LONDON – The market for mobile handset ICs, including platform and connectivity ICs, was about $32.2 billion in 2011 and is forecast to grow 11 percent in 2012 to reach $35.7 billion, according to market research firm ABI Research.
Qualcomm was the leading supplier of mobile ICs in 2011 with 26 percent, ABI said. The company expects Qualcomm to lead again in 2012 but did not give a market share estimate for 2012.
Rival analyst Strategy Analytics recently estimated Qualcomm's market share at 48 percent in the first half of 2012.
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MediaTek is following hot on Qualcomm’s heels with its MT6575 platform for low- to mid-end smartphones and is changing from a lower-end handset to a smartphone-focused supplier. Broadcom continues to lead the handset wireless connectivity market with almost 40 percent revenue market share, due largely to its strength in the combo IC market.
Qualcomm, Broadcom, Texas Instruments, and MediaTek are strong in both platform ICs and connectivity ICs
"For all handset IC suppliers their future fortunes in the market will be bound by their ability to embrace integration and supply the market with compelling solutions that enable high functionality whilst keeping costs down," said Peter Cooney, director of semiconductors, at ABI Research, in a statement.
Every now and then something new comes along that causes you to want to dig down and find out a little more information. Tearing my attention away from Caitlin Jenner for a moment, I thought I'd take a closer look at the remarkable Solar Impulse 2 – an airplane powered solely by solar energy.
When analog engineers get together, the discussion always turns technical with a touch of fun. Laptops open up, schematics are surveyed and discussed, good hearty laughter abounds, and fond reminiscing of analog icons no longer with us brings out old stories and some good memories.
It might seem counterintuitive that an active device solution consumes less power than a passive device. Every design engineer knows that a passive crystal resonator (XTAL) doesn’t draw power, so why use an oscillator in place of an XTAL in a power sensitive application? The answer becomes clear when total system power is considered.