We've seen oodles of dual-mode handsets, but none quite like this. Rather than boasting two radios, two keyboards or two faces, NEC's N-06A -- which is gearing up to debut on NTT DoCoMo over in Japan -- actually has two purposes. Aside from making calls on the carrier's FOMA network, the phone can actually double as a wireless access point when AP Mode is enabled. The handset packs a cutting-edge Atheros AR6002 module, which enables handsets to operate in infrastructure mode, the primary wireless connectivity framework employed in access points, routers, laptops and other WLAN devices. In other words, your netbook (and seven other WiFi-enabled devices) can hop online via your handset, and it's far easier than the wacky tethering methods we deal with today. Other specs include an 8.1 megapixel camera, HSDPA / WLAN models and a miraculous 3.2-inch touchscreen with an 854 x 480 resolution. There's no mention of a price or ship date for the handset, but more than that, we're thirsty for details on when this chipset will be featured in a handset that's headed to US soil. Check the full release after the break.

Look out, Bluetooth -- Ozmo Devices has its eyes set squarely on you. Okay, so maybe this whole thing isn't as adversarial as advertised, but there's no denying that the aforesaid company's latest initiative will target the exact same devices that BT is embedded within now. Ozmo has announced a partnership with Intel at Computex that will extend the latter company's Cliffside WiFi Personal Area Network (PAN) technology to "low-power devices." Essentially, WiFi radios that suck less juice nowadays would take on dual roles -- accessing WLAN networks and doing the duties typically reserved for Bluetooth -- which would enable devices to have one less component stuffed within bulking things up. As of now, there's been no takers on the design, but word on the street has Belkin already testing the approach out for kicks and giggles (or maybe something way more serious).

[Via DailyWireless]

Read - Ozmo Devices' press release
Read - WiFI PAN explained