Processors

Keep up with the latest processor technology and the devices that they power.

  • Webcasts // Jan 2014

    Hardware Hacking with Microcontrollers: A Panel Discussion

    Microcontrollers and embedded systems come in many shapes, sizes and flavors. From tiny 6-pin devices with only a few bytes of RAM (ala the DEF CON 14 Badge) to 32- bit, eight core multiprocessor systems (ala DEF CON 20 Badge) each has their own strengths and weaknesses.

    Provided By SecurityTube.net

  • Webcasts // Jan 2014

    The Exploration and Exploitation Of an SD Memory Card

    In this webcast, the presenter demonstrates a method for reverse engineering and loading code into the microcontroller within a SD memory card. All \"Managed flash\" devices, such as SD, microSD, and SSD, contain an embedded controller to assist with the complex tasks necessary to create an abstraction of reliable, contiguous...

    Provided By SecurityTube.net

  • Webcasts // Jan 2014

    All Your Baseband Are Belong to Us

    In this webcast, the presenter explores the viability of attacks against the baseband processor of GSM cellular phones and shows first practical results that enable code execution on them. It will include a demo of a practical exploitation of a remote memory corruption on the iPhone4.

    Provided By SecurityTube.net

  • Webcasts // Jan 2014

    An Introduction to Firmware Analysis

    In this webcast, the presenter gives an introduction to firmware analysis: It starts with how to retrieve the binary, e.g. get a plain file from manufacturer, extract it from an executable or memory device, or even sniff it out of an update process or internal CPU memory, which can be...

    Provided By SecurityTube.net

  • Webcasts // Jan 2014

    Page Fault Liberation Army or Gained in Translation

    x86 processors contain a surprising amount of built-in memory translation logic, which is driven by various data tables with intricate entry formats, and can produce various kinds of traps and other interesting computational effects. These features are mostly relics of earlier, more civilized times, when Jedi Knights tried to protect...

    Provided By SecurityTube.net

  • Webcasts // Jan 2014

    General Notes About Exploiting Windows X64

    During the last few years, x64 processors have been a growing technology adding performance and memory range to the old 32-bits cores. Now-a-days, most of the PCs make use of them, and Microsoft has ported its operating system, Windows, adding several changes and protection measures. Security measures have evolved since...

    Provided By SecurityTube.net

  • Webcasts // Jan 2014

    Introduction to ARM

    ARM processors are becoming ubiquitous in mobile devices today with RISC processors making a comeback for their applications in low power computing environments. With major operating systems choosing to run on these processors including the latest Windows RT, iOS and Android, understanding the low level operations of these processors can...

    Provided By SecurityTube.net

  • Webcasts // Jan 2014

    Introduction to Processor Design

    In this webcast, the presenter introduce processor design for the normal C/Assembler programmer. It is mostly interesting for people new to processor design and does not cover high performance pipelined structures. Small knowledge on VHDL programming would be great but is not essential. A very small processor core will described...

    Provided By SecurityTube.net

  • Webcasts // Jan 2014

    A Syscall to ARMs

    ARM processors are growing more and more prevalent in the world; ARM itself claims that more than 20 billion chips have been shipped. Take a moment to appreciate that is about three chips for every man, woman, and child on earth. The three main topics, the presenter aim to cover...

    Provided By SecurityTube.net

  • Webcasts // Jan 2014

    Page Fault Liberation Army

    x86 processors contain a surprising amount of built-in memory translation logic, which is driven by various data tables with intricate entry formats, and can produce various kinds of traps and other interesting computational effects. These features are mostly relics of earlier, more civilized times, when Jedi Knights tried to protect...

    Provided By SecurityTube.net

  • Webcasts // Jun 2012

    Hogwild for Machine Learning on Multicore

    In this webcast, the presenter provides both theoretical and experimental evidence demonstrating the achievement of linear speedups on multi-core workstations on several benchmark optimization problems. Stochastic Gradient Descent (SGD) is a popular optimization algorithm for solving data-driven machine learning problems such as classification, model selection, sequence labeling, and recommendation.

    Provided By University of Washington

  • Webcasts // Jan 2012

    5 Reasons to Use a Soft-Core MIPS Processor in Your Next Custom Design

    There is a 100 percent MIPS-compatible soft processor available just for Altera FPGAs and HardCopy ASICs The MP32 is also the industry's first soft processor that runs the VxWorks operating system. In this webcast, the presenter discusses five reasons why one should use MP32 in their next custom embedded design.

    Provided By Altera

  • Webcasts // Jan 2012

    5 Easy Steps to Building an Embedded Processor System Inside an FPGA

    One may know about the cost and performance advantages of designing systems on a programmable chip. But did one know how easy it is to do? Learn how by watching this webcast. The presenter will describe step by step process, how to build the microcontroller functionality into an FPGA in...

