- published: 14 Apr 2012
- views: 90878
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The class materials are available at http://www.OpenSecurityTraining.info/IntroX86.html
Follow us on Twitter for class news @OpenSecTraining.
The playlist for this class is here: http://bit.ly/IILMeN
The full quality video can be downloaded at http://archive.org/details/opensecuritytraining
Intel processors have been a major force in personal computing for more than 30 years. An understanding of low level computing mechanisms used in Intel chips as taught in this course by Xeno Kovah serves as a foundation upon which to better understand other hardware, as well as many technical specialties such as reverse engineering, compiler design, operating system design, code optimization, and vulnerability exploitation.
25% of the time will be spent bootstrapping knowledge of fully OS-independent aspects of Intel architecture. 50% will be spent learning Windows tools and analysis of simple programs. The final 25% of time will be spent learning Linux tools for analysis.
This class serves as a foundation for the follow on Intermediate level x86 class. It teaches the basic concepts and describes the hardware that assembly code deals with. It also goes over many of the most common assembly instructions. Although x86 has hundreds of special purpose instructions, students will be shown it is possible to read most programs by knowing only around 20-30 instructions and their variations.
The instructor-led lab work will include:
* Stepping through a small program and watching the changes to the stack at each instruction (push, pop, call, ret (return), mov)
* Stepping through a slightly more complicated program (adds lea(load effective address), add, sub)
* Understanding the correspondence between C and assembly control transfer mechanisms (e.g. goto in C == jmp in ams)
* Understanding conditional control flow and how loops are translated from C to asm(conditional jumps, jge(jump greater than or equal), jle(jump less than or equal), ja(jump above), cmp (compare), test, etc)
* Boolean logic (and, or, xor, not)
* Logical and Arithmetic bit shift instructions and the cases where each would be used (shl (logical shift left), shr (logical shift right), sal (arithmetic shift left), sar(arithmetic shift right))
* Signed and unsigned multiplication and division
* Special one instruction loops and how C functions like memset or memcpy can be implemented in one instruction plus setup (rep stos (repeat store to string), rep mov (repeat mov)
* Misc instructions like leave and nop (no operation)
* Running examples in the Visual Studio debugger on Windows and the Gnu Debugger (GDB) on Linux
* The famous "binary bomb" lab from the Carnegie Mellon University computer architecture class, which requires the student to do basic reverse engineering to progress through the different phases of the bomb giving the correct input to avoid it "blowing up". This will be an independent activity.
Knowledge of this material is a prerequisite for future classes such as Intermediate x86 (playlist:http://bit.ly/HIaD4O) , Rootkits(playlist:http://bit.ly/HLkPVG), Exploits, and Introduction to Reverse Engineering.
When hardware must „just work“
An inside look at x86 CPU design
Software design and testing is hard, but what happens when each bug fix can cost months of delay and millions of dollars? In this talk we’ll take a behind-the-scenes look at the challenges in the design of a very complex, yet critical piece of hardware: the modern x86 CPU.
All hardware design and testing is complex, but x86 CPUs are designs that must work correctly basically 100% of the time. They are critical not only for running your applications, but for enforcing the security of the entire system. In this talk, we’ll explore what modern x86 CPU hardware looks like, describe some of the methodology around CPU testing, and discuss real-world hardware design.
So does that all make flawless hardware? Of course not! CPU bugs do happen, and when dealing with hardware bugs, it’s rarely as simple as “download this patch”. This talk will additionally look at some of the various capabilities used with modern chips to address late-breaking issues, from special configuration bits to microcode to even focused ion beams.
The goal of this talk is to not only provide the listener with a glimpse into the world of complex hardware design, but to hopefully inspire software engineers with new ideas on how to test equally critical software that must “just work”.
