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New Chip To Cut Cost Of LTE Smartphones
February 22, 2012 by admin
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Chip manufacturer Renesas Mobile has unveiled the MP5232, a processor that will allow vendors to build LTE (Long Term Evolution)smartphones with a price tag between $150 and $300, the company said Wednesday.
The big advantage of the 1.5GHz dual-core processor is that it is a single-chip product that can do both 3G and LTE, eliminating the need to use separate chipsets for the two technologies. A more integrated device results in a cheaper product that takes up less space and uses less power, according to Malik Saadi, principal analyst at Informa Telecoms and Media.
The cost is important, because for LTE to take off, there is a need for smartphones that cost less than current products, according to Renesas.
In addition to smartphones, the MP5232 can also be used to power tablets, said Renesas.
One of the challenges of developing chipsets for LTE is the plethora of frequencies used. Renesas hasn’t specified which bands the MP5232 can handle, but says it is designed to support all major operators and their respective requirements.
AMD Makes Gains
Worldwide processor shipments grew during the third quarter this year and Advanced Micro Devices gained market share from Intel over last year despite being plagued by manufacturing problems, according to a study released by Mercury Research on Tuesday.
Shipments of processors during the third quarter went up by just 5% compared to the same quarter last year, according to Mercury Research. Chip shipments have grown despite flat-to-slow growth in PC shipments worldwide over the past year, said Dean McCarron, principal analyst at the research firm.
Intel held an 80.3% market share, a small drop from 80.6% market share during the third quarter last year. AMD’s market share was 18.8%, growing from 18.3% market share last year.
Mercury Research’s numbers cover all x86 systems including laptops, desktops and servers. The company did not provide full microprocessor shipment numbers.
AMD’s Fusion mobile chips for netbooks and laptops are doing much better this year compared to last year, which helped the company gain year-over-year market share over Intel, McCarron said.
AMD Not Chasing Smartphone Market
August 15, 2011 by admin
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Advanced Micro Devices is not immediately pursuing opportunities within the smartphone markets as it does not align with the company’s strength in technologies like graphics, an executive said on Monday.
Smartphones are constrained on battery, pixels and screen space, and AMD has other areas it can focus on in order to grow, said Rick Bergman, senior vice president and general manager for AMD’s product group during the Pacific Crest Securities Technology Leadership Forum in Vail, Colorado. The company sees an opportunity to apply its graphics and chip technologies to tablets, where customers are demanding better video and battery life.
“We haven’t announced any plans to go in that handheld space. We’ve got plenty of opportunities… in server, notebook and now tablets, that’s our immediate focus. But if the right circumstances come up and we can see a way to impact the market, we’ll obviously continue to look,” Bergman said.
AMD has faced criticism for not aggressively pursuing the booming smartphone or tablet markets. The company in June rushed to release its first dedicated tablet chip, called the Z-series. The chip is a low-power variant of PC chips based on the Fusion microarchitecture, which includes a graphics processor and CPU on a single chip. Based on the x86 architecture, the chip can help tablets deliver a full PC and graphics experience, the company has said.
Intel Developing Thunderbolt Technology
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A new interconnect technology being developed by Intel could be ready for market by 2015 and will be able to move data between computers at up to five times the speed of its recently launched Thunderbolt technology, an Intel researcher said earlier this week.
The new technology uses silicon photonics, which combines silicon components with optical networking, to transfer data at up to 50 gigabits per second over distances of up to 100 meters, said Jeff Demain, strategy director of circuits and system research at Intel Labs, at a company event in New York.
Intel expects the technology to be ready for use in PCs, tablets, smartphones, televisions and other products by 2015, Demain said. As well as being faster than today’s interconnect technologies, it’s expected to lower costs because the components will be built using existing silicon manufacturing processes.
The technology could possibly be used in TVs and set-top boxes to carry video streams at much higher definition than those available today. Image resolution is likely to quadruple by the middle of the decade, when successors to 1080p have arrived, and that will mean more data has to be pushed to the TV.
It should also enable faster data transfers between smartphones, tablets, PCs and peripherals such as external storage drives.
The technology still has a way to go, but Intel showed its progress at the event in New York Wednesday. It showed what it said were working prototypes of the silicon chips used to transmit and receive the laser signals.