The future of tiny SIM slots everywhere hangs in the balance as Apple, Motorola, RIM and Nokia continue deliberating over what the next nano-SIM standard will be. Not content with other offerings, Apple is now promising its own design will be royalty-free barring one tiny stipulation: everyone needs to adopt it as the de facto nano-SIM card standard.
A perfectly reliable source that I can't disclose has shown me a letter dated March 19, 2012 that a senior Apple lawyer sent to ETSI. The letter addresses the primary concern of critics of the proposal. The FT said that "the Apple-led proposal has caused some concern among its rivals that the US group might eventually own the patents". But Apple's letter has removed this roadblock, if it ever was any, through an unequivocal commitment to grant royalty-free licenses to any Apple patents essential to nano-SIM, provided that Apple's proposal is adopted as a standard and that all other patent holders accept the same terms in accordance with the principle of reciprocity.
Almost certainly, many industry players would like nothing more than a royalty-free standard. However, there are some reservations about Apple's designs.
For starters, according to Nokia, Apple's "nano-SIM" actually has the same width and length as a micro-SIM. Not only does this sound like a non-improvement, but Nokia claims it is concerned about users inserting micro-SIM cards into nano-SIM slots and getting them stuck. Another point of contention seems to be that Apple's design requires a tray mechanism. This adds to the bulk, complexity and cost of devices which would house a nano-SIM card. It's interesting to note that both the iPad and iPhone currently sport a tray design.
An ETSI (European Telecommunications Standards Institute) committee will be voting this Thursday on what they believe the next standard should be. Even if it is technically inferior, a royalty-free design may score big points with the panel.
Some may remember Apple's IEEE1394 (Firewire) standard. While technically superior to USB in both speed and features, Apple collected a handsome royalty ($1) for each Firewire device sold. Firewire's tepid adoption is often attributed to those royalty costs. USB on the other hand, despite its disadvantages, was essentially free to license and became ubiquitous seemingly overnight -- even for Macs.
Although Apple did decide to stop collecting royalties around the turn of the century, USB 2.0 was already upon us. It was too late and the majority of the world seemingly forgot about Firewire.
With that in mind, even if Apple's design isn't chosen, perhaps other companies will be pressured into offering their nano-SIM designs on the house.
The iPhone 4S looks identical to last year's model but comes in a new 64GB flavor and upgrades the camera to include an 8-megapixel sensor with improved low-light performance and 1080p video capture. In terms of performance the new iPhone is reportedly up to 2x faster and is also capable of running on faster HSPA+ networks, reaching theoretical download speeds of up to 14.4Mbps.
The iPad 2 improves on the original in many ways, including a significantly faster dual-core CPU, improved graphics and a thinner footprint. The iPad 2 also manages to shave off 0.2 pounds for a total weight of 1.33 pounds on the Wi-Fi only model. Apple has included two cameras on the iPad 2 – a VGA-quality front facing lens for FaceTime and a rear-facing camera capable of recording 720p video.
The Apple iPad (3rd-gen) includes a Retina Display operating at a resolution of 2,048 x 1,536. Powering the new iPad is a dual-core A5X processor with quad-core graphics, it also gets upgraded optics in the form of a 5MP backside illuminated sensor that features a 5-element lens, IR filter and ISP built into the A5X chip. Apple claims The new iPad is good for 10 hours of battery life and nine hours when using 4G LTE.
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