DIRECT CONNECT 4G CELLULAR SIGNAL BOOSTER FOR M2M APPLICATIONS
Developed specifically for M2M installations, the weBoost Signal 4G is based on the same field-tested, market-proven technology that powers weBoost's cellular signal boosters for the consumer market. The Signal 4G is ready to integrate with cellular modems to provide reliable signal that ensures successful data transfer. This booster kit works with all North American wireless service provider networks and covers both LTE bands. Installation is quick and easy and doesn't require any specialized tools.
The Signal 4Gs compact form factor makes it an ideal component for M2M installations in weak signal environments. The Signal 4G can be paired with a variety of expertly designed weBoost cellular antennas for maximum system gain to overcome a weak signal.* The Signal 4G is FCC certified to the latest technical standards for cell signal boosters.
Availability of the Signal 4G allows OEMs to source a compact, powerful and highly compatible signal booster that is ready to deploy. Integrators can more easily custom design M2M communication systems that fit tightly constrained spaces.
The Signal 4G is an ideal addition to irrigation pivots, ATM's, and other remotely controlled devices that rely on a cellular data signal to communicate and operate efficiently. A significant percentage of M2M devices will continue for the foreseeable future to rely on current wireless networks. In locations where cellular signals are weak due to distance from the cell site, terrain features, or building materials like concrete and steel, the Signal 4G provides a strong, reliable signal.
BOOSTER KIT INCLUDES:
Signal 4G booster (similar to right)
3 RG174 connecting cable w/ SMA Male connectors
AC power supply**
12 magnetic mount omni antenna w/ SMA Male connector*
*A directional antenna and cable adapter may be needed instead of the included omni antenna in order to connect to a more remote cell site. These antennas, adapters, and mounts are available at additional cost.
**A DC/DC hardwire power supply (p/n 859989) is available for applications that don't have available AC power.
Please contact me for exact equipment pricing and your specific installation requirements. Shipping & handling is not included.
SIGNAL BOOSTERS/REPEATERS & ANTENNAS FOR FIXED LOCATIONS
SIGNAL BOOSTERS/REPEATERS & ANTENNAS FOR MOBILE APPLICATIONS
This is a CONSUMER device.
BEFORE USE, you MUST REGISTER THIS DEVICE with your wireless provider and have your providers consent. Most wireless providers consent to the use of signal boosters. Some providers may not consent to the use of this device on their network. If you are unsure, contact your provider. You MUST operate this device with approved antennas and cables as specified by the manufacturer. Antennas MUST be installed at least 20 cm (8 inches) from any person. You MUST cease operating this device immediately if requested by the FCC or a licensed wireless service provider.
WARNING. E911 location information may not be provided or may be inaccurate for calls served by using this device. Please note, the four largest carriers, namely, AT&T, T-Mobile, Verizon and Sprint, and more than 90 regional carriers have given a blanket consent to all boosters meeting the new certification standards.
Today's cellular signal boosters are engineered as "demand" or "Linear" type signal boosters as an FCC requirement. If you are within close range of the cell site (i.e. in a moving vehicle a mile away) no addtional power is transmitted by the signal booster until your distance increases and your signal strength starts to drop. The signal booster then starts increasing it's power output to maintain optimum signal up to the booster's maximum output. All the cellular boosters that I offer have built-in overload and oscillation protection.
*Signal range depends on terrain, weather conditions, location of the mobile antenna, location of the cell site, and cellular frequency.
Doug Foote - Owner: D & J Enterprises
ORDERING AND CONTACT INFORMATION
Graphics courtesy of weBoost. Prices subject to change. Updated 7/25/17