Solutions can be designed around the specific building, coverage requirements and mobile networks required.
Engineered mobile coverage for police, fire and rescue, ambulance and other emergency-service environments where dependable indoor communications are important.
We can assess challenging areas within operational buildings and identify appropriate solutions for improving cellular coverage.Where applicable, our engineers can also consider requirements associated with the Emergency Services Network (ESN) during the survey and design process.
- Police facilities Fire and rescue stations
- Ambulance stations
- Emergency-service operational buildings
- Control and support facilities
- Secure and challenging internal environments
- Basements and areas affected by poor RF penetration
Reliable in-building mobile coverage for hospitals, mental health facilities, treatment centres, community healthcare sites and wider NHS estates.
We understand that healthcare buildings can present particularly challenging RF environments, with dense construction, complex layouts, restricted areas and multiple buildings often requiring consideration.
We design premium systems that deliver reliable voice and data across large homes, villas, and blocks.Typical environments include:
- NHS hospitals
- Mental health facilities
- Treatment centres
- A&E and emergency departments
- Wards and clinical areas
- Community healthcare facilities
- Basements and plant areas
- Multi-building healthcare estates
ihavesignal provides engineered in-building mobile coverage for buildings where cellular signals are weak, inconsistent or unavailable. We survey the existing RF environment, design an appropriate coverage system, install and commission the solution, and can provide ongoing support.
Choosing the right partner is as important as choosing the right hardware. ihavesignal combines technical expertise with a customer-first approach to provide you with maximum benefits.
Proven Experience in Critical Environments
Our in-building mobile coverage expertise has been developed through delivering solutions for challenging environments where reliable connectivity matters. Our project experience includes NHS and healthcare facilities, emergency-service environments, public-sector buildings and complex commercial sites, where building construction, size and internal layouts can create significant mobile coverage challenges.
Poor mobile signal is often treated as an inconvenience.
However, in a mental health environment, it can be much more significant.
Key Takeaways
The Redwoods Centre faced poor indoor mobile coverage due to its building construction, affecting staff and patient communication across 136,500 ft² over 6 floors and 4 buildings.
In our last article, we broke down how the UK’s upcoming Emergency Services Network (ESN) introduces a permanent, physical flaw for commercial properties: 4G indoor signal blackouts. Because the new blue-light network relies on higher-frequency commercial cellular bands rather than the old low-frequency Airwave radio waves, modern buildings are highly effective at blocking emergency communications.
For over a decade, the UK government’s transition from the trusted Airwave radio network to the 4G-powered Emergency Services Network (ESN) has been plagued by delays. With a revised target pushed into the 2030s, the eventual switch-off of the old Airwave system is inevitable.
But even when the ESN is successfully operational, a massive, structural flaw remains that the public sector isn’t talking about enough: in-building signal blackouts.
In a world increasingly dependent on real-time data and uninterrupted connectivity, some of the UK’s most critical environments — hospitals, emergency services, and airports — are rethinking their approach to wireless infrastructure.
Enter private 5G: a secure, dedicated mobile network offering high-speed, low-latency, and ultra-reliable communications — built specifically for one organisation or site.
As our digital world grows more connected, the evolution of WiFi standards plays a critical role in supporting faster, more reliable, and secure wireless communication. From the early days of WiFi 1 to the cutting-edge capabilities of WiFi 7, each generation has introduced improvements that power the technology we rely on every day.
In this blog, we'll break down the key differences between WiFi versions, what each has brought to the table, and why understanding these changes matters for network planning and performance.
Why Microwave Networks Still Matter: Breaking Through the Confusion
Microwave networks are often misunderstood. Many people believe they’re outdated or too limited for today’s demands. That’s no longer true.
Why Would You Want a Private 5G Network?
As the world becomes increasingly connected, the demand for faster and more reliable communication networks is growing exponentially. One innovative solution is the deployment of private 5G networks. But what exactly is a private 5G network, and why might your organisation consider adopting one? In this article, we will delve into the benefits of private 5G networks and examine scenarios where they are the ideal fit.
Private 5G Networks: Unlocking New Potential for UK Enterprises
Private 5G networks are gaining traction among UK businesses, offering secure and reliable connectivity. As companies increasingly adopt digital tools and automation, private 5G emerges as a compelling alternative to Wi-Fi—particularly in areas where coverage has been historically unreliable.
When warehouse Wi-Fi stops working, operational efficiency plummets. Handheld barcode scanners disconnect, inventory management systems (WMS) lag, and supply chain logistics grind to a costly halt.
Before assuming your Internet Service Provider (ISP) is at fault, use this technical troubleshooting guide to diagnose, isolate, and resolve commercial wireless network failures.
— In Just One Click