Flash memory Stories June 11, 2015
Flash memory Stories April 22, 2015
Apple has started to charge the credit cards of customers who ordered the highest-end 1.3GHz version of the 12-inch MacBook, according to emails from 9to5Mac readers. The customized, built-to-order MacBook went on sale earlier this month with 3-4 week shipping times for even the earliest orders, and Apple originally promised a delivery timeframe of May 8th to May 15th. As we saw with Apple Watch credit card charges earlier this week, it seems plausible that Apple already charging customers for the 1.3 GHz MacBook could indicate that shipments of the new laptop will begin occurring sooner than originally expected. However, readers have yet to report any signs of UPS or FedEx tracking numbers, or their Apple Online Store status pages moving from “Processing” to “Preparing for Shipment.”
Update: Several readers reporting that their MacBooks are now preparing to ship, several weeks early:
Flash memory Stories September 4, 2014
KGI analyst Ming-Chi Kuo, in a report this morning, states that both 4.7- and 5.5-inch models of the iPhone 6 will be launched next week and will both offer 128GB storage option. If Apple retains its usual three-tier structure this would suggest 32GB, 64GB and 128GB models – though it could be that 128GB would be a fourth tier, as with its iPad Air models. Or, as a previous report suggested, Apple could keep the 16GB option as a very low price tier and skip 32GB.
The same report predicts that the iPad Air 2 will be announced on the same day as the iPhone 6 rather than in a separate event in October. In this scenario, Apple would forgo any physical updates to the iPad mini line (perhaps price drops?). If true, this suggests that it could be a relatively minor refresh, perhaps simply with Touch ID added and a marginally thinner casing along with the RAM bumped up to 2GB for things like split window multitasking … expand full story
Flash memory Stories August 18, 2014
A set of schematics by GeekBar on Weibo have been making the rounds today, claiming to show both NFC support for the iPhone 6 as well as ‘confirmation’ that the device will feature just 1 GB of RAM, like the iPhone 5s.
Although the site focuses on the 1 GB description at the top of the image, it turns out that the schematic is actually a design for a NAND flash component (a storage chip, the same memory used in iPhones and other mobile devices for storing user data like music and photos) rather than RAM for the SoC.
Todd DeRego, a SoC memory engineer, says that the schematic does not have enough signals for it to be a DRAM interface. He also points out that the AP_TO_NAND text refers to an application processor to NAND link, indicating this memory is actually used as a way of storing the booting firmware and not the main memory of the iPhone. Although the RAM claim is almost certainly untrue, the NFC claim cannot be so easily dismissed.
Flash memory Stories June 3, 2013
Flash memory Stories October 16, 2012
We got a look inside the new fifth-generation iPod touch last week thanks to our friends over at iFixit. Today, they are taking apart the seventh-generation iPod nano that Apple recently unveiled alongside the new iPod touch and iPhone 5 lineups. While it did not perform quite as poorly as the iPod touch in terms of repairability, it was still unable to outperform the 7 out of 10 repairability score given to iPhone 5. We see the usual suspects inside including flash memory from Toshiba and a TI touchscreen controller. However, a quick look at the Nano’s internals shows a few anonymous, Apple-branded chips as well:
* Toshiba THGBX2G7D2JLA01 128 Gb (16 GB) NAND flash * Texas Instruments 343S0538 touchscreen controller * Broadcom BCM2078KUBG Bluetooth + FM radio * NXP Semiconductors 1609A1 * 75203 23017 * 75292 98820 * 339S0193 * Apple 338S1099 * Apple 338S1146
Thanks to many components being soldered to the logic board (battery, lightning connector, headphone jack, etc.), and a battery attached to the assembly, iFixit is giving the new Nano a 5 out of 10 for repairability. Here are some of the highlights: