Ultra-Portable Mac Connector System?

Appleinsider points to a a patent application as a possible connector design for the rumored ultra-portable Apple laptop.

Apple explains that “as notebook computers are becoming increasingly thinner … connections systems need to be reduced in size to accommodate smaller form factors.”

One limiting factor, however, that prevents further size reduction is the actual size of the largest connector port (such as the Ethernet port, or Firewire port). To work around this limitation, Apple has proposed to essentially create collapsible ports housed in a “connection system” that you an open and close. In the closed position, the ports collapse to a smaller size, allowing the entire form factor of the computer to be thinner. When open, the ports expand to their full size.

Accordingly, this collapsing function enables a substantial reduction in the size of the connection system and thereby enables a substantial reduction in the form factor of a device implementing the connection system”

The patent application was first filed back in September of 2005, so may or may not find its way into a future Apple product, but Appleinsider has been expected an “ultra-portable” Apple laptop later this year or early next.

Intel’s Penryn Xeon Processors Due in November

TheRegister.co.uk reports that the first Intel Penryn chips will be formally launched on November 11th. The report apparently comes from Intel’s own website for dealers.

The first of the Penryn processors will be Xeon CPUs and come in 2.00GHz, 2.33GHz, 2.50GHz, 2.66GHz, 2.83GHz, 3.00GHz and 3.16GHz speeds with 1333MHz frontside buses. The 45nm chips are expected to be Quad-Core chips with 12MB of L2 cache.

Apple currently uses Xeon (server-class) processors in their Mac Pro computers. According to our Buyer’s Guide the Mac Pro was last updated to an 8-Core configuration in April of this year. However, the base Quad-core configurations have not been updated since their first release in August 2006.

The current Mac Pros offer Quad-Core configurations of 2.0GHz, 2.66GHz, and 3.0GHz (65nm, 4MB L2 Cache per Processor) and a 8-Core configuration at 3.0GHz (65nm, 8MB L2 Cache per Processor).