Wednesday, June 04, 2008, 09:00 am
Japan's SoftBank to offer Apple's 3G iPhone in Japan
SoftBank Mobile Corp., Japan's fastest growing mobile operator, announced Wednesday that it has signed an agreement with Apple to offer the iPhone to its customers later this year.Given that the carrier operates only 2G and 3G networks, the announcement further supports expectations that Apple is on the verge of introducing a new version of its handset built to run on so-called 3G networks.
SoftBank Mobile Corp, Japan's No. 3 wireless operator, recently beat all of its peers in annual net mobile subscriber growth for fiscal 2007, adding 2,676,500 subscribers thanks to its White Plan featuring lower fees.
As of April, SoftBank maintained a combined subscriber base of 18,779,100, which included 14,453,100 customers on its 3G network and 4,326,000 on its 2G network.
Talks between Apple and the carrier date back nearly two years to May of 2006 when rumors had the two companies collaborating on the then unreleased iPhone.
Apple had also been in talks with NTT DoCoMo, Japan's largest mobile wireless carrier, though an agreement between the two has not been announced.
On Topic: iPhone
- IDC gives Apple 9% of Chinese smartphone market, double the prevailing growth rate
- New patent lawsuit targets Apple over iPhone 5's call forwarding feature
- Researchers crack default iPhone Personal Hotspot passwords in under a minute
- Leaked schematics reveal what case makers expect Apple's low-cost iPhone & 'iPhone 5S' will look like
- High resolution images claim to show 'iPhone 5S' and iPhone 5 display assemblies side-by-side





\
Want to write for AppleInsider? Submit your application now!



SoftBank Mobile currently operates both PDC (Japanese 2G) and W-CDMA (UMTS 3G) networks. SoftBank's 3G network is compatible with UMTS and supports transparent global roaming for existing UMTS subscribers from other countries outside Japan. Subscribers of GSM networks having roaming agreements with SoftBank Mobile can also roam on the SoftBank 3G network by using UMTS handsets.