How Can Your University Benefit From a NetCov Signal Booster
In our high-tech world, the learning process is becoming more and more digitalised. High-quality learning demands reliable, seamless and permanent internet and cellular network connections. It’s crucial that educators, students and administrators are able to use smartphones, tablets, laptops and computers to teach, collaborate and communicate. The success of these processes relies entirely on having a reliable and comprehensive phone signal.
At NetCov, we believe that signal boosters are imperative for educational institutions because they:
- Ensure all classes are carried out efficiently and effectively. A reliable mobile signal ensures that all classes can be delivered without communication issues.
- Ensure first-year students stay connected to their friends and family while living in dorms. Improving cell signals prevents new students living on campus from feeling isolated.
- Encourage distance learning, especially since the pandemic. Installing a signal booster better facilitates the live-streaming of lectures for long-distance students.
- Offer a smooth transfer of knowledge from one building to another. This ensures that smartphones and tablets can be used across campus, helping students to learn in an environment that suits them.
- Enhance the learning experience at the university, for computing, engineering, business and the arts, and better support mobile learning initiatives.
- Aid in keeping up the university’s reputation. Connectivity is no longer a luxury for educational institutions, but a necessity.
- Improve staff communication, facilitating a faster, technically sound environment and more effective communication between faculties.
- Better safety for students, lecturers and staff. Poor mobile signals can put everyone at risk if there’s an emergency. Signal boosters ensure easy communication and the ability to contact emergency services regardless of location.
- More reliable security systems. Many safety and alert systems in universities depend on the quality and reliability of cellular reception.
NetCov offers complete installation, ongoing maintenance and specialist advice tailored to the educational sector. We offer a bespoke solution to solve your connectivity needs.
How Do Signal Boosters Work in Universities?
What Affects Mobile Phone Signal Strength in Universities?
Both students and staff rely on mobile phones as valuable tools for communication, safety and learning. However, several factors can affect mobile phone signal strength in universities, including:
- Construction materials. Many universities have old buildings which are constructed from brick and stone which can weaken phone signals. Newer university buildings might have fibre-glass insulation which can also deflect signals.
- Building layout. Universities can have large and complex layouts, with windowless rooms, lecture theatres and basement auditoriums. This means signals struggle to reach interior spaces, causing dead zones.
- Energy-efficient windows. Low-emissivity (Low-E) glass, often used in energy-efficient windows, can make it difficult for cell signals to pass through the window.
- Network congestion. Universities have thousands of students trying to connect to the internet or make phone calls which can reduce the quality of cellular signals.
- Crowded environments. City universities are located in busy city centres which further increases the problem of network congestion.
- Nearby hills or other obstructions. Mountains, trees or tall university buildings can also harm cell phone connectivity.
How Do Signal Boosters Signal Boosters for Universities Improve Poor Mobile Signals?
Our university cell phone boosters work by picking up your desired network (such as EE, O2, Vodafone, Three and many others). They then amplify this signal in the places where you need it the most, such as dorm rooms or lecture theatres with poor cellular reception. As a result, you’ll receive an enhanced mobile signal plus full coverage in all areas of the university. With our commercial boosters, you can have multiple devices set up around the university to make sure no corner is left without the connectivity you need.
To learn more about how our Ofcom-certified signal boosters can make a difference in your university, you can get started with a free initial consultation.
If I Have WiFi, Why Do I Need to Improve Cell Connectivity?
A strong campus-wide WiFi network is essential for all universities, but without a reliable cellular connection to match, students, lecturers and staff may struggle to stay connected.
Here are some of the main advantages of combining WiFi with a strong mobile signal for the educational sector:
Visitors and parents can access the internet without needing to log in.
A cellular connection is more secure.
There is less interference and fewer network issues.
Combining WiFi and cellular connectivity ensures seamless connectivity.
Why Choose NetCov?
At NetCov, we are committed to providing the educational sector with the highest-quality signal boosters to enhance mobile connectivity. We believe that everyone has the right to improved connectivity, especially in places where people need it the most, such as educational settings.