──────────
➤Speaker: David Kaplan
➤EventID: 7171
➤Event: 32th Chaos Communication Congress [32c3] of the Chaos Computer Club [CCC]
➤Location: Congress Centrum Hamburg (CCH); Am Dammtor; Marseiller Straße; 20355 Hamburg; Germany
➤Language: english
➤Begin: Sun, 12/27/2015 21:45:00 +01:00
➤License: CC-by
- published: 28 Dec 2015
- views: 16902
Check out our upcoming conferences at http://gotocon.com
Check out our upcoming free events at http://gotocon.com/free-events
It's easy to treat the CPU that executes our code as a black box, but understanding what really goes on inside it can help you write more efficient code. In this talk, Matt will lift the lid on modern x86 processors. He'll explain some of their features and how the code you write maps to those features. He'll give examples of how to diagnose and fix performance issues. Topics covered include memory, caching, out-of-order execution and branch prediction.
Link to slides: http://gotocon.com/dl/goto-chicago-2014/slides/MattGodbolt_X86InternalsForFunAndProfit.pdf
This videowas recorded on GOTO Chicago 2014
- published: 11 Aug 2014
- views: 5600
Campaign Link: http://bit.ly/udoo-x86
Since Raspberry Pi 3 is the most adopted single board computer we wondered: how does UDOO X86 compare to Raspberry Pi 3?
Here's how.
In order to guarantee a fair game we focused on software available for both platforms.
As you know, UDOO X86 is way more powerful than Raspberry Pi 3, so we decided to give a little handicap to UDOO X86.
:)
In other words we used a Full HD screen for Raspberry Pi 3 and a 4K screen for UDOO X86.
So, consider that in this video UDOO X86 is processing four times the pixels that Raspberry Pi 3 is processing.
Finally, for the video we are using the UDOO X86 Advanced demo board with Intel Celeron N3150 up to 2.08 GHz, with 4 GB of RAM. In other words, a less powerful model than UDOO X86 Advanced and incredibly less powerful than UDOO X86 ULTRA.
Campaign Link: http://bit.ly/udoo-x86
- published: 06 May 2016
- views: 1385
Compare x86 architecture to IBM Power Systems. Here is a facts based analysis by leading research firm Solitaire Interglobal, Ltd. Discover why the foundation for your next generation applications should be IBM Power Systems. Learn more at http://www.ibm.com/systems/de/power
- published: 24 Feb 2016
- views: 0
Campaign Link: http://bit.ly/udoo-x86
So many games on UDOO X86! Steam OS, Lakka.TV, all the retrogaming old glories and many new games!
The music in the video is Royal Entrance [Loop] by Visager: http://freemusicarchive.org/music/Visager/Songs_From_An_Unmade_World_2/Visager_-_Songs_From_An_Unmade_World_2_-_18_Royal_Entrance_-Loop-
Campaign Link: http://bit.ly/udoo-x86
- published: 20 May 2016
- views: 1609
Campaign Link: http://bit.ly/x86-UDOO
The Kickstarter campaign of UDOO X86 is coming to an end, but there are still limited offers available! Go get yours!
Why should you:
1) This little beast is a monster of power and beats many notebooks on the market at one mere third of the price (if not fourth, or fifth): it drives up to three 4K screens simultaneously!!!
2) it runs Windows, Linux or Android.
3) you are ready to stream Netflix, Amazon Instant Videos and so on;
4) There's an Arduino 101 on board, with the same pinout of Arduino 101, ensuring 100% compatibility with shields, sensors and actuators.
Campaign Link: http://bit.ly/x86-UDOO
- published: 27 May 2016
- views: 4718
Campaign Link: http://bit.ly/udoo-x86
For the video we are using the UDOO X86 Advanced demo board then with Intel Celeron N3150 up to 2.08 GHz, with 4 GB of RAM.
Chrome, Photoshop, Meshlab: you name it. Minecraft. We got you covered. 3D printing? Retrogaming? UDOO X86 is your launchpad. No lagging. No noise.
Isn't this like a true desktop computer???
