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9/16/2008
As the new, yet-to-be-finalized 802.11n wireless LAN standard picks up steam in higher education, it offers great business potential for VARs with expertise in wireless networks. In particular, smaller schools are rich opportunities, both because there are far more of them and because they are less likely to have adequate wireless expertise on staff.
In that vein, KOR Systems, a networking solutions firm based in Gainesville, GA, was instrumental in helping Emmanuel College, a 700-student private college deep in Georgia, move this summer to an 802.11n wireless network from Ruckus Wireless. KOR is a networking solutions firm based in Gainsville, GA; it works with at least two wireless vendors, including Ruckus.
Although KOR's primary focus is the hospitality industry, KOR IT Design Engineer Bernard Davis brought an understanding of the education market to the project along with his wireless expertise. "Schools are very budget-constrained right now," Davis said--something that became clear during the bidding process for the project. When Davis saw that various vendor bids to install a new wireless network at Emmanuel were all far too expensive for the tiny college, he revamped the KOR bid to focus only on the residence halls, bringing the price down significantly.
Testing the Standard
In August, he helped the college install two Ruckus controllers and 31 access points; reaction from students in the first few weeks of school has been positive so far. The school plans to add additional access points as needed based on usage feedback and testing.
The 802.11n standard is expected to be ratified in final form in late 2009. However, a number of vendors are already offering 802.11n equipment built to the latest draft version of the standard, on the assumption that little will change between now and final approval. Also, many notebook computers offer 802.11n capabilities already; for those that don't, 802.11n access points can "step down" to accommodate other wireless standards on devices, such as the commonly used 802.11g.