Wireless Laser Mouse 6000 and Wireless Laser Mouse 7000 coming in March
It seems as though Microsoft can never have enough mice in its product lineup. A quick look at all mouse products at Microsoft's hardware homepage shows over 25 mice to choose from. Still, that hasn't stopped the company from announcing another two that are on the way shortly.
The two products, Wireless Laser Mouse 6000 and Wireless Laser Mouse 7000 will become available in March 2008 at an estimated retail price of $49.95 and $69.95 respectively. If you're really eager, both are already available for pre-order on Amazon.com.
The Wireless Laser Mouse 6000, a full-size desktop mouse with a snap-in USB receiver, is suitable for use on both desktops and mobile devices such as laptops. Microsoft claim the mouse blurs the lines between desktop and notebook mice and Sean Butterworth, product marketing manager at Microsoft adds:
"Our research shows that consumers are more mobile than ever when it comes to using their computers. With the Wireless Laser Mouse 6000, they can easily take their notebook computer and mouse with them, from the desk to the kitchen or to their local coffee shop, without having to compromise on size and comfort."
The Wireless Laser Mouse 7000 is Microsoft's "stylish, rechargeable mouse at an affordable price". The rechargeable mouse comes complete with a horizontal charging station and features a battery status indicator to let you know when you're about to run into trouble. The Laser Mouse 7000 joins Microsoft's current range of rechargeable mice, the Wireless Entertainment Desktop 8000, the Wireless Laser Mouse 8000 and Mobile Memory Mouse 8000.
Both mice feature 2.4GHz wireless technology, a high definition laser and instant access to Windows Vista features. However, I'm not entirely certain Microsoft needed to add more mice to its product line but oh well, at least they look pretty. Unless you're left handed of course, then they just look downright painful.
Official press release: Goodbye, Boring Beige Mouse: Microsoft Recharges Peripheral Perception With Innovative New Mice
