Strategically Blogging

Lasers in Medical Imaging: The Forecast Looks Very Bright

Allen Nogee 07/11/2014

Almost all medical imaging to date has used one of three technologies: X-rays, magnetism (MRI), or ultrasound. X-rays alone have been used for almost 120 years now, and although today’s imaging technology has improved vastly over the many years, the fact remains that x-rays, ultrasound, and magnetism are all technologies that, due to many factors, produce coarse images, at least by today’s standards. But what if a very coherent light source was used instead, maybe a laser?

Actually, Optical Coherence Tomography (OCT), which produces images based on the reflections of coherent light, is not a new technology. OCT has been used since the early 1990s, especially in the area of ophthalmology, where the images produced by OCT are 100 times finer than standard images produced by ultrasound. In just the last five years, OCT has become one of the most important retinal imaging techniques used today.

The Impact of the Epistar Acquisition on the LED Industry

Martin Shih 07/09/2014

Epistar (2448.TW) announced a plan to fully acquire Forepi (3061.TW), the second-largest chipmaker in Taiwan, through a share swap (1:3.448), implying 18% share dilution to Epistar. The effective date will be the end of 2014, and Forepi will be delisted from the TAIEX.

After the merger, Epistar will become the world’s largest LED chip maker in terms of capacity with a global market share of 15%, which will better position the company to lead in future technology development.

EPA's New Emissions Cutting Plan Could Have an Effect on LED Lighting

Philip Smallwood 06/30/2014

On June 2nd, the Environmental Protection Agency (EPA) proposed a rule designed to cut carbon dioxide emissions from existing coal plants by as much as 30 percent by 2030, compared with 2005 levels. The EPA will finalize the proposal in mid-2015 and then give states a year to design their own plans to meet targets. The organization will let states meet emission targets for power plants in several ways, including through plant upgrades, by switching from coal to natural gas, by improving energy efficiency, or by promoting renewable energy outside the plant site. This approach will give states greater flexibility in designing plans to meet the EPA’s targets.

Where's the Glare?

Shonika Vijay 06/13/2014

LIGHTFAIR, the world’s largest annual architectural and commercial lighting trade show and conference, took place in Las Vegas last week. I wanted to share my thoughts on what I saw that was of the most interest. The 3 main things I saw were: a lot of LED luminaires, more use of optics in products, and lighting controls being present in nearly every booth. To read up more on controls, please see our blogs: Let's Talk Controls and Lightfair International Gets Smart. I will focus on what I saw in terms of optics and LED luminaires.

Lightfair International Gets Smart

Stephanie Pruitt 06/10/2014

At Lightfair International 2013, it seemed only a handful of companies had a booth with a smart lighting solution - Philips, TCP, and Samsung were among the more recognizable ones that I noticed. Fast forward one year and it seems that smart lighting could be found at almost every booth; even the non-name brand booths seemed to have some sort of solution. Whether this was wireless controls to dim lights or change color through your smart phone - or even gesture control...

Why small countries will always lead in FTTH

By Tom Hausken
This just out today: the FTTH Council Europe reported the European countries with top FTTH penetration. The list is revealing, with Andorra at number 4. Number 4! This means that once again we have to put up with articles asking why the U.S. is lagging tiny Andorra in FTTH penetration.

The council announced that the top 10 countries with more than 10% penetration are: Sweden, Norway, Slovenia, Andorra, Denmark, Iceland, Lithuania, the Netherlands, Slovakia, and Finland. Note that the top country, Sweden, only has about 9 million people. Andorra has about 84,000.

Other lists of this type have put countries like Singapore, South Korea, and Iceland at the top of lists of countries with high broadband or FTTH penetration. In the next breath, a policy wonk somewhere will claim that this shows that the U.S. is falling behind these up-and-coming countries. For example, here's a policy report from 2006 doing just that. The U.S. trends toward the OECD average over time as smaller countries fill out the bell curve, but that's ignored. Rather, it's spun as a call for action.

What is never pointed out is that large populations--like the U.S. or the European Union--comprise a set of smaller, more diverse populations. A grade school student knows that, no matter how you define it, the average over the total is somewhere in the middle. Some of the smaller constituents have to end up in the wings. In the U.S., progressive rural coops and wealthier communities can lead the country in fiber penetration, while many tribal lands are far behind even in basic phone service .

Moreover, any student of politics knows that countries like Sweden, Singapore, and South Korea are more inclined to adopt centralized public policies than the U.S. In the U.S., the Administration, Congress, FCC, the courts, each of 50 states, and even municipalities make telecom policy. Some of the municipalities are like Andorra, to be sure, but the overall patchwork is far from centralized, thanks to things like the Bill of Rights and the general Wild West temperament of U.S. public policy.

Policies encouraging substantial investment in FTTH may be a great thing for the U.S. I'm of the view that it's a lot more complicated than that. But whatever your view, please don't say that the U.S. is falling behind because tiny Andorra has greater penetration than the U.S.

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