I haven't review in details all news from the CES 2008 that closed its doors on Thursday but it seems the Global Energy problem contributes to have better ideas regarding the way we can power our IT stuff.

One company, Green Plug, has identified a significant contributor to the high cost of battery-powered consumer electronics products, wasted energy and unnecessary toxic waste. A typical home or office has a dozen or more power transformers that convert between 90V and 254V wall power to device-specific DC power. Every adapter is physically unique and therefore is thrown away every time a device is replaced.

Green Plug comes with a better idea.

Creating a standardize power supply which can be used by all Green Plug^TM compliant devices utilize uniform cables and connectors; so, you never have to worry about finding the right adapter for your laptop, DV camera, cell phone or power tool.

Let's hope they will be able to convinced enough partners to have a real impact on the market and we'll have soon all our electronic devices using a single and unique type of power supply.

At least one third of the population in developing countries has no access to safe drinking water. The lack of adequate water supply and sanitation facilities causes a serious health hazard and exposes many to the risk of water-borne diseases, This situation led to about 4 billion cases of diarrhoea each year, out of which 2.5 million cases end in death. Every day about 6000 children die of dehydration due to diarrhoea.

INDEX 2007 Award winner Solar Bottle created by italian designers Alberto Medo and Francisco Gomez Paz uses the SODIS (Solar Water Disinfection ) process, developed by the Department of Water and Sanitation at the Swiss Federal Institute for Aquatic Science and Research. SODIS principle works with the sun to allow UV-A radiation and increased temperature to destroy pathogenic microorganisms in drinking water.The Solar Bottle is made of slim PET, contains 4 liters of water and can be arranged back-to-back for carry. The handle allows balanced transport and is used as stand to provide optimal solar incidence.

Indeed, a less fashionable version of SODIS process using simple ordinary plastic bottles works well too but they are more difficult to carry and the surface exposed to sun radiations is lots smaller.

More about the Solar Bottle on InHabitat
More about SODIS on Eawag.

Sources: Inhabitat & Index

Just read an interesting article about Connexion by Boeing on the Journal du Net. Today, 11 airlines proposed inflight Internet access on some selected flights.

The connexion speed is announced to be 1 Mbps upload and 5 Mbps download. Prices start at 9.95 USD for 1 hour up to 26.95 USD for the whole flight + connecting flights during a 24 hours period. The service includes email access, web browsing as well as VPN connexions.

Connexion to user’s computer can be established using cables (only in Business class I guess) and WiFi 802.11b/g.

Connexion by Boeing bases its connexions on Société Européenne des Satellites (SES) Ku Band satellites such the newly launched AMC-23.

Since January 2006, 5 TV channels such BBC, Eurosport or MSBCN are also available on the 135 aircrafts already equipped.

Airlines proposing Inflight Internet service:
Lufthansa, Scandinavian Airlines System (SAS), Japan Airlines, Singapore Airlines, All Nippon Airways (ANA), China Airlines, Korean Air, Asiana Airlines, El Al Israel Airlines, Etihad Airways, Austrian Airlines, Air China

I’m impatient to board one of these flights to see how good and reliable the connexion is. Unfortunately, Connexion by Boeing does not provide electricity supply to aircraft seats, in consequence, inflight Internet access will remain limited by the battery capacity and the laptop consumption.

By the way… according Connexion by Boeing, the average user of Inflight Internet is 41 years old, flies 57% of his time on Business class and flew 27 times in the last 12 months. Etonnant non ?

The complete story in french is here