Vodafone Testing 3G Signal Boosters for Indoor Users

Vodafone has announced that it is trialling a new product designed to improve 3G mobile signals in areas of homes and offices which may have lower levels of network coverage. Trials are currently underway in a number of Vodafone markets to assess the potential of the new product.

The product is based on technology which consists of a powered booster box connected to a small antenna that amplifies existing 3G signals from the wide area network to offer enhanced reception over a range of up to 9 metres.

The antenna is positioned where the mobile 3G network signal is strongest, either inside or outside the home or office and the booster is located inside where an improved signal is required.

The product differs from a femtocell in that it strengthens the signal from the existing network rather than creating a new dedicated coverage zone. Vodafone is looking at both technologies to see how they can each meet the individual needs of customers.

During initial trials in Vodafone Egypt, users reported improvements in network performance including enhanced voice call reception and improved 3G data speeds within parts of the building which had previously only been able to offer low coverage levels.

"The trials are part of Vodafone's ongoing commitment to develop new and innovative ways to enhance our customers' mobile experience." said Global Networks Director Andy MacLeod. "This product may help to improve performance in areas where customers may experience isolated spots of low coverage within the home or small office. Initial results are encouraging and we are now looking to get wider feedback from a broader set of customers."

In December, Vodafone Spain announced a pilot of femtocell technology with Vodafone Access Gateway. These access gateways connect 3G devices to the core network via broadband DSL and the pilot scheme was rolled out to a limited number of enterprise customers to assess its effectiveness in delivering wireless high-speed data and voice services.

Posted to the site on 17th February 2009