Too Soon, Too Little for 802.11n?

Datamation content and product recommendations are editorially independent. We may make money when you click on links to our partners. Learn More.

Being first in line is not always a good thing, especially when it comes to technology that is not quite ready for prime time.

It’s a lesson manufacturers of devices based on early versions of the 802.11n specification are learning the hard way as negative reports trickle in on these pumped-up Wi-Fi systems.

Concerns include doubts about the technology’s range and throughput, as well as its ability to play well with current Wi-Fi systems, according to a new report from ABI Research.

Reviews are leaning toward a “lukewarm” or “negative” response, said the study, which may be a huge ouch for wireless manufactures like Netgear, LinkSys and others that have rushed pre-802.11n products into the market.

“While they connect at high speeds at close range, these devices’ performance tends to fall off rapidly with increasing distance,” said ABI Research senior analyst Sam Lucero in a statement. “And interoperability is neither as robust nor as seamless as it should be.”

ABI’s conclusions are based on the results of independent tests of the early devices, which employ multiple-input, multiple output otherwise known as MIMO technology. The research house also talked to most of the 802.11n chipset makers, including Broadcom, Atheros and Intel.

A number of other researchers are cautioning companies to look very carefully before they leap at a technology that may not be fully defined until early next year, when the IEEE is expected to ratify the final standards specification.

Companies “should wait until the standard is ratified and Wi-Fi certification is implemented,” said the Gartner Group in a report issued last month.

Gartner notes vendors of early systems may be misleading current buyers by implying that today’s products will be in tune with tomorrow’s final technology.

This article was first published on InternetNews.com. To read the full article, click here.