When it comes to technology- and specifically, new products-
perhaps nothing is more anticipated than the iPhone. When the original iPhone
was released in 2007, it was the beginning of the Age of the Smartphones. Since
then, Apple has stayed on the cutting-edge when it comes to their iPhones, and
excitement and anticipation over technological leaps and bounds precede each
release.
Last weekend, Apple released
their new iPhone, the iPhone 5. Apple had had nearly a year since its most
recent phone, the iPhone 4S, to work on improvements. The major selling points
Apple hit on in its press
release were the physical features, hailing the new product as the
“Thinnest, Lightest iPhone Ever”. For this post, I thought I’d take a look at
that claim, and examine the evolution of the iPhone. Is it really the thinnest,
lightest iPhone ever? Is there anything that prior incarnations of the
smartphone did better? Just how much money is Apple making on the iPhone,
anyway?
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Apple has released a new iPhone fairly regularly- about once
a year. I won’t be discussing the technological advancements of the iPhone in
this post because it’s clear the iPhone has progressed substantially in terms of technology
(Siri, anyone? It’s something Sci-Fi authors could only dream about even
recently). Instead, we’ll be taking a look at the physical aspects of each
phone.
The following graph represents the change in width for the
iPhone over time:
As you can see, there’s clearly no change between this
generation and the previous two. However, the other dimensions of the iPhone 5-
height, depth, and weight- have
changed somewhat. Here are those graphs:
The iPhone 5 is significantly larger in terms of height over
its previous incarnations. However, the change shouldn’t be terribly noticeable
for anyone using the phone: Only about eight millimeters, or a little more than
the length of a red ant. It also results in a potential increase in screen
size, though again, not terribly noticeable.
The iPhone 5 is also easily the thinnest iPhone yet, with a
depth of only 7.6 mm. But is it really that significant of a change? The new
phone has only shed 1.7 mm. Remember that ant from earlier? 1.7 mm is about the
length of its head, maybe a little smaller. The change probably won’t make any
significant difference in the future.
The weight of the new iPhone is something Apple is
significantly proud about. They claim to have eliminated 20% of the weight of
the iPhone 4S (and they have, actually), but since the iPhone 4S was so light
in the first place (140 grams), is it really such a big deal? Let’s examine:
the iPhone 5 is 28 grams lighter, so imagine three pencils, or five quarters. I
suppose this could make up a fairly noticeable change- I’ve never actually held
and compared the two, so I’m just making an estimation. But again, the iPhone
4S was already very light, so Apple isn’t
actually saving the backs of millions of their customers (thank you, the
Onion).
I also measured some characteristics of the iPhone that
aren’t exactly physical: memory and battery life. We can easily see the change
in memory over the generations simply by looking at what was sold- the original
iPhone was sold in 4, 8, and 16 GB versions, and while every iPhone generation
has had a 16 GB version, it’s the smallest memory option for the iPhone 4S and
5, which have 32 GB and 64 GB variants.
Battery life is more interesting than storage memory. Audio
and Video battery life has gradually increased over the years (40 hours of
audio since the iPhone 4, and 10 hours of video since the iPhone 3G), but
standby life has a different trend. The iPhones 3G, 3GS, and 4 all had the most
standby life, at 300 hours. The iPhone 5 has three days less life than that. Apple can still claim that it has increased
the battery power, however, since the iPhone 4S only had 200 hours of battery
life.
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Has Apple been doing enough to attract new customers and
retain their old ones? How have their iPhone sales done over the years? The
answer may surprise you:
Black plots in the above graphs represent the first quarter of Apple’s fiscal year. Their first quarter falls over the holiday season, and so yields significantly higher sales and revenue. |
The iPhone has been a complete and utter success for Apple.
Sales per quarter after the release of each phone have, at the very least,
doubled. In the quarter after Apple released the iPhone 3G, it saw an 861%
increase in units sold. Yes, you read that number right: 861%. While each
iPhone slowly trends downward after release (I estimated a 25% loss each
quarter when a newer model was on the market), Apple still pulls in billions of
dollars each month, and could hit $100 billion of revenue for this fiscal year.
Even more promising for Apple is the first-weekend sales of
its new iPhone 5. Five million phones were sold, bringing in about $1.5
billion- more revenue than the original iPhone made in its entire run, and
nearly as many units sold.
Here is my data: https://docs.google.com/spreadsheet/ccc?key=0AnZrkjWWJajQdFNLdmtnYUxOR1ZlY2lfVHR1ZlpGZ0E
Bounds were determined in several ways, but should be viewed
as the maximum and minimum possible totals for each phone. We know that no
phone has sold $0, so we have to estimate the lower bound. The estimated exact total is
based on the 25% decay rate mentioned above and, barring the discovery of the
actual data, is a good ballpark figure for each phone’s sales totals.
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