Analysts Say Apple Is Stronger Than Ever With China Sales

If there’s any doubt about the fact that Apple’s latest iPhone is something to watch out for then clearly we haven’t heard the analysts speak. Just a few months after the successful release of the iPhone 5 in the United States, Apple ventured into the world by releasing the iPhone 5 in about 50 countries including Albania, Malaysia, Taiwan, Turkey and Venezuela. But the most notable release the American tech giant has had abroad was in China and the numbers say there is no denying that.

Chinese iPhone in China

Two Million iPhones and Counting

Just three days after the December 14 release of the iPhone 5 in China, the Cupertino-based tech company announced that they were able to sell 2 million units, a feat that CEO Tim Cook described as “incredible” and “the best first weekend sales ever in China.” Such was the iPhone 5 phenomenon in China that, weeks before the release, China Unicom, Apple’s partner carrier in China, reported 300,000 reservations for the said iPhone. And while reports say there were less stellar crowds at the Apple Store on opening day, analysts say the iPhone 5’s first few days on China’s shores still showed strong signs of growth.

The Expert’s Take

After selling 5 million units in three days in the United States, the tech giant suffered a shocking plunge in stocks which was credited to the slow shipping of iPhone 5 supplies, easily scratched back panels, Maps app failures and management shakeups. But a lot of analysts who looked into the China sales feat thought that this was exactly what Apple needed to climb back on top. Analysts from Atlantic Equities believe that the 2 million mark could help the American tech giant bring back investor trust. People at Barclay’s also agree that the China sales report was a good start to easing the worries investors may be having as of late.

ISI, meanwhile, reported that Apple’s iPhone 5 success in China was a “strong launch” especially since the 3G subscriber market in the said country is very limited. Some analysts like those from RBS thought that it was notable how the tech company managed to get a fair share of the Chinese smartphone market even without the help of China Mobile’s 700 million subscribers as well as their 75.6 million 3G customers. Piper Jaffray’s analysts also believe that the demand for the iPhone remains strong despite all the troubles the company went through in the past quarters.

Is Bigger and Tougher Going to Cut It for Apple?

It is not very surprising that the tech giant is beginning to toughen up their marketing strategies by going global. Just this month, the tech giant managed to launch the iPhone 5 in 50 countries. Reports say the company is on its way to launching the premiere smartphone in more than 100 countries by the end of this year. And while this bold attempt is pushing analysts to the edge of their seats, iPhone addicts are clearly becoming more excited about what’s in store for them, no matter where they are in the world.

Author Byline: Twila B. is a writer, a multimedia enthusiast, a blogger and an iPhone addict. She’s currently a news writer for Cashforiphones.com and has written hundreds of articles since 2010. Check out her writings at Cashforiphones.com/cfi/news! 

Report: Business Assessment report on RFID based University Degree Certification

I, along with my friends, did a small Business Assessment project in my Entrepreneurship course. We proposed for a new business venture of RFID based University Degree Certification. The Business Assessment was based on John Mullins Seven Domain approach which is very extensively explained in his book The New Business Road Test. The summary of the project is following:

The Degree Certificate awarded by a University is an asset of prime importance in an individual’s life. In this knowledge driven economy this testifies the certificate holders master in a subject and also carries with it the reputation of the institution which awarded it.

But cheating and forgeries have evolved along with the advance in technology. With numerous technologies to fake a document evolve the circulation of fake degree certificates has turned to be menace to the society, and a threat to the integrity of both the certificate holder and the educational institution that has awarded the certificate. This has lead to numerous cases of undeserving candidates occupying positions in companies and other institutions of repute which they are unqualified. Hence, there is a pressing need for universities to adopt a process that can ensure security of information and authenticity of the certificate issued.

The problem caused by technology has to be solved with technology. Our team has come up with a proposal to use Radio Frequency Identification (RFID) based solution, which enables the universities to curb the problem of fake degree certificates, forgery of mark sheets and also digitize the whole process of awarding certificates. The revolutionary technology enables university to award certificates with an embedded RFID tag that is encoded with the holder’s name, date of graduation, type of degree and entire transcript, photograph and biometrics (fingerprints), all digitally signed by the university authorities.

This revolutionary technology of embedding RFID tag into degree certificates is reliable, cheap to manufacture, and tamper free. Potential employers, foreign embassies, other universities and other stakeholders can read the data embedded in the RFID tag using an interrogator thus speeding up the service process.

The full report can be downloaded here: Enterpreneurship-computerandu.com

A word of thanks and questions are always welcome.

Report on Microstrip filter design using the stubs and transmission lines techniques

I, along with my friends, did a small project on Microstrip filter design using the stubs and transmission lines techniques during my Microwave course. The project was developed on AWR Mircowave office and was tested on Vector Network Analyzer. Following is the specification of the project:

To design a Low Pass filter, 0.5dB Equal-ripple, fc=2.4GHZ, R0=30Ω, Insertion loss at f=3.6GHZ is -5dB. Implementation of the filter using stubs and transmission lines technique with equal electric length transmission line segments (lambda/8)

The following are the detailed summary of the goals

  • To design the filter theoretically
  • To simulate the designed filter and check its performance
  • To implement the designed filter using microstrip technology
  • To check the performance of the filter on the 2 port network analyzer

If you want you can download the whole report here: Microwave project

Any questions or queries are always welcome.