Hot on the heels of those blurry, low-quality photos of the upcoming HP iPAQs, come these shiny new pics sure to have waiting fans foaming at the mouth. As you can see, the new handhelds are definitely a reality, and now we've got details on added models to the lineup, as well as rumored release information. First and foremost is the iPAQ 914 (pictured), a Windows Mobile smartphone with a 3-megapixel camera, GPS, WiFi, and HSDPA support. HP is also intro'ing the 614, another Windows Mobile device (this one presumably with a touchscreen), plus GPS, WiFi, and HSDPA -- both new phones are said to be selling for around $800. The company is also introducing the 314, a GPS navigator with custom HP software, and the iPAQ 214 and 114 ($500 / $430), two Windows Mobile-based PDAs without any phone functions (though they have WiFi, allowing for VoIP). All of the devices are said to be hitting shelves in October, save for the 914, which is due (supposedly) in November. Feel free to hit the read link for more info, though we warn you, it's in Swedish.

[Via Unwired View]

Instead of tracking kids with cellphones, some folks in South Korea want to track those caught fish. That's right -- SK Telecom is enabling fishermen to keep tabs on the fish they're trolling for using a float-shaped ultrasonic transmitter tethered to a cellphone and a fishing line. The phone then shows the lowdown on just what's happening underseas, including water depth and fish location. Should be an interesting niche for SK Telecom to recruit the high-tech fisherman that was just waiting for a solution like this.

We've got all sorts of incredibly tiny chips serving very unique purposes, but Kyocera has developed a 10- x 8-millimeter wireless LAN wafer that should feel right at home in those oh-so-cramped innards of certain diminutive mobiles. The FWMG0-03 module comes in at just 1.25-millimeters thick, and provides full support for 802.11b/g protocols; aside from mounting all of the circuity on a single side of the board, compactness has been aided by the low temperature cofired ceramic (LTCC) used, "resulting in an enhanced bending strength of 400 MPa which is approximately double that of the general LTCC." The chip draws just 0.85 milliwatts while in standby, 550 milliwatts when transmitting data, and 291 (802.11b) / 345 (802.11g) milliwatts when receiving. While we aren't sure which cellphone manufactures are vying for batches of these minuscule modules, we do know that a trio of operating voltages will be available when these start "volume production within 2006," and SDIO / SPI will be the supported interfaces.