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USB 3.0 technology by Mindshare
  USB 3.0 TECHNOLOGY   M  IND  S  HARE  , I  NC  .Donovan (Don) Anderson Jay Trodden  MindShare Training CoursesClick here to see a complete list of live and eLearning courses. training@mindshare.com1-800-633-1440www.mindshare.com Intel Architecture ãIntel Haswell ProcessorãIntel 32/64 Bit x86 ArchitectureãIntel QuickPath Interconnect (QPI)ãComputer Architecture Big Data ãHadoopãCassandraãElasticSearchãMongoDB Mobile Technology ãM-PCIeãUFSãMIPI M-PHYãIntel-Based Mobile (Phone/Tablet)ãIntel Atom SoCãMobile DRAM (LPDDRx)ãHigh Speed/EMI for Mobile Platforms IO Buses ãPCI Express 3.0ãPCIe IO VirtualizationãUSB 3.0 / 2.0ãxHCI for USBãUSB 3.1 Update AMD Architecture ãAMD Opteron Processor (Bulldozer)ãAMD64 Architecture Virtualization Technology ãPC VirtualizationãIO VirtualizationãARM Virtualization Firmware Technology ãx86 Firmare (UEFI/BIOS) ArchitectureãBIOS Essentials Storage Technology ãSASãSerial ATAãAHCI for SATAãSATA 3.0ãNVMe ARM Technology ãARM ArchitectureãARM Virtualization DRAM Technology ãDDRx & LPDDRxãLPDDRx Programming ãx86 Architecture Programmingãx86 Assembly Language BasicsãOpenCL Programming High Speed Design ãHigh Speed DesignãEMI/EMC  The Ultimate Tool to View, Edit and Verify Configuration Settings of Computers MindShare Arbor is a computer system debug, validation, analysis and learning tool that allows the user to read and write any memory, IO or configuration space address. The data from these address spaces can be viewed in a clean and informative style. In addition, Arbor checks and flags configuration errors and non-optimal settings.  Arbor’s Software SupportMindShare’s Arbor tool supports DOS, Windows and Linux 32- and 64-bit implementations and OS-X is near-ing completion. In addition, Arbor supports Intel’s JTag debuggers.View Reference Info Arbor can quickly display standard PCI, PCI-X and PCIe configuration registers and memory structures. All the register and field definitions are up-to-date with the PCI Express 3.0 implementation. Arbor also supports other implementations such as the x86 MSRs, USB”s xHCI Host Controller and SATA’s AHCI Host Bus Adapter. Other implementations are planned including, new x86 features and NVMe registers and data structures.Decoding Standard and Custom Structures from a Live SystemMindShare Arbor performs a system scan to record the PCI config space data, relevant memory and memory-mapped structures as well as Model Specific Registers (MSRs) and shows them in a clean and intuitive decoded format. MindShare Arbor also allows users to create their own decode files via XML.Write CapabilityMindShare Arbor provides a very simple interface to directly edit a register in PCI config space, memory address space, IO address space or MSR. This can be done in the decoded view so you see what the mean-ing of each bit, or by simply writing a hex value to the target location.Scripting CapabilityMindShare Arbor can also be used in a testing environment with compliance test suites, regression testing, system setup for bug evaluation and more. Arbor can run Python scripts which allow users to automate any functionality that can be performed manually from the graphical interface (and even more). MindShare pro-vides several useful python scripts with the purchase of Arbor related to PCIe testing.Run Rule Checks of Standard and Custom StructuresIn addition to capturing and displaying headers and capability structures from PCI config space, Arbor can also check the settings of each field for errors (e.g. violates the spec) and non-optimal values (e.g. a PCIe link trained to something less than its max capability). MindShare Arbor has scores of these checks built in and can be run on any system scan (live or saved). Any errors or warnings are flagged and displayed for easy evaluation and debugging. Users can also define their own rule checks. These rule checks can be for any structure, or set of structures, in PCI config space, memory space or IO space.Saving System Scans (XML) After a system scan has been performed, MindShare Arbor allows saving of that system's scanned data (PCI config space, memory space and IO space) all in a single file to be looked at later or sent to a colleague. The scanned data in these Arbor system scan files (.ARBSYS files) are XML-based and can be looked at with any text editor or web browser. Even scans performed with other tools can be easily converted to the Arbor XML format and evaluated with MindShare Arbor.
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