Zenitram asks: "I am a lead technician at a company that repairs computers for various vendors. Many of our systems are from Best Buy's Geek Squad. Based on the systems Geek Squad sends us, it makes me wonder what, if anything, do they actually do? We get systems that have issues that we simply shouldn't have to work on, like: installing device drivers, OS reloads, and reseting CRUs (Customer Removable Units). Additionally, we get systems that are misdiagnosed such as: bad hard drive when a system has faulty RAM; no POST when it simply won't boot into Windows; or no boot when it won't power on at all. So, what is the scope of technical repair that Geek Squad techs do?"

Poker Forums writes "Just read on Zeropaid that Spain has recently voted in compulsory copyright licensing, levying a tax on all blank media. This includes cd-r, dvd-r, flash media, printers, scanners, cell phones, everything. The tax will be collected by the government and 'given to the copyright holder.'"

jonging asks: "It is common knowledge that an underground power grid is less susceptible to the effect of a large thunderstorm. The American Transmission Company cites numerous reasons why it (and other power companies I assume) do not bury their transmission lines underground (e.g. environmental concerns, cost of installation and repair, etc.). Exactly how detrimental are underground transmission lines to the environment? Wouldn't the time spent without a power outage generate more than enough revenue to offset initial costs? Aren't the need for repairs in cities with successful underground power grids rare?" The linked article goes into extensive detail about the disadvantages in -initial costs- of putting in underground lines, but doesn't go into any detail about the maintenance costs of either option. With storms getting worse and worse (Maryland, DC and Northern Virginia have weathered torrential downfalls this week), might underground lines prove more resistant to storm-related power outages?

An anonymous reader writes "Intel is planning on selling off their XScale applications processor and 3G processor businesses for around $600 million to Marvell. From the article: 'Marvell is best known for its NIC (network interface card) chips, including wireless chipsets, and for other embedded, network infrastructure, and storage processors. The company has not previously competed in the market for mobile phone chipsets. However, it says it knows how to produce chipsets for high-volume consumer applications, which it has done for 11 years. Marvell earlier this year acquired a UT Starcom business unit in China that is working on mobile phone processors.'"