P.S.: an update about the Remix OS experience with UDOO X86 is coming!!! STAY TUNED!
- published: 30 Apr 2016
- views: 242
http://www.redgamingtech.com/why-ps4-and-xbox-one-moved-to-x86-64/ - full article
http://www.facebook.com/redgamingtech - Follow us on Facebook!
It's no accident we see both Sony and Microsoft ending up with x86 processors for the next generation of consoles. For what reasons have Sony abandoned the Cell architecture - the architecture they championed so much around the PS3's release?
The previous consoles, the Xbox 360 and Playstation 3 both used versions of PowerPC (sometimes referred too by the technically inclined as PPC) CPU's. Sony had even made much of its version of the RISC, the Cell.
Before we start talking about the various types of processors, let's spend a moment to familiarize ourselves with the basics of CPU instructions.
CISC (meaning Complex Instruction Set Computing) and RISC (Reduced Instruction Set Computing) both have their positives and negatives. Instruction Sets is a group of instructions which are part of the chip itself, and is their job to direct and guide the computer through manipulating data that it must process. The AMD Jaguar, amongst other X86 CPU's (such as those in your PC) are going to be using this...
For more on the article, including images and more check out the link.
http://www.redgamingtech.com/why-ps4-and-xbox-one-moved-to-x86-64/ - full article
Royalty Free Music - www.audiomicro.com/royalty-free-music
- published: 20 Sep 2013
- views: 3765
The term x86 refers to a family of instruction set architectures based on the Intel 8086 CPU. The 8086 was launched in 1978 as a fully 16-bit extension of Intel's 8-bit based 8080 microprocessor and also introduced segmentation to overcome the 16-bit addressing barrier of such designs. The term x86 derived from the fact that early successors to the 8086 also had names ending in "86". Many additions and extensions have been added to the x86 instruction set over the years, almost consistently with full backward compatibility. The architecture has been implemented in processors from Intel, Cyrix, AMD, VIA, and many others.
The term is not synonymous with IBM PC compatibility as this implies a multitude of other computer hardware; embedded systems as well as general-purpose computers used x86 chips before the PC-compatible market started, some of them before the IBM PC itself.
As the term became common after the introduction of the 80386, it usually implies binary compatibility with the 32-bit instruction set of the 80386. This may sometimes be emphasized as x86-32 or x32 to distinguish it either from the original 16-bit "x86-16" or from the 64-bit x86-64. Although most x86 processors used in new personal computers and servers have 64-bit capabilities, to avoid compatibility problems with older computers or systems, the term x86-64 (or x64) is often used to denote 64-bit software, with the term x86 implying only 32-bit.
This page contains text from Wikipedia, the Free Encyclopedia -
http://en.wikipedia.org/wiki/X86
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
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86:50Day 1 Part 1: Introductory Intel x86: Architecture, Assembly, Applications
Day 1 Part 1: Introductory Intel x86: Architecture, Assembly, ApplicationsDay 1 Part 1: Introductory Intel x86: Architecture, Assembly, Applications
The class materials are available at http://www.OpenSecurityTraining.info/IntroX86.html Follow us on Twitter for class news @OpenSecTraining. The playlist for this class is here: http://bit.ly/IILMeN The full quality video can be downloaded at http://archive.org/details/opensecuritytraining Intel processors have been a major force in personal computing for more than 30 years. An understanding of low level computing mechanisms used in Intel chips as taught in this course by Xeno Kovah serves as a foundation upon which to better understand other hardware, as well as many technical specialties such as reverse engineering, compiler design, operating system design, code optimization, and vulnerability exploitation. 25% of the time will be spent bootstrapping knowledge of fully OS-independent aspects of Intel architecture. 