![]() |
| Wireless Backhaul Infrastructure and Last-mile Wireless Broadband |
| The Web has become so rich with multimedia content that ISP and WISP networks everywhere are being overwhelmed with a rising demand for bandwidth. Regardless of your deployment area - whether it is urban, suburban, or rural- broadband wireless Internet access (BWIA) solutions and wireless backhaul extensions are by far the most cost effective and fastest ways to reach the most possible customers.
Wireless data links take place of dedicated leased lines where the leased line connection is not possible or too expensive. Basic requirements for using wireless data links are: i. Customers are located within 25 miles or 40km radius around the central site. ii. Direct Line of Sight between Customer location and the central antenna. iii. Use of the 2.4GHz, 5.2GHz or 5.8GHz frequencies (Unlicensed Band) according to the local regulations. | ![]() |
| One important consideration for any ISP or WISP is how to deliver the bandwidth to each base station. Building a network infrastructure using traditional copper cable or fiber network connections can take a lot of time and can be prohibitively expensive. The preferred method for building your network is with high-capacity wireless point-to-point links or wireless backhaul. Anjnay wireless backhaul solutions make it incredibly easy for any Internet Service provider to inject additional bandwidth capacity into your existing network or to expand your network footprint geographic coverage into new territories with long-range point-to-point extensions. |
| Compared to the leased-line world of wired copper and optic fiber infrastructure - Wireless ISP networks enjoy many advantages:
Quick and easy deployment, fast ROI. (i).You own the infrastructure- Replace your leased access lines with wireless backhaul to eliminate recurring costs to the phone company. (ii).Low equipment costs- Base station construction cost is minimal when compared to long range wired facilities costs. (iii).License exempt spectrum is free- There are no recurring costs to the FCC . (iv).Low cost to add subscribers- Once you have deployed a base station, customer acquisition cost is very low. (v).It's Fast- While DSL and Cable modem subscribers are limited to slow download speeds broadband wireless access (BWA) solutions from us can provide up to 10 Mbps. (vi).Flexible Networks- given the ease of deployment, BWA networks are equally easy to change and modify as your business requirements change. |
| (i).Residential High-speed Wireless Broadband Services. (ii).Infrastructure Extensions for Traditional ISPs. (iii).Last-mile Wireless access. (iv).Wi-Fi Network Backhaul Services. (v).Bandwidth Upgrades for Existing Networks. (vi).Voice-over-IP & Video-over-IP . (vii).Campus Internet Access. (viii).Broadband Internet Access -The Last Mile. |
| Demand for high-speed broadband Internet access continues to grow on a daily basis. This is good news for Internet Service Providers (ISPs), however broadband network operators face ongoing challenges associated with finding faster, easier and more cost-efficient ways of meeting that demand. Broadband Internet access from us enables to deliver reliable high-speed data, voice, video, and rich media services with minimal investment and maximum flexibility. |
| The term Broadband Internet Access is generally defined by the expected speed of an Internet connection. The term "high-speed" is often used when referring to Broadband Internet Access and the speed of a "broadband" connection is typically at least 256 kbps (kilobits per second) and more commonly around 1 Mbps (megabits per second) or higher. But Broadband Internet Access is more than just the connection speed. It is the extra capabilities and possibilities that the extra speed gives to the end user that truly defines the meaning of Broadband Internet Access. |
| The word "broadband" comes from "broad bandwidth" and refers to a high-capacity transmission medium capable of simultaneously carrying multiple types of data over a single communications medium. So "Broadband Internet Access" can be defined as a two-way connection between an access network and an end user which is capable of supporting data, voice, and full-motion interactive video applications. It is these extra capabilities, rather than simply the "high speed", that defines what it means to Broadband Internet Access subscribers today. |
| A Broadband Wireless Access radio network consists of base stations (or Access Points) and Customer Premise Equipment (CPE) radios, also called Subscriber Units (SU). A wireless Access Point (AP) is typically mounted on towers or tall buildings since each customer requires line-of-sight (LOS) back to the base station in order to receive service. The AP delivers a high-speed Internet connection bandwidth to each SU. Because the AP is communicating with multiple SUs, it is considered a point-to-multipoint (PmP) network. Point-to-multipoint wireless networks are highly cost efficient and easy to manage since the Access Points serve as the management portal and their quantities are limited. |
| Anjnay's high-speed fixed wireless broadband internet access is the quickest and most cost effective way to reach the most customers. Quick and easy to install- faster return on investment, lower Total Cost of Ownership. Flexibility- Anjnay wireless Internet access networks are easy to scale and grow as your business requirements change. No recurring costs- you own the infrastructureLow equipment costs Base station costs are minimal when compared to long range wired facilities costs. Easy to add subscribers- subscriber unit and customer acquisition costs are very low; up to 500 SUs per AP. High Speed- DSL and Cable are limited to slow speeds compared to broadband Internet access solutions from us: up to 10 Mbps per subscriber. |
Home