Is SSD (Solid State Drive) the solution for the ever widening gap between current hard drive technology and CPU advancements? Is this the next step in data storage and are SSD drives here to stay? How reliable are they? Are they actually worth it?

It seems that the end of the copper-wire era in communication technologies will leave many households without any income. Scraping old copper cables is not uncommon in many parts of the world. The latest attempt to unearth communication cables coined a new term “Spade Hacking”. It now seems that all one needs to severe the communication systems of a small country is, in fact, a spade.

I thought that after the SheevaPlug some time will pass before we see even smaller computers intended for light IT tasks. This time the project is even smaller. It is called the Raspberry Pi. At its current state it looks like this. You might think the product has a long way to go before it hits the market, but you are wrong. One of the ideas of the creator is to bring computing closer to students and inspire them to learn more about the hardware and how it works. That is why it will most likely look like this, when the first units head out to public schools.

Some time needed to pass before we can publish this post. With an event so devastating, it didn’t feel right blogging about technical difficulties in Japan. With some delay, I would like to summarize what’s been happening with key communication across Japan.

It is of the utmost importance for people and the government that the data centers remain operational at all times. In any society, such disasters cause panic. In times of need, people reach out to relatives and friends. Communications play essential role in keeping society’s integrity and morale as high as possible. With data centers being at the heart of keeping the country connected, it is vital that they remain fully operational at all times.

“The future is here!” This is what many sites say about Intel’s latest technological advancement - the 3D Transistor a.k.a. Tri-Gate transistors. It is a huge step forward. Probably the biggest in semi-conductor devices since transistors were first about 60 years ago.

Here is the best part. It is available now. It will be widely available within 12 months. Mass production within a year sounds too good to be true. Then again, it is only logical for Intel to try to spearhead this as fast as possible and produce a new generation of processors before the competitors get around to it. Some believe Intel might be about 3 years ahead of their competitors. This estimate is pretty optimistic since technology companies rarely can afford to stay behind for such a long period.