HomeContributionsImproving Hospital Connectivity: How Mobile Signal Boosters Are Revolutionising Patient Care

Improving Hospital Connectivity: How Mobile Signal Boosters Are Revolutionising Patient Care

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This article was contributed by James Arthur aho is a seasoned healthcare technology consultant and writer working with UCtel.

Internet communication is used in remote medicine for telemedicine, remote monitoring, and communication between healthcare professionals. Hospital connectivity is the lifeline of patient care, and poor mobile signal strength can be a matter of life and death. Imagine a medical centre as a stranded island in the middle of the sea, with patients and healthcare providers struggling to communicate due to poor connectivity. It is a challenge that many hospitals face today, and it is a challenge that needs to be addressed.

Thankfully, boosting poor mobile signals in hospitals revolutionizes health center connectivity and transforms patient care. In this article, an expert from UCtel explores the impact of wireless boosters on healthcare facility connectivity and how they have changed patient care.

The Problem with Poor Cellular Signals in Hospitals

Poor mobile signal strength significantly impacts both patients and healthcare providers. It can cause dropped calls, slow data transfer, and poor voice quality, resulting in delayed diagnosis and treatment, compromised patient safety, and reduced patient satisfaction.

According to a recent survey, 76% of healthcare professionals report issues with their mobile signal strength, and 60% of patients feel that their mobile connectivity is inadequate in healthcare facilities. These statistics highlight the prevalence of poor cellular indicator strength in hospitals and the urgent need for a solution.

The Solution: How Mobile Indicator Boosters Improve Hospital Connectivity

Deploying signal boosters such as Wi-Fi or other wireless infrastructure in a hospital is akin to having a superhero come to the rescue, improving connectivity and reducing the burden on cellular networks. These boosters capture weak signals, amplify them, and then broadcast them to the surrounding area, significantly increasing mobile signal strength and coverage. By leveraging the power of these signal boosters, healthcare institutions can provide a more reliable and practical mobile experience for patients and healthcare providers.

The benefits of using boosted mobile coverage are numerous for patients and healthcare institutions. Improved connectivity means better communication between patients and healthcare providers, faster data transfer, and quicker access to critical medical information. It also means improved patient safety, reduced stress levels, and increased patient satisfaction.

For example, a hospital in London recently installed a cellular signal amplifier and saw a 95% improvement in mobile indicator strength. This improvement reduced missed calls and response times, resulting in a better patient experience and improved patient outcomes.

In emergencies, doctors and medical staff need to have access to wireless networks to coordinate and communicate with each other efficiently. For example, a mobile network extender can help ensure that a hospital’s communication systems work optimally, which can be vital in emergencies. Additionally, improved mobile connectivity can help patients stay in touch with their loved ones, benefiting their emotional well-being during their medical center stay.

How to Install Cellular Signal Amplifiers in a Hospital to Improve Poor Mobile Signal: A Step-by-Step Guide

  1. Conduct a site survey to determine the best location for the signal booster.
  2. Install the outside antenna in a location with the most robust wireless signal. This may be on the roof or exterior wall of the healthcare facility.
  3. Connect the outside antenna to the signal booster using a coaxial cable.
  4. Install the inside antenna in a location where an improved mobile signal is needed, such as a patient room or a hallway.
  5. Connect the inside antenna to the signal booster using a coaxial cable.
  6. Connect the booster to a power source.
  7. Please turn on the signal booster and check the LED indicators to ensure it functions properly.
  8. Test the mobile indicator strength in different areas of the hospital to ensure that there is improved connectivity.

It’s important to note that the installation process may vary depending on the type of cellular signal booster being used and the hospital’s specific needs. Therefore, consulting a professional installer is recommended to ensure proper installation and optimal performance of the mobile signal booster.

Life Hacks for Improving Hospital Connectivity

Although mobile signal boosters are an excellent option for improving mobile coverage in healthcare facilities, some cost-effective alternatives can enhance connectivity without requiring significant investments in new equipment. To help healthcare institutions achieve better signal strength, here are a few tips and tricks to consider:

  1. Optimize Wi-Fi: Hospitals should prioritize Wi-Fi optimization to reduce mobile data usage and improve signal strength.
  2. Minimize Interference: Hospitals should minimize interference by placing equipment that emits radio signals, such as Wi-Fi routers, away from each other.
  3. Use Repeaters: Hospitals can use repeaters to amplify the signal and reduce dead zones.
  4. Install Antennas: Clinics can install antennas to improve wave strength in certain areas, such as operating rooms or emergency departments.

Health center connectivity is the lifeline of patient care, and wireless signal repeaters are like rescuers, saving lives by strengthening the lifeline. Just as a lifeline can help a stranded person escape danger, mobile signal boosters can help hospitals overcome the challenges of poor connectivity and improve patient care.

Final Thoughts

Hospitals have greatly benefited from boosting the poor mobile signal. It has revolutionized connectivity within healthcare facilities by enhancing cellular signals and facilitating better communication between patients and healthcare providers. This has led to improved patient outcomes and increased satisfaction among patients. However, the impact of this cannot be overstated.

According to a survey conducted by HIMSS Analytics, 52% of healthcare providers reported that poor portable connectivity was a problem in their hospitals. Additionally, a study by the Pew Research Center found that 77% of British own a smartphone, a significant portion of the population that could be impacted by poor mobile connectivity in healthcare facilities.

Furthermore, a study conducted by the University College Hospital in London found that after installing a booster, there was a 95% improvement in mobile signal strength, which led to a reduction in missed calls and improved response times. This resulted in a better patient experience and improved patient outcomes.

If you need help with weak mobile signal strength at your healthcare facility, it’s worth exploring options for boosting signal quality to enhance patient care and hospital connectivity. In addition to investing in signal boosters, you can take other simple steps to optimize your wireless network, such as minimizing interference and optimizing Wi-Fi settings. These cost-effective “life hacks” can help to improve mobile signal strength and reduce the need for more expensive equipment upgrades.

Ultimately, to experts from UCtel, the goal is to improve patient care and ensure that patients receive the best possible care, and mobile network extenders are an excellent way to achieve this goal. By improving network reception in the hospital setting, we can provide patients receive timely and accurate medical care, leading to better outcomes and increased patient satisfaction. So, take action today and invest in a mobile signal booster for your health center. Your patients will thank you for it.

About the author

James Arthur is a seasoned healthcare technology consultant and writer working with uctel.co.uk. He is specialized in telemedicine, hospital connectivity, and mobile signal enhancement solutions. With over 15 years of industry experience, he is passionate about revolutionizing healthcare facilities and ensuring optimal communication for patients and healthcare providers. James’ diverse background enables him to offer valuable insights and innovative solutions to improve patient care and satisfaction.

Last Updated on April 19, 2023 12:36 pm CEST by Markus Kasanmascheff

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