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In the latest of a string a reports regarding Apple’s plans for its upcoming wearable device, Re/code reports company executives have “discussed” a rough price of $400 for the device. That is merely a range, however, with cheaper models perhaps also in the works.
Apple executives have discussed charging around $400 for the company’s new wearable device.
Pricing has yet to be finalized for the forthcoming product, which is expected to begin shipping next year. Sources say consumers should expect a range of prices for different models including lower priced versions.
The report indicates that it is unclear whether Apple will have the pricing issue settled in time for its September 9 media event where it will reportedly show off the device, popularly referred to as the iWatch. If not, the company would remain silent on pricing for the time being and announce it a later date closer to launch, which may not occur until early next year.
Rumors regarding the wearable device have been inconsistent over time, making it unclear where on the spectrum of health and fitness band to true smart watch it will fall. Apple may, however, have altered its announcement schedule in order to better position the device as an iPhone accessory rather than as a standalone product.
(Image: iWatch concept from ifyoucouldseethefuture.com)
Yesterday, we shared a video and some photos from Feld & Volk [Instagram page] apparently showing a 4.7-inch iPhone 6 built from parts actually booting to the “Connect to iTunes” recovery mode screen.
A Tweet today from developer Steven Troughton-Smith points out that the graphics shown on the display during this booting process “*seem* to confirm” John Gruber’s arguments in favor of the device being equipped with a 1334 x 750 display at the same 326 pixels per inch density of previous Retina displays. More specifically, the evidence points toward an approximately 667 x 375 point display, which would presumably arrive in the form of a 2x Retina display at 1334 x 750 as Gruber suggests.
Sparked by Troughton-Smith’s observation, we have independently examined photos of the booting device provided to us by Feld & Volk and come to the same conclusion.
iPhone 6 (left) and iPhone 5s (right) shown booting to recovery mode. Letterboxing on iPhone 6 visible below Lightning cable.
The method relies on the fact that the “Connect to iTunes” image does not completely fill the display on the iPhone 6, with the Lightning cable ending above the bottom edge of the screen whereas on current iPhones it extends all the way to the edge. Assuming this “letterboxing” is due to the image not being optimized for the larger iPhone 6 display, it would correspond to the image filling an area equivalent to a 4-inch screen centered on the device’s 4.7-inch display.
This would account for the margin of black seen between the cable and the bottom of the display, and measuring the ratio of the space (plus a presumed equal one at the top) to the overall display size should yield an approximation of how much larger the viewable area is in points on the iPhone 6.
4.7-inch iPhone 6 display showing apparent letterboxed areas (red) with image optimized for 4-inch display (blue)
(Click for larger)
By our calculations, the border areas not covered by the image together suggest that the iPhone 6 display carries approximately 17.5% more points in the vertical dimension than a current 4-inch display. This would move the current 568-point height of the iPhone 6 (1136 pixels at 2x Retina) to 667 points (1334 pixels assuming 2x Retina) on the iPhone 6.
Assuming the aspect ratio of the screen remains the same as in the iPhone 5s, which by all indications it does, this would mean a 667 x 375 point (1334 x 750 pixels Retina) display for the iPhone 6. Performing the calculation in the horizontal dimension is more difficult due to nature of the recovery mode image, with no portion of the visible graphics extending to the side edge of the overall image to determine how much letterboxing space is on the sides.
Some observers have questioned the legitimacy of the video given the unfamiliar gear icon at initial startup and the blue iTunes logo that does not match the new red logo used on iOS 8, but Troughton-Smith notes the device is likely simply running Apple’s BurnIn tool rather than full iOS 7 or 8.
This analysis obviously addresses only the 4.7-inch iPhone 6 that Feld & Volk has acquired parts for. Gruber suggests the 5.5-inch iPhone 6 will likely contain a 2208 x 1242 display at a sharper 3x factor than the current 2x Retina. As pointed out by developer James Thomson and 9to5Mac, the current iOS 8 beta is indeed showing some behavior indicating a preference for displaying 3x images when available.
Amid all of the leaks today based on photos and videos from luxury modified iPhone vendor Feld & Volk [Instagram page], one additional point worth mentioning is the device’s LTE modem. While photos posted to reveal the existence of an NFC chip from NXP has seen identifying marks on many of the other components blurred, a portion of the text printed on the LTE modem is visible, confirming the board does indeed contain Qualcomm’s MDM9625M as had been previously rumored.
MDM9625M boxed in red
The MDM9625 is a Category 4 LTE modem, supporting speeds of up to 150 Mbps, compared to the MDM9615 Category 3 modem at up to 100 Mbps, which is found in the iPhone 5s, 5c, and 5. Some observers had been holding out hope that Apple might use Qualcomm’s even faster MDM9635 Category 6 modem as is reportedly lined up for Samsung’s upcoming Galaxy Alpha handset, but with Apple’s history of conservatism in choosing its cellular technology and questions about production ramp-up for the MDM9635 make it unsurprising that Apple has opted for the MDM9625.
Likely WTR1625L boxed in red and WFR1620 boxed in blue
Part of the speed benefits of the MDM9625 and new LTE-Advanced technology compared to earlier generations of modems comes from the use of carrier aggregation to combine channels for greater bandwidth. With the MDM9625, this carrier aggregation requires a pair of companion chips, a WTR1625L transceiver chip and a WFR1620 chip. These chips appear to be located on the opposite of the iPhone 6 logic board from the LTE modem itself.
On the whole, the use of the MDM9625 in the iPhone 6 sets the stage for faster cellular data connectivity as networks are built out to support its capabilities, and Apple will likely tout some of these improvements during its media event scheduled for September 9.