No matter how large or small your university is, we’ll tailor your signal solutions to ensure that all corners of campus are fully connected. From start to finish, you’ll be provided with expertise, quality guidance on your products and regular maintenance opportunities to ensure your signal boosters continue to provide connectivity to students and staff.
Choosing our service means:
You will receive the highest quality mobile signal-boosting equipment from CEL-FI, including exterior antennas, coaxial cables, amplifiers and internal antennas.
You can rely on our decades of experience and expertise in improving cellular connectivity in the UK.
You will be working with the leading telecommunications company in the British market.
Our Signal Booster Installation Process
Free Initial Consultation
Our free consultation includes an on-site visit where our experienced team will measure the strength and quality of the existing signals and provide you with a proposal and price estimate.
Design and Planning
Next, our team will put together a full design plan for the project, including personalised CAD schematics, based on your requirements. This includes the option of discreet antennas.
Professional Installation
Our qualified engineers will then install your Ofcom-approved signal-boosting system to boost connectivity in your workplace. Complete set-up and installation is always included in our service.
Ongoing Maintenance
All of our signal boosters include ongoing maintenance and support from our expert engineers to ensure their continued performance. Our team will be on hand to make any necessary improvements post-installation.
Networks We Cover
Our Ofcom-approved signal boosters are designed to ensure a first-class learning experience for all students. At NetCov, we offer signal-boosting solutions for all the most popular UK networks, including Three, Vodafone, EE and O2.
Our Locations
Our team designs and installs high-quality signal-boosting solutions in universities across the UK. We work with universities and higher education providers in London, Manchester, Birmingham, Bristol and many other locations.
Sectors We Work With
Get In Touch
Speak to a member of our friendly team to get expert advice on starting your journey towards better internet connection for your business.
University Signal Booster FAQs
The main reasons why phone signal is poor in universities include:
- Environment
- Infrastructure
- Network bandwidth
The materials from which campuses are designed, such as concrete, steel and glass, prevent the wireless signals from passing freely inside the building. As a result, weak telecom coverage, and spotty cellular and internet connections are very common in university buildings. Unfortunately, this directly impacts the flow of information and the learning process. Installing a signal booster can be a cost-effective solution to improve connectivity across campus and university buildings.
No, our phone and data signal boosters for universities will not interfere with any WiFi signals.
The key reasons why mobile signal boosters are crucial in universities is that they:
- Enhance education
- Enhance safety
Thanks to this system, there is also no need to break through walls or ceilings to install optic cables, which saves time and money. If you are interested in improving your university’s connectivity please get in touch with our team.
The only guaranteed way to amplify phone and data signals in university buildings and across campuses is to use one of our signal booster devices. At NetCov, we offer high-quality cell signal boosters for universities designed to improve connectivity by amplifying existing signals.
Yes, a signal booster can be an extremely cost-effective and affordable tool to help universities improve cellular connectivity. Installation costs will vary depending on the size of your university, the number of buildings and your exact requirements. However, the initial investment required will quickly become worthwhile due to the many benefits for your students, lecturers and other staff members.
Our technical specialists apply an individual approach when it comes to developing a unique system for each case based on the location, size and materials used on the campus. We’ll take the cellular coverage at your university to a whole new level.
At NetCov, we offer a free initial consultation, including a site visit if required, and a free price estimate which covers complete installation and ongoing maintenance. So, please get in touch with our team if you are interested in improving your university’s connectivity.
Investing in signal boosters can support existing WiFI infrastructure and ensure continued connectivity throughout university buildings. It eliminates dead zones and means students can remain connected to learning wherever they are.
Here are some aspects of learning and student safety that can be improved by better cellular connectivity:
- Mass alerts in the event of an emergency
- Backup for internal security and safety systems
- Live-streaming of lectures to support distance learning
- Better communication between staff and students
- Reduced pressure on WiFi infrastructure