Home
Resource Center
For many businesses, the challenges are all too real.
Despite the ever-increasing cellular connectivity demands on their organizations, many enterprises are struggling to adequately accommodate the growing number of devices and digital applications required to deliver essential business communications and emergency services, improve guest and customer experiences, and increase productivity.
In large buildings and office complexes, and across campuses, many businesses and educational institutions are experiencing erratic and degraded spectrum quality. This may be caused by a number of factors: the dynamic reallocation of spectrum across the macro network to manage network traffic, new physical obstructions outside buildings, and an increasing proliferation of digital technology and machinery that disrupt and degrade cellular networks.
Today, designing a solution for a large building environment that’s capable of optimizing signal strength consistently across a building or campus and for each carrier, can be difficult. Especially when one carrier tower is close and the other far. Additionally, at other times, certain carriers are connecting phones to a low signal quality channel.
The good news is WilsonPro has developed a new DAS solution that successfully addresses all of these challenges in an efficient design. The new Enterprise 4330 offers exceptional versatility and can resolve even the most challenging connectivity issues, optimizing any signal variance, in any environment, for any North American mobile operator.
WilsonPro Enterprise 4330 — Future ready, ready for anything
Using one bi-directional antenna (BDA), the Enterprise 4330 finetunes signal strength in wideband mode and/or channelized optimization mode on individual or contiguous channels (frequency blocks). It continuously performs environmental scanning, detecting performance gaps in signal strength across each individual channel within all 5 spectrum bands (12/17, 13, 5, 4, 25) and optimizing the variances to ensure maximum signal strength.
Whether in wideband or channelized mode, WilsonPro’s unique eXtended Dynamic Range Technology (XDR) ensures gains are adjusted for maximum performance—optimized up and down—without shutting down the BDA or overloading the network. Because every environment is different, the 4330 offers the option to configure in either mode, based on the signal strength found in the specific location. This ensures optimal network performance and total reliability across all operator channels, not just a few. The result is a DAS solution that can adapt to any changes over time, in any environment—lowering upfront implementation and system costs as well as ongoing total cost of ownership. With the WilsonPro Enterprise 4330, businesses now have a fast, simple, and cost-effective way to capitalize on the blazing speed, low latency, and other advantages of 5G technology.
Versatile, Precision Technology – The WilsonPro Enterprise 4330 at a Glance
Multi-Tower Targeting – Donor antenna configurations allow for both common mode (single donor antenna covering all bands) and split or MTT (multi-tower targeting) mode, targeting multiple specific tower locations.
Network Scanning – The Enterprise 4330 continuously scans the macro network environment, detecting performance gaps in outdoor signal strength across each individual channel within all 5 bands (12/17, 13, 5, 4, 25).
Cloud Access – An internal modem (including activated SIM) enables remote monitoring for optimal uptime, re-configuration due to macro network changes, and service reliability through WilsonPro Cloud service.
New Channelization Technology – The 4330 can continuously optimize signal strength and quality of each individual or contiguous channel on all 5 (low range) bands.
Exceptionally Energy Efficient – The 4330 offers maximum performance and gain without wasteful power consumption: only 154 watts per unit (3% of the power used by the closest competitor, which uses 5.5 kilowatts for less than half the bandwidth support). It runs cooler, too, so less energy is spent cooling the area around it.
