ATC Indoor DAS Launches Cutting-Edge CDMA Network SIMs, Boosting In-Building Connectivity

Boston, MA – October 26, 2023 – ATC INDOOR DAS LLC, a leading provider of in-building wireless solutions headquartered in Boston, Massachusetts, today announced the launch of a new line of CDMA network SIM cards designed to dramatically improve cellular connectivity within buildings. These SIMs, meticulously engineered by ATC Indoor DAS, address the growing demand for reliable indoor mobile service, a common pain point for businesses and individuals alike. Let's face it, walking around inside a building and losing your cell signal is super annoying. Whether you're trying to take a call, send an email, or just browse the web, dropped calls and slow data speeds can kill productivity and customer satisfaction. ATC Indoor DAS understands this frustration, and that's why we've been working hard on these new SIM cards. What’s the Problem with Indoor Signals? Buildings are basically signal blockers. Concrete, steel, glass – they all interfere with wireless signals. Think about it: that beautiful, modern office building might look impressive, but it's a nightmare for cell service. This is especially true for older buildings that weren't designed with modern cellular technology in mind. And with more and more people relying on their smartphones for everything from communication to payments, having a strong, reliable indoor signal is no longer a luxury – it's a necessity. ATC Indoor DAS: Who We Are We’re ATC Indoor DAS, and we're all about making sure you stay connected. Based right here in Boston at 116 Huntington Avenue, 11th Floor, MA 02116, we've been helping businesses and building owners solve their in-building connectivity problems for years. We specialize in designing and deploying Distributed Antenna Systems (DAS), which basically means we create a network of antennas inside a building to boost cell signals. You can reach us at 909-670-1366 if you'd like to chat! But we know sometimes a simple solution is all you need. That’s where our new CDMA SIMs come in. Introducing the Next-Gen CDMA SIMs These aren't your average SIM cards. We’ve really focused on building a card that helps maximize signal strength within buildings. Here’s what makes them special: Enhanced Signal Reception: These SIMs are engineered with advanced antenna technology to capture even the weakest cellular signals and amplify them, providing a more stable and reliable connection. Think of it like a tiny signal booster built right into your SIM. Optimized for CDMA Networks: Specifically designed for CDMA networks, these SIMs ensure seamless compatibility and optimal performance, maximizing data speeds and call quality. CDMA is still widely used in many areas, and we want to make sure our customers get the best possible experience. Easy to Use: These SIMs are a simple swap-and-go solution. Just replace your existing SIM card, and you’re good to go. No complicated installation or configuration required. Seriously, it’s that easy. Broad Compatibility: Compatible with a wide range of CDMA-enabled smartphones and devices. We've tested these SIMs with many popular devices to ensure a smooth and reliable experience. Cost-Effective Solution: Compared to installing a full-blown DAS, these SIMs offer a much more affordable way to improve indoor connectivity. It's a great option for smaller buildings or areas where a full DAS isn't feasible. How Do They Work? The magic lies in the SIM card's internal antenna design. It's more sensitive than a standard SIM, meaning it can pick up even the faintest signals bouncing around inside a building. This enhanced signal is then amplified and transmitted to your phone, resulting in a stronger and more stable connection. We've spent months perfecting the antenna design to ensure optimal performance in a variety of indoor environments. Who Will Benefit? These CDMA SIMs are perfect for anyone who struggles with poor indoor cell service. Here are just a few examples: Small to Medium-Sized Businesses: Improve communication and productivity for employees and provide better service to customers. Retail Stores: Enable mobile point-of-sale systems and enhance the shopping experience for customers. Hotels and Hospitality: Provide guests with reliable connectivity for work and leisure. Healthcare Facilities: Ensure reliable communication for staff and patients. Home Offices: Stay connected and productive while working from home. Individuals: Enjoy crystal-clear calls and fast data speeds wherever you are inside. Beyond the SIM: ATC Indoor DAS’ Full Suite of Solutions While these SIMs are a fantastic solution for many, ATC Indoor DAS also offers a full range of in-building wireless solutions, including: Distributed Antenna Systems (DAS): Custom-designed DAS solutions to provide comprehensive in-building coverage. We handle everything from site surveys and design to installation and maintenance. Small Cell Solutions: Deploying small cells to enhance capacity and coverage in dense areas. Wireless Network Optimization: Optimizing existing wireless networks to improve performance and efficiency. Professional Services: Providing expert consulting and support to help you design and implement the best in-building wireless solution for your needs. Availability & Pricing The new CDMA network SIM cards are available for purchase directly from ATC Indoor DAS. Pricing varies depending on quantity. Contact us at 909-670-1366 or visit our website [website address would go here] for more information and to place an order. About ATC Indoor DAS LLC ATC Indoor DAS LLC is a leading provider of in-building wireless solutions, dedicated to improving connectivity for businesses and individuals. We offer a comprehensive range of products and services, including Distributed Antenna Systems (DAS), small cell solutions, and wireless network optimization. Headquartered in Boston, Massachusetts, we are committed to delivering innovative and reliable solutions that meet the evolving needs of our customers. We are located at 116 Huntington Avenue, 11th Floor, Boston, MA, 02116, United States.