    Provided By Altera

  • Webcasts // Jan 2012

    Developing Software for Embedded Systems on FPGAs

    FPGAs are becoming more common in embedded design. See how easy it is to develop embedded system software for FPGAs using the popular Nios II soft processor. In this webcast, the presenter will describe about the software development flow for the Nios II processor.

    Provided By Altera

  • Webcasts // Jan 2011

    MachXO2 Overview Video

    The MachXO2 family offers designers of low density PLDs an unprecedented mix of low cost, low power and high system integration in a single device. Compared to its popular predecessor, the MachXO family, the MachXO2 family delivers a 3X increase in logic density, 10X increase in memory, over 100X reduction...

    Provided By Lattice Semiconductor

  • Webcasts // Jan 2011

    MachXO Mini Development Kit Video

    MachXO devices are the most versatile, non-volatile PLDs for low-density applications. Watch this 5-minute video to discover how to: test I2C, SPI, UART, SRAM interfaces and the 8-bit LatticeMico8 within minutes and build a own designs using the free downloadable source codes and implement these features in less than an...

    Provided By Lattice Semiconductor

  • Webcasts // Jan 2011

    ProcessorPM Power Management Video

    Take the first step to integrate multiple processor power management devices and improve system reliability by watching this 5 minutes webcast. ProcessorPM devices are the perfect companion for any processor, DSP, ASSP, or ASIC.

    Provided By Lattice Semiconductor

  • Webcasts // Jan 2011

    Lattice Diamond Key Concepts Video

    Lattice Diamond software includes several new key concepts. This video discusses the structure of Diamond projects and the use of implementations, strategies, and folders within projects. Additionally the video discusses shared design memory use, and context sensitive views.

    Provided By Lattice Semiconductor

  • Webcasts // Jan 2011

    Lattice 7:1 LVDS Interface Video

    This video demonstrates the quick and easy process of setting up the Lattice 7:1 LVDS Video Demo Kit with the LatticeECP2M Advanced Evaluation Board in a matter of minutes, and then illustrates two useful and powerful demos.

    Provided By Lattice Semiconductor

  • Webcasts // Jan 2011

    MachXO2: The Do-it-All PLD

    In this webcast, the presenters take a look at some of the typical system and consumer application requirements, and see how MachXO2 devices address these requirements. They also talk about the MachXO2 PLD feature set and discuss some of the available tools that enable one to evaluate and start designing...

    Provided By Lattice Semiconductor

  • Webcasts // Oct 2010

    Intel® Xeon® Processor-Based Server Refresh Savings Estimator

    This tool enables you to enter data about your existing server environment to evaluate the value and benefits of replacing aging servers with those based on Intel? Xeon? processors. Generating a full report in Microsoft Word* or PowerPoint*, you can create a simple analysis or full custom analysis as well...

    Provided By Intel

  • Webcasts // Jul 2010

    Intel® Xeon® Processor 7500 Series Overview

    The Intel? Xeon? processor 7500 series is designed to support your most data-intensive and mission-critical applications with world-class, scalable performance while reducing your data center footprint and energy requirements.

    Provided By Intel

  • Webcasts // Jul 2010

    Scalable Performance, Advanced Reliability

    The Intel? Xeon? processor 7500 series delivers massively scalable performance, along with advanced reliability for data-demanding server requirements. With multi-processor support and hardware-assisted virtualization features, these processors enable migration from proprietary and RISC-based server, reducing your data center footprint. Supporting your most data-intensive and mission-critical applications, the Intel? Xeon? processor...

    Provided By Intel

  • Webcasts // Jul 2010

    Optimizing Your Virtualized Data Center

    Intel? Xeon? processor 7500 series delivers Intel? Virtualization Technology (Intel? VT) for Connectivity (Intel? VT-c), optimizing your virtualized data center by offloading network overhead tasks from the processor. Reducing processor utilization and I/O latency, these processors offer improved application responsiveness and near line rate throughput for 10GB Ethernet deployments.

    Provided By Intel

  • Webcasts // Jul 2010

    Flexible Migration: Highest Virtualization Performance

    Including the industry's highest virtualization performance, the Intel? Xeon? processor 7500 series allows you the flexibility to migrate workloads to fewer servers, increasing utilization while saving energy. Designed with Intel? Virtualization Technology FlexMigration (Intel? VT FlexMigration), these processors enable you to combine multiple generations into the same virtualized server pool,...

    Provided By Intel

  • Webcasts // Jul 2010

    Intelligent Performance and Energy Efficiency.

    Servers with the Intel? Xeon? processor 7500 series deliver industry-leading performance on demand with Intel? Turbo Boost Technology, automatically shifting CPU and memory into the lowest available power state when peak performance isn't required.

    Provided By Intel

  • Webcasts // Apr 2010

    Intel® Xeon® Processor 5600 series processor

    Learn how the Intel? Xeon? processor 5600 series automatically regulates power consumption and intelligently adjusts server performance according to your application needs, maximizing both energy efficiency and performance.

