rocketlife_logo.jpg

Don’t you just love those smug Mac users talking about how easy it was for them to create a photobook of their latest vacation and how they did it in like, “2 minutes; that’s it!”? I know, you secretly wished you had a Mac so you too could be sporting on the iPhoto but you’re stuck with a PC. Well, don’t worry, ’cause you don’t have to wait an eternity for Microsoft to make a good iPhone clone because Rocketlife did it for them.

Rocketlife is an online photo processor that lets you make calendars, cups, posters, and, yes, photobooks. With just some of your photos, Internet Explorer, a broadband connection, and some creativity, Rocketlife is going to set you up with one sweet photobook…in just minutes. Now you can be like our reviewer, Rebecca, and take your sweet time to nail down that awesome custom look if you want, but it’s not required. Either way, Rocketlife offers a pretty impressive option to iPhoto-wishing PC users to use. Take a look at Rebecca had to say in her review. You may never look at iPhoto again!



Thursday, March 29, 2007

Newer Technology, Inc. (NewerTech) announced today the NewerTech MAXPower® G4/7448 Single and Dual Processor Upgrades starting at $399 for Power Macintosh G4 AGP Graphics/Sawtooth, Gigabit Ethernet, Digital/Audio, or Quicksilver model computers. MAXPower Processor Upgrades are the world’s only available and shipping G4 7448 processor upgrades, delivering better performance than even new Intel-based Macintosh systems as well as up to 40% faster performance over competing 7447A processor upgrades.

In both standard benchmark applications, as well as in real-world application testing, the results show the incredible performance gains of the MAXPower G4/7448 Processor equipped PowerMac G4s. In a real-world Adobe Creative Suite Photoshop action test, the MAXPower was actually FASTER than the latest 2.33GHz iMac Core 2 Duo system. When compared to an Intel Core Solo 1.5GHz equipped Mac mini, MAXPower Processor Upgrades delivered up to 4.6 times faster performance during intensive CPU usage. Read the rest of this entry »