speed

As Apple’s iPhone 5S event approaches, some new details about the new device’s internals are emerging. Clayton Morris has claimed on Twitter that the iPhone 5S’s A7 processor is “running at about 31% faster” than the iPhone 5’s A6 chip. The iPhone 5’s A6 chip is dual-core, and it seems like the iPhone 5S will also remain dual-core.

However, there could be a major differentiator: 64-bit. We’ve independently heard claims that some of the iPhone 5S internal prototypes include 64-bit processors.

It’s unclear if 64-bit will make the cut, but it’s been in testing. We’re told that the 64-bit processing will assist the A7 chip in making animations, transparencies, and other iOS 7 graphical effects appear much more smoothly than on existing iOS Devices…

Expand
Expanding
Close

Update: a person in the know has pointed out a few problems with Brown’s post:

1. It was taken down and is currently down.
2. If you look at one of the lines of Apple’s code that he uses to allege throttling, it doesn’t even have anything to do with throttling internet speed. It’s just the term, used to talk about how often a phone should ping the network when it doesn’t encounter a signal, or something like that.
3. AnandTech posted a lengthy article explaining why it just isn’t true.

Joseph Brown, the developer behind the hacked carrier updates floating around for AT&T, Sprint, Verizon, and T-Mobile, just posted a lengthy blog post detailing how he claims “Apple limits devices to even out” the networks of its carrier partners. Specifically, Brown says that Apple is limiting the iPhone 5 to Category 10 (14.4Mbps) HSDPA despite the device’s support for category 24 (42.2Mbps) DC-HSDPA+ and the AT&T network supporting up to Category 14 (21.1Mbps) HSDPA+:

Here we can see what is quite obvious to, really, anyone at this point from being jerked around so much by carriers. Yes folks, this is throttling coding. When we made the AT&T Hacked Carrier Update, this was the first line of coding to be scrapped when the project started. Immediately, through my testing on an AT&T iPhone 5 and iPad 4th generation, there were significant and noticeable results. There is no argueing or disputing that this is clear evidence you are purposely, 24/7, being throttled, even if you haven’t used more data than your authorized to use or that you’ve purchased with your hard earned money. AT&T users, do you think this is fair?

The theory is that Apple limits the capabilities of the device in order to combat the large amount of data/bandwidth iOS device users consume and ease congestion on carrier networks. Brown found signs of throttling data speeds for Verizon and Sprint too. The only carrier that is apparently not limiting the iPhone 5’s capabilities is T-Mobile.

Brown also says “Apple has band preferences set for T-Mobile and AT&T causing signal issues” that could be easily fixed.

Here’s what Brown found in his analysis of the other carriers:
Expand
Expanding
Close

LaCie issued a press release today announcing an update to its Little Big Disk Thunderbolt series that now includes a pair of 2.5-inch SATA III SSDs. The new Little Big Disk provides read speeds up to 635MB/s, according to the company, approximately a 33 percent increase from the previous generation. It is also capable of daisy chaining up to six devices via its dual Thunderbolt ports:

The product features a pair of 2.5” SATA III SSDs. A RAID array can be configured using the Mac OS Disk Utility for performance (RAID 0) or security (RAID 1). It supports daisy chaining up to six compatible devices such as displays and other peripherals.

An example of just how quick the it is: LaCie said the new Little Big Disk can transfer a 50GB project in under two minutes or edit six uncompressed 422 streams simultaneously…
Expand
Expanding
Close

[youtube=http://www.youtube.com/watch?v=U_vaZl0H56o]

TldToday has discovered in the recently released Macbook Airs speed is not consistent among SSDs. While running tests, TldToday found that the 128GB Samsung SSD in the 11-inch MacBookAir scored 246 MB/s write and 264 MB/s read speeds, but when he switched to the 13-inch model speeds dropped to 156 MB/s and 208 MB/s using a 128GB Toshiba SSD. Engadget ran similar tests and confirmed Tld’s findings. In the video above you can find how to check if your MBA has the faster Samsung, or the slower Toshiba. Let us know if you see speed differences in normal usage.

Expand
Expanding
Close