effortless.
Power Handling
Robust 50-watt capacity provides plenty of headroom for most signal boosters.
Key Specs
Frequency Range
698-2700 MHz
Impedance
75 Ohm
Connectors
F-Female
Insertion Loss
0.4 dB (low)
Isolation
>=20 dB
Power Handling
50 watts
Dimensions
3.6 x 3.5 x 0.8 inches (LxWxD)
Operating Temperature
-40 to 140°F
Features
- Splits one cellular signal into two outputs
- Wide frequency range for broad compatibility
- Optimized for cellular communication systems
- Maintains high signal integrity
- Durable microstrip structure design
- Easy integration with coaxial cables
- Reliable performance across wide temperatures
- High isolation between output ports
What customers say
Consumers highly praise the Wilson Two Way Wide Band Splitter for its exceptional build quality and reliable performance. Users find this component essential for expanding cellular signal coverage to two indoor antennas across large areas. The splitter efficiently distributes the boosted signal across wide frequencies while maintaining signal integrity. Reviewers confirm it operates exactly as advertised, proving indispensable for complex, multi-antenna booster systems. Its ease of installation and dependable connectivity solidify its reputation as a top tier accessory for optimizing coverage.
Know before you buy
This device is designed to take a single cellular signal source and divide it into two separate outputs. It is ideal for installations where you need to distribute a boosted signal to multiple indoor antennas.
No, this is a passive device. It does not require electricity to operate, making it simple to integrate into your existing coaxial cabling setup.
Yes, it is specifically engineered for 75-ohm systems and features standard F-Female connectors, making it compatible with most common coaxial cables used in cellular and television signal distribution.
You should expect a splitter loss of 3.0 dB, which is standard for a two-way split. Because it features a low insertion loss of 0.4 dB, it maintains high signal integrity throughout the distribution process.
Yes, the unit is built with a durable microstrip structure and is rated for operating temperatures ranging from -40 to 140°F, allowing it to function reliably in a variety of challenging environments.
The device supports a wide frequency range from 698 to 2700 MHz. This covers the vast majority of cellular bands used by major carriers for 4G and LTE connectivity.
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$90