Just the Amount of Bandwidth You Need – and No Waiting!

Fixed wireless Internet access from Freewire Broadband is an affordable and scalable alternative to wireline options for your business.  Freewire Broadband is the largest Fixed Wireless Network in our marketplace. Freewire offers Internet access services from 2 Mbps up to GigE speeds that can be installed at a fraction of the time generally quoted by the traditional providers.  With our fixed wireless data services, you are no longer limited to T1 or DS3 increments – Freewire Broadband gives you just the right amount of bandwidth you need to support your applications.

Our Fixed Wireless Internet access service is uniquely suited to your ever-changing needs, whether you’re a small business or a Fortune 1000 company. With our Fixed Wireless network, Freewire Broadband delivers high-bandwidth Internet access over the air, directly from our privately owned network to your office. Because we bypass the local phone and cable infrastructure, you don’t have to pay the additional cost of the local loop. We deliver Internet access, loop and port for one affordable price. We stand behind our services with a 99.99% uptime guarantee, delivered at a cost performance level unmatched in the industry.

  • Ethernet Service: Our Internet access is delivered via an Ethernet connection, making it simple for you to connect directly to your LAN.
  • Fast Install & Upgrade: 
 Freewire Broadband can deploy your services in a matter of days – or upgrade your bandwidth in a matter of minutes.
  • Path Diversity: Our wireless solution bypasses the traditional wireline network, providing you a true diverse path.
  • Security: Our wireless hardware utilizes 128 bit Advanced Encryption Standard (AES) to protect your data.
  • We Own our Own Network: Because we own our own network, neither you or we are beholden to the rules, constraints, or service politics of the old wireline networks run by the Telco’s and their resellers.

To read a case study on our Business Internet Services….Click Here