Enterprise Wireless

The use of wireless technology has exploded over the past decade. Where initially the technology was thought to be unreliable and insecure – wireless platforms have evolved to provide as much, and in some cases more, reliability and security than traditional wired networks.

RF Design

RF design skills are essential to many of our product developments. A large proportion of our projects are radio developments and require a detailed understanding of RF electronics. Our design skills encompass all aspects of RF product and system design including the detailed component level RF system design and RF PCB design. Our experience ranges from broadband wireless to RF design, microwave design and MM-wave design.

Wireless Enterprise

Think of connecting one location to another location, connecting multiple locations together… wirelessly. This provides extended LAN coverage to remote buildings where copper, fiber or phone lines are not available or are too expensive.

Save money on cabling your whole enterprise building by using wireless networking instead. Wi-Fi technology provides a rapid and cost effect alternative to traditional structured cabling for office or enterprise environments.

Wireless Campus

The most common use of wireless LAN (WLAN) bridges and routers is to link networks between buildings. These buildings can be across the street from each other or miles apart. For example, a utility company has two buildings across a parking lot in a major metropolitan area. The cost to survey, trench, and repave the parking lot could run as high as $200,000. A T1 link in this area would cost about $16,000 per year including monthly line charges. A wireless LAN (WLAN) bridge or router link can be installed much faster at a much lower cost.

Corporate, municipal, and university campuses with multiple buildings requiring interconnectivity will find wireless LAN (WLAN) bridges and routers an efficient and cost-effective alternative to leased lines or laying cables

• Universities are using Wi-Fi wireless LANs (WLANs) to cover their campuses and dormitories and using wireless wide area links to quickly connect LANs in dormitories to their central computing center.
•  As corporations expand into nearby buildings, across industrial parks or across town, wireless LAN (WLAN) bridges and routers quickly re-establish their vital network connections.
• Public schools are using Wi-Fi wireless LANs (WLANs) for learning centers, and to connect buildings such as portables on campuses. They are using wireless LAN (WLAN) bridges and routers to connect their elementary, middle and high schools back to the main administration headquarters. Since spread spectrum can travel long distances, many MIS departments can establish virtual networks covering all of their schools.
•  Fire departments are making use of the wireless LAN (WLAN) bridges and routers to connect their various stations back to the central computing facility.
  

Carrier Backhaul

Carrier Backhaul is a common application for wireless technology. ISP’s have had to lay miles of cable to transfer data between geographies; now wireless can traverse those distances simply over the air, allowing carriers to rapidly expand their service coverage areas.