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Peak oil profits ARM
That is until the price of oil hits $200 a barrel at which point the global economy is likely to implode like a black hole, according to some experts.
The straightforward argument is that the more expensive oil becomes the more expensive is power in all its forms. And that is as true for notebook computers as it is for mobile phones and basestations.
So power, green and recycling conscious have we become, there is even the prospect that Intel processors could become first unfashionable and then within an Orwellian European Union, illegal.
Although it is hard to directly compare ARM and Intel processor efficiency, because the two processor architectures traditionally run different software, the generally accepted wisdom is that the leading ARM processor is quite a bit more efficient that a leading Intel processor on the same process technology node. However, it is often the case that Intel can produce on a more advanced process earlier than ARM's processor licensors.
However, the more that Intel tries to compete directly with ARM in the Mobile Internet Device (MID) space (see ARM versus Intel? published Jan. 7, 2008) the more Intel's power inefficiency is likely to be revealed.
The advent of ecodesign legislation in Europe directly targets power-consuming electronics products (see Are you ready for EcoDesign? published on Feb. 13, 2008).
For now the legislation is focused on the waste caused by the standby mode, but increasingly the tone of the documentation is that designers must show that they have taken appropriate steps to reduce the power consumption of their products. And if they cannot do that there is the risk that the products will not be allowed to be marketed within the European Union.
Those appropriate steps are likely to be a moving target that will migrate from the standby button, to the hardware in general and then to the software.
Surely Intel processors could not be deemed illegal in Europe just because they are power-hungry?
Well, the preparatory report on the ecodesign of PCs, published in September 2007, considered power savings in the processor and on the motherboard, including a discussion of the benefits of multicore processors. Software was excluded from the discussion although the opportunity for power-saving through improved coding was noted. And Microsoft's Vista operating system was criticized in the report for the way it "wastes" computer cycles.
So there is no doubt that peak oil is driving a state of mind that will favor ARM or possibly another processor that is even more "green" and power-efficient. And meanwhile engineers should learn to write code for minimum instructions issued and computer cycles used.
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- Big Switch releases open source controller for OpenFlow
- Sonics, Tensilica team to improve IP efficiency
- All-In-one MP3 audio system-on-a-chip for audio processing applications
- Micron Technology appoints Mark Durcan as Chief Executive Officer
- Multiple chip architectures pursue the $14 billion small cell market, says NPD In-Stat
- Multi-channel combined temperature and pressure charge amplifier
- Simulation framework automates test procedures
- High density hot swap front-ends deliver up to 650-W
- Portable accelerometer shaker and calibration system
- Shrinking memory bits a million times through antiferromagnetically coupled atoms
- Energy efficient 100-W LED light bulb uses only 12 W
- Intel, Samsung 'smell blood in the water'
- Analyst claims Windows on ARM will not be much of a success
- Nokia's Lumia 900 to lead Windows Phone resurgence
- HokieSpeed, the supercomputer for the masses
- Texas Instruments shows off Pico HD projector that fits into a smartphone
- Osram creates gallium-nitride LED chips on silicon wafers
- Marvell and One Laptop per Child unveil the XO 3.0 Tablet
- Nokia buys Nordic OS developer
- High-Speed, Real-Time Recording Systems
- Organic solar cells and OLEDs - A comparison of two competing approaches
- USB-Based Thermocouple Temperature Monitor with Cold Junction Compensation
- TTEthernet Scalable Real-Time Ethernet Platform
- IGBT Modules: Data Sheet Comparisons and the Pitfalls of such Comparisons
This month Keithley Instruments is giving away two of its Model 2200 power supplies, worth 735 Euros each, for EETimes Europe's readers to win. The Model 2200-20-5: 20V, 5A, 100W on offer is one of five general-purpose programmable DC power supplies recently launched by the company, designed for source measurement instruments for component, module, and device characterization and test applications.
Part of the Series 2200 family, the unit’s voltage output accuracy is specified at 0.03% and its current output accuracy is 0.05%. The supply’s high output (1mV) and measurement (0.1mA) resolution makes it well-suited for characterizing low power circuits and devices in applications such as measuring idle mode and sleep mode currents to confirm devices can meet today’s ever-more-challenging goals for energy efficiency.
And the winners are:
In our previous reader offer, EPC was giving away ten of its EPC9002 development board kits, worth USD 95 each.
Lucky winners include I. Blythe and C. Hardman from the UK, M. Casartelli and D. Cogliati from Italy, C. Cossio from Spain, W. Milarch from Germany, r. Milewicz from Poland, M. Prascak from Slovakia, A. Raidl from Austria and M. Taslakov from Bulgaria.
All should be receiving their kits soon. Let's wish them some interesting findings with their projects.
Power
ABI Research
Samsung
Analog
Battery
IMS Research
Apple
FPGA
NXP Semiconductors
Power Management
TSMC
SoC
Freescale
Solar
ARM
IBM
Vishay Intertechnology
MEMS
Maxim Integrated Products
STMicroelectronics
LTE
Wireless
Linear Technology
Android
Semiconductor
Smartphones
Texas Instruments
Analog Devices
Intel
Smartphone
This site contains articles under license from EETimes Group , a division of United Business Media LLC.



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