Cisco and Intel claim their recent test of 802.11n Draft 2.0 gear achieved a performance rating of at least 
five times the throughput speed of 802.11a/b/g WLANs. The test, whch was conducted at Intel's Casper, Ore., test facility "modeled after a typical carpeted office environment", achieved an average throughput of 182Mbps with a peak of 195 Mbps. The vendors claim the results are between 20% and 30% higher than competitive tests.
The vendors also say that a customer that has deployed Cisco 11n Draft 2.0 equipment on Intel hardware has experienced similar test results to those generated in Intel's test facility. "Southeast Alabama Medical Center's 802.11n Draft 2.0 system consistently resulted in more than 165Mbps of throughput and a 65% improvement for large file transfer times, a key measurement as physicians and nurses share media-rich content," according to a Cisco news release.
Read Cisco and Intel's white paper about the test here.
More 11n Draft 2.0 news from Network world here.
More from Cisco Subnet:
* 10 Tips for taking the CCIE Lab exam
* Cisco warns of WebEx ActiveX security hole
* SSL VPN vulnerabilities: Client certificates vs. OTP devices
* Direct sales vs. channel partners: The good, the bad and the ugly
* In depth series: Cisco Unified Communications Manager call routing
Go to Cisco Subnet for more Cisco news, blogs, discussion forums, security alerts, book giveaways, and more.
The Cisco Subnet blog is written by Network World managing editor Jim Duffy and is the official blog of Network World's Cisco Subnet community. The Cisco Subnet site is managed by Online Community Editor Julie Bort. Cisco Subnet is the independent voice of Cisco customers and is your gateway to daily Cisco news, blogs, opinion, books, prize giveaways and more. Visit the Cisco Subnet home page daily and while you are there, subscribe to the Cisco Alert e-mail newsletter, which includes news and views generated by the Cisco Subnet community as well as Cisco-related stories on Network World and elsewhere on the Web.
The Leader in Network Knowledge
