Apple iPhone will be made available on T-Mobile network soon. Folks over at BGR have managed to procure some spy shots confirming iPhone running on T-Mobile US 3G network. The actual internal model is N94, whereas the CDMA model is N92 and GSM is N90. The iPhone is said to be running a test version of Apple’s iOS, like the one spotted on 64GB White iPhone model video leaked from Vietnamese site. The purported device is running internal Apple test apps like Radar and Apple’s employee directory app. The proximity sensor has dotted cuts instead of just a black cut in the white front panel of the retailing model of White iPhone 4. For us it looks highly unlikely that the internals on this iPhone model are being disguised in an iPhone 4 shell. You might be aware that last year, Kaufman Brother’s analyst Shaw Wu, predicted that the device would be made available to T-mobile after analyzing technical feasibility between the device and the carrier network. He added – T-Mobile’s 3G services (UMTS/HSPA) support 1700 MHz and 2100 MHz frequencies while AT&T supports 850 MHz and 1900 MHz frequencies. Interestingly, both the new iPhone 4 and iPhone 3GS support 3G at the 2100 MHz frequency and, from our understanding, the technical hurdle to support T-Mobile is minor compared to supporting CDMA technology at Verizon or Sprint. If the rumors turns out to be legit then the iPhone will be made available across multiple carriers apart from AT&T and Verizon. Ironically, AT&T has already bought T-Mobile from Deutsche Telekom for staggering $39 Billion.  If that AT&T acquisition get through all the bureaucratic hurdles, the iPhone will anyway make its way to T-Mobile customers. T-Mobile has more than 35 million customer base in US. If Apple signs a deal with the carrier the iPhone sales would increase substantially. Seems like soon iPhone would be made available with Sprint too! What do you say? Well, for full screenshots gallery head over to BGR. We will update you when more information about iPhone on T-Mobile comes-in. Stay tuned for more news on this topic by following us on Facebook, Twitter and/or by subscribing to our RSS Feed. Authors:

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