I want to say thank you to all our customers for being so patient with us through the last 4 months or so. I’m the first to admit that our service has been less than perfect over the course of the summer and everyone has been very understanding. I’m proud to say that we have not lost a single residential customer and we plan on keeping it that way. We will respond promptly to any ones questions about how they can connect to our network. When a customer has a problem with their computer/private network, or a problem with our service we are there to help. We will offer all the knowledge and resources that we have to offer to anyone involved.Our network has become very strong in the Homer area and we have an amazing amount of coverage area. Our wireless signal can easily get to places that have little or no other Internet services available. If we haven’t already reached you, we are coming your way soon. We are doing and incredible thing with this new technology and be aware that this type of internet service is far more advanced and versatile than anything else available in Alaska today. This network is going places fast and for those of you who haven’t signed up with us yet, I suggest you join our project and I assure you that you will not be disappointed.
We have learned an enormous amount about how to adapt our network to the geography and climate that we live in here in Homer. In fact, we are pioneering many aspects in the development of Wireless Mesh networks.
For those of you interested, here is some basic info on how our network works. The wireless mesh network technology that we are using is a very new way to get Internet to peoples homes, businesses, and mobile devices. It is currently being deployed in many towns and cities throughout the world. Rather than having a central location for the server and internet connection, mesh networks consist of many “nodes” that are spread through out the community creating a web or “mesh” of wireless connections. If a connection failure occurs due to a weak signal or a hardware problem the internet traffic will find a different path to its source. When a mesh network spreads too far from the internet connection that feeds it, it can be connected to another internet source at a different location.
Traditional networks such as dial up, DSL, and cable providers become quickly overloaded when they become to dense. Mesh networks on the other hand become stronger the denser they become. That’s because when the nodes are closer together, their wireless connections become stronger, and more connections are created.
The nodes we use consist of a computer in a weatherproof case mounted on a tower or rooftop. It can have one or two wireless cards/antennas on it depending on its role in the network. All our hardware currently operates in the 2.4ghz frequency range and can communicate up to 10 miles away. They transmit at a maximum of 200mw therefore using very little electricity. I should also mention that we will soon be using 802.11a 5.4ghz Wireless cards in some of our nodes in addition to the 2.4ghz cards they have now. This will be used mainly for node to node connections rather than for client connections and it will increase our ability to handle a huge amount of users with super fast speeds. Right now most of our users are getting about 400Kbs with standard access.
We have a wide variety of equipment for residential setups depending on the requirements of the site.
We use several types of antennas including omni directional, yagi, sector panel, flat panel, and parabolic grid antennas. We have learned a lot about which antennas are most suitable for our needs.
We are learning about the various sources of noise from other wireless systems such as cell phone towers, and other high frequency radios. We now know how to optimize our signals by choosing the cleanest channels available. Also, 5ghz wireless cards are going to be used for some node to node connections that will be able to supply higher speeds to more users. Our network will soon reach out to all corners of the Homer area and Katchemak bay.
Darius Kliene, professional observer