Let’s face it, you really can’t get anything done without Internet access. It’s a byproduct of living in the 21st century. We use our smartphones for everything today, from managing our schedules, checking into the gym, and now controlling our smart home. But what happens when your Internet Service Provider’s (ISP) equipment isn’t cutting it? The truth is that it may not be their fault; local ISPs in Lake Norman or Charlotte aren’t built to handle large residences, advanced smart home systems, or high-end audio video components. For these applications you need a trained and knowledgeable professional for wireless network installation. Here are three issues you may be facing right now, and the solutions we offer to solve them.
Let’s face it, you really can’t get anything done without Internet access. It’s a byproduct of living in the 21st century. We use our smartphones for everything today, from managing our schedules, checking into the gym, and now controlling our smart home. But what happens when your Internet Service Provider’s (ISP) equipment isn’t cutting it? The truth is that it may not be their fault; local ISPs in Lake Norman or Charlotte aren’t built to handle large residences, advanced smart home systems, or high-end audio video components. For these applications you need a trained and knowledgeable professional for wireless network installation. Here are three issues you may be facing right now, and the solutions we offer to solve them.
SEE ALSO: How Can You Boost Your Home’s Cell Phone Signal?
1.You have a smart home, or many connected devices.
If you have a smart home or are thinking about getting one, a professional wireless network is a requirement, not an option. If you have many connected devices or streaming platforms in a dedicated home theater, you’ll need one as well. High-bandwidth devices put a lot of pressure on home networks, and simply purchasing a faster Internet speed won’t solve the problem. You need a local professional to place routers in the right locations and provide commercial-grade hardware. Higher-quality networks use faster CPUs and memory to process multiple connections at once, and advanced thermal management to keep equipment cool. They also can handle a greater number of connected devices and the intense network traffic.