50% will be spent learning Windows tools and analysis of simple programs. The final 25% of time will be spent learning Linux tools for analysis. This class serves as a foundation for the follow on Intermediate level x86 class. It teaches the basic concepts and describes the hardware that assembly code deals with. It also goes over many of the most common assembly instructions. Although x86 has hundreds of special purpose instructions, students will be shown it is possible to read most programs by knowing only around 20-30 instructions and their variations. The instructor-led lab work will include: * Stepping through a small program and watching the changes to the stack at each instruction (push, pop, call, ret (return), mov) * Stepping through a slightly more complicated program (adds lea(load effective address), add, sub) * Understanding the correspondence between C and assembly control transfer mechanisms (e.g. goto in C == jmp in ams) * Understanding conditional control flow and how loops are translated from C to asm(conditional jumps, jge(jump greater than or equal), jle(jump less than or equal), ja(jump above), cmp (compare), test, etc) * Boolean logic (and, or, xor, not) * Logical and Arithmetic bit shift instructions and the cases where each would be used (shl (logical shift left), shr (logical shift right), sal (arithmetic shift left), sar(arithmetic shift right)) * Signed and unsigned multiplication and division * Special one instruction loops and how C functions like memset or memcpy can be implemented in one instruction plus setup (rep stos (repeat store to string), rep mov (repeat mov) * Misc instructions like leave and nop (no operation) * Running examples in the Visual Studio debugger on Windows and the Gnu Debugger (GDB) on Linux * The famous "binary bomb" lab from the Carnegie Mellon University computer architecture class, which requires the student to do basic reverse engineering to progress through the different phases of the bomb giving the correct input to avoid it "blowing up". This will be an independent activity. Knowledge of this material is a prerequisite for future classes such as Intermediate x86 (playlist:http://bit.ly/HIaD4O) , Rootkits(playlist:http://bit.ly/HLkPVG), Exploits, and Introduction to Reverse Engineering. -
58:24When hardware must „just work“ - An inside look at x86 CPU design [32c3]
When hardware must „just work“ - An inside look at x86 CPU design [32c3]When hardware must „just work“ - An inside look at x86 CPU design [32c3]
When hardware must „just work“ An inside look at x86 CPU design Software design and testing is hard, but what happens when each bug fix can cost months of delay and millions of dollars? In this talk we’ll take a behind-the-scenes look at the challenges in the design of a very complex, yet critical piece of hardware: the modern x86 CPU. All hardware design and testing is complex, but x86 CPUs are designs that must work correctly basically 100% of the time. They are critical not only for running your applications, but for enforcing the security of the entire system. In this talk, we’ll explore what modern x86 CPU hardware looks like, describe some of the methodology around CPU testing, and discuss real-world hardware design. So does that all make flawless hardware? Of course not! CPU bugs do happen, and when dealing with hardware bugs, it’s rarely as simple as “download this patch”. This talk will additionally look at some of the various capabilities used with modern chips to address late-breaking issues, from special configuration bits to microcode to even focused ion beams. The goal of this talk is to not only provide the listener with a glimpse into the world of complex hardware design, but to hopefully inspire software engineers with new ideas on how to test equally critical software that must “just work”. ────────── ➤Speaker: David Kaplan ➤EventID: 7171 ➤Event: 32th Chaos Communication Congress [32c3] of the Chaos Computer Club [CCC] ➤Location: Congress Centrum Hamburg (CCH); Am Dammtor; Marseiller Straße; 20355 Hamburg; Germany ➤Language: english ➤Begin: Sun, 12/27/2015 21:45:00 +01:00 ➤License: CC-by -
54:01x86 Internals for Fun & Profit • Matt Godbolt
