Europe
: It is anticipated that the time required for compliance testing
will increase by over 35% as the new 3G bearer and applications
are rolled out says RFI Global Services Ltd, an independent provider
of specialist testing and approval services to the cellular industry
worldwide.
This
trend is set to continue beyond 2005 as other new applications such
as HSDPA (faster 3G download), EDGE (enhanced GSM radio standard)
and PTT (Push-to-Talk) are bought to market.
The
prediction is based on key business drivers. One of the most significant
is the advance in multi-mode 2G, 2.5G and 3G mobile phone terminals
and the consequent creation of user applications (Multi-Media Services)
to exploit the new technology. This is supported by RFI's experience
in the final quarter of 2004 - an increase of 40% in the demand
for 3G testing services.
Adding
to the expansion, the incumbent network operators will push the
development of Fixed Mobile Convergence standards and the application
of Unlicensed Mobile Access (UMA) to increase revenues through local
WLAN and
Bluetooth® cordless technology.
Richard
Jacklin, Head of RFI Cellular commented, "Key test and performance
issues will include interoperability, roaming and handover between
cellular and the Unlicensed Mobile Access Network, requiring test
and approval companies to offer both cordless and cellular test
services."
RFI
also forecasts a continued shift toward outsourcing mobile phone
terminal design and production to Original Design Manufacturers
(ODMs).
Current
estimates indicate that ODM output will rise by 6% of the total
mobile phone market. Mr Jacklin added, "New handset terminal
manufacturers continue to enter the cellular market, also adding
to overall test and approval market growth."
The
accelerated growth will bring additional compliance management challenges
to the handset manufacturers if they are to meet their delivery
deadlines and ensure that their compliance costs are minimised.
RFI offer a comprehensive set of services and guarantees designed
to help customers achieve their targets.