    Provided By Intel

  • Webcasts // Mar 2010

    Stay Ahead of the Curve with New System x and BladeCenter Servers

    With the portfolio of Intel? Xeon? processor-based rack, blade and iDataPlex servers from IBM System x and BladeCenter, your business has access to even more processing power, memory, storage and reliability. IBM's newest System x, BladeCenter, and iDataPlex servers add extended functionality on top of processor improvements to our leadership...

    Provided By IBM

  • Webcasts // Mar 2010

    Breakthrough Performance for Business-Critical Apps With VMware and Intel

    VMware vSphereTM 4 and the latest Intel Xeon processors provide breakthrough performance and unparalleled flexibility for business-critical server applications such as Microsoft Exchange, Oracle Database and SAP ERP. This webcast will help you learn how to standardize on VMware and Intel with confidence to consolidate all your business-critical applications...

    Provided By VMware

  • Webcasts // Feb 2010

    MSDN Webcast: Lock Contention, Using Intel Parallel Studio to Improve Performance (Level 300)

    Discover how easy it is to use the power of Microsoft Visual Studio and Intel Parallel Studio to find performance issues due to lock contention in threaded applications. This ensures that shipped applications can take better advantage of multicore processors. The presenter of this webcast provides live demonstrations that show...

    Provided By Microsoft

  • Webcasts // Jan 2010

    Making the Business Case for Embedded Virtualization

    The presenter of this webcast discusses virtualization and how it helps engineers, scientists, and embedded designers do more with multicore hardware. Also learn how virtualization can be used to reduce costs, isolate OSs, and provide real-time processing alongside real-time OS services.

    Provided By National Instruments

  • Webcasts // Jan 2010

    How to Optimize the Solaris OS on Sun Systems Based on Intel Xeon 5500 Processor Series

    Sun and Intel, as part of a broad strategic alliance, have been working together - from design and architecture through implementation - to ensure the Solaris OS is optimized to maximize the power and capabilities of current and future Intel Xeon processors. Both Sun and Intel have made significant advances...

    Provided By Sun Microsystems

  • Webcasts // Jan 2010

    High-Performance Virtualization: A Benchmark Guide From Sun and AMD

    IT consolidation through virtualization has emerged as an effective strategy for addressing the very real need for computing scalability while increasing the work that can be done in a given power, thermal, and physical footprint. Consolidation can improve resource utilization, reduce administrative complexity, and drive down IT costs. The attendee...

    Provided By Sun Microsystems

  • Webcasts // Jan 2010

    Net Talk: Improved Versions of the Sun SPARC Enterprise Servers

    Sun SPARC Enterprise Servers are now better than ever with new enhancements to meet customer requirements. The attendee will learn what's new in performance processor reliability and serviceability.

    Provided By Sun Microsystems

  • Webcasts // Dec 2009

    The New Wave of eLearning Technologies

    Ed Prentice, President of Centrax, covers the practical use of new technologies in eLearning, including the Second life, mobile applications, the iPhone, video programming, and text messaging.

    Provided By Adobe Systems

  • Webcasts // Dec 2009

    MSDN Webcast: SQL Server 2008 R2 Support for Up to 256 Logical Processors (Level 200)

    Microsoft SQL Server 2008 R2 introduces support for greater than 64 logical processors, supporting up to 256 logical processors on the Windows Server 2008 R2 operating system. The presenter of this webcast discusses the importance of being able to scale to 256 logical processors, examine the methodology Microsoft employed to...

    Provided By Microsoft

  • Webcasts // Sep 2009

    A Successful Migration: How and When to Migrate to Red Hat Enterprise Linux on Intel Xeon Processor

    There has never been a better time to migrate the proprietary RISC servers running UNIX to Red Hat Enterprise Linux on Intel Xeon processor-powered servers. Get the information they must have to make that migration a success. Talk to the teams involved in actual migrations. Learn more about the operational...

    Provided By Red Hat

  • Webcasts // Jun 2009

    Data Protection in a Mobile Environment

    This webcast featuring a panel of Intel IT Experts covers how Intel manages security in an 80%+ mobile environment.

    Provided By Intel

  • Webcasts // Apr 2009

    Thomson Reuters Redesigns Market Data Platform by Taking Advantage of Intel Multi-Threading Xeon 5500 Processors

    How is collaboration with Intel and the Intel Xeon processor helping Thomson Reuters deal with, what Dan Solak, Head of Information Management Solutions for Europe/Middle East/Africa, describes as, 'A tsunami of data' that feeds the trading lifecycle?.

    Provided By Intel

  • Webcasts // Mar 2009

    The Meaning of the "v" in Intel vPro Technology

    The presenter explains what the "v" in Intel vPro Technology means.

    Provided By Intel