x86 Internals for Fun & Profit • Matt Godboltx86 Internals for Fun & Profit • Matt Godbolt
Check out our upcoming conferences at http://gotocon.com Check out our upcoming free events at http://gotocon.com/free-events It's easy to treat the CPU that executes our code as a black box, but understanding what really goes on inside it can help you write more efficient code. In this talk, Matt will lift the lid on modern x86 processors. He'll explain some of their features and how the code you write maps to those features. He'll give examples of how to diagnose and fix performance issues. Topics covered include memory, caching, out-of-order execution and branch prediction. Link to slides: http://gotocon.com/dl/goto-chicago-2014/slides/MattGodbolt_X86InternalsForFunAndProfit.pdf This videowas recorded on GOTO Chicago 2014 -
4:22Introduction to x86 Assembly
Introduction to x86 AssemblyIntroduction to x86 Assembly
Enjoy! -
3:55UDOO X86 vs Raspberry Pi 3: a close comparison
UDOO X86 vs Raspberry Pi 3: a close comparisonUDOO X86 vs Raspberry Pi 3: a close comparison
Campaign Link: http://bit.ly/udoo-x86 Since Raspberry Pi 3 is the most adopted single board computer we wondered: how does UDOO X86 compare to Raspberry Pi 3? Here's how. In order to guarantee a fair game we focused on software available for both platforms. As you know, UDOO X86 is way more powerful than Raspberry Pi 3, so we decided to give a little handicap to UDOO X86. :) In other words we used a Full HD screen for Raspberry Pi 3 and a 4K screen for UDOO X86. So, consider that in this video UDOO X86 is processing four times the pixels that Raspberry Pi 3 is processing. Finally, for the video we are using the UDOO X86 Advanced demo board with Intel Celeron N3150 up to 2.08 GHz, with 4 GB of RAM. In other words, a less powerful model than UDOO X86 Advanced and incredibly less powerful than UDOO X86 ULTRA. Campaign Link: http://bit.ly/udoo-x86 -
3:53Is the x86 architecture really the best choice? Discover IBM Power Systems
Is the x86 architecture really the best choice? Discover IBM Power SystemsIs the x86 architecture really the best choice? Discover IBM Power Systems
Compare x86 architecture to IBM Power Systems. Here is a facts based analysis by leading research firm Solitaire Interglobal, Ltd. Discover why the foundation for your next generation applications should be IBM Power Systems. Learn more at http://www.ibm.com/systems/de/power -
3:06UDOO X86: a whole world of games already available
UDOO X86: a whole world of games already availableUDOO X86: a whole world of games already available
Campaign Link: http://bit.ly/udoo-x86 So many games on UDOO X86! Steam OS, Lakka.TV, all the retrogaming old glories and many new games! The music in the video is Royal Entrance [Loop] by Visager: http://freemusicarchive.org/music/Visager/Songs_From_An_Unmade_World_2/Visager_-_Songs_From_An_Unmade_World_2_-_18_Royal_Entrance_-Loop- Campaign Link: http://bit.ly/udoo-x86 -
0:38UDOO X86: The New PC is here
UDOO X86: The New PC is hereUDOO X86: The New PC is here
Campaign Link: http://bit.ly/x86-UDOO The Kickstarter campaign of UDOO X86 is coming to an end, but there are still limited offers available! Go get yours! Why should you: 1) This little beast is a monster of power and beats many notebooks on the market at one mere third of the price (if not fourth, or fifth): it drives up to three 4K screens simultaneously!!! 2) it runs Windows, Linux or Android. 3) you are ready to stream Netflix, Amazon Instant Videos and so on; 4) There's an Arduino 101 on board, with the same pinout of Arduino 101, ensuring 100% compatibility with shields, sensors and actuators. Campaign Link: http://bit.ly/x86-UDOO -
3:40UDOO X86: hands-on experience with its speed & Windows 10
UDOO X86: hands-on experience with its speed & Windows 10UDOO X86: hands-on experience with its speed & Windows 10
Campaign Link: http://bit.ly/udoo-x86 For the video we are using the UDOO X86 Advanced demo board then with Intel Celeron N3150 up to 2.08 GHz, with 4 GB of RAM. Chrome, Photoshop, Meshlab: you name it. Minecraft. We got you covered. 3D printing? Retrogaming? UDOO X86 is your launchpad. No lagging. No noise. Isn't this like a true desktop computer??? P.S.: an update about the Remix OS experience with UDOO X86 is coming!!! STAY TUNED! -
