SOFTWARE EXTENSIONS BE USED

Brand Owner Address Description
NOMADIC COMPUTING ENVIRONMENT Tadpole Technology, Inc. 12012 Technology Blvd. Austin TX 78727 software extensions to be used for portable computer operating programs and computer application programs, namely computer programs used for mobile coumputer networking, namely software providing the ability to connect to and disconnect from a number of different networks without a user visible reconfiguration; programs for power management and monitoring in portable notebook computers; programs for adaptive display techniques in portable notebook computers; programs for scheduling facsimile reception and transmission in portable notebook computers; program for support of hard disks PCMCIA cards and docking stations in portable notebook computers; programs for management of the internal keyboard, mouse, modem and audio device and the external counterparts of these for portable notebook computers; programs for enhanced security, namely programs for password and serial number protection as applied to removable media and initial power-up sequencing; programs for managing and monitoring the transfer of E-mail and synchronization of selected sets of files between one or more remote computers and the notebook computer; the goods are sold as diskettes and CD-ROMs or packaged with a pre-configured notebook computer;COMPUTING ENVIRONMENT;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A heat sink comprises a heat sink base and a row of heat sink extensions that are attached to one side of the heat sink base. An interleaved heat sink structure includes a first row and a second row of heat sink extensions. The first row and the second row of heat sink extensions are coupled respectively to a first and a second heat sink bases. The first and the second heat sink bases are thermally coupled to a first plurality of memory packages and a second plurality of memory packages, respectively. The first row of heat sink extensions is parallel to and at least partially interleaved with the second row of heat sink extensions. A memory heat dissipation control system and a method for assembly a memory part that includes a DIME and two heat sinks are also described.