24:06PS4 & Xbox One & X86 - Why Both Consoles Selected X86-64 Over Cell, PowerPC & Arm - Analysis
PS4 & Xbox One & X86 - Why Both Consoles Selected X86-64 Over Cell, PowerPC & Arm - AnalysisPS4 & Xbox One & X86 - Why Both Consoles Selected X86-64 Over Cell, PowerPC & Arm - Analysis
http://www.redgamingtech.com/why-ps4-and-xbox-one-moved-to-x86-64/ - full article http://www.facebook.com/redgamingtech - Follow us on Facebook! It's no accident we see both Sony and Microsoft ending up with x86 processors for the next generation of consoles. For what reasons have Sony abandoned the Cell architecture - the architecture they championed so much around the PS3's release? The previous consoles, the Xbox 360 and Playstation 3 both used versions of PowerPC (sometimes referred too by the technically inclined as PPC) CPU's. Sony had even made much of its version of the RISC, the Cell. Before we start talking about the various types of processors, let's spend a moment to familiarize ourselves with the basics of CPU instructions. CISC (meaning Complex Instruction Set Computing) and RISC (Reduced Instruction Set Computing) both have their positives and negatives. Instruction Sets is a group of instructions which are part of the chip itself, and is their job to direct and guide the computer through manipulating data that it must process. The AMD Jaguar, amongst other X86 CPU's (such as those in your PC) are going to be using this... For more on the article, including images and more check out the link. http://www.redgamingtech.com/why-ps4-and-xbox-one-moved-to-x86-64/ - full article Royalty Free Music - www.audiomicro.com/royalty-free-music
- 29K
- 32-bit
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-
Day 1 Part 1: Introductory Intel x86: Architecture, Assembly, Applications
The class materials are available at http://www.OpenSecurityTraining.info/IntroX86.html Follow us on Twitter for class news @OpenSecTraining. The playlist for this class is here: http://bit.ly/IILMeN The full quality video can be downloaded at http://archive.org/details/opensecuritytraining Intel processors have been a major force in personal computing for more than 30 years. An understanding of low level computing mechanisms used in Intel chips as taught in this course by Xeno Kovah serves as a foundation upon which to better understand other hardware, as well as many technical specialties such as reverse engineering, compiler design, operating system design, code optimization, and vulnerability exploitation. 25% of the time will be spent bootstrapping knowledge of fully OS-independent... -
When hardware must „just work“ - An inside look at x86 CPU design [32c3]
When hardware must „just work“ An inside look at x86 CPU design Software design and testing is hard, but what happens when each bug fix can cost months of delay and millions of dollars? In this talk we’ll take a behind-the-scenes look at the challenges in the design of a very complex, yet critical piece of hardware: the modern x86 CPU. All hardware design and testing is complex, but x86 CPUs are designs that must work correctly basically 100% of the time. They are critical not only for running your applications, but for enforcing the security of the entire system. In this talk, we’ll explore what modern x86 CPU hardware looks like, describe some of the methodology around CPU testing, and discuss real-world hardware design. So does that all make flawless hardware? Of course not! CPU bugs... -
x86 Internals for Fun & Profit • Matt Godbolt
Check out our upcoming conferences at http://gotocon.com Check out our upcoming free events at http://gotocon.com/free-events It's easy to treat the CPU that executes our code as a black box, but understanding what really goes on inside it can help you write more efficient code. In this talk, Matt will lift the lid on modern x86 processors. He'll explain some of their features and how the code you write maps to those features. He'll give examples of how to diagnose and fix performance issues. Topics covered include memory, caching, out-of-order execution and branch prediction. Link to slides: http://gotocon.com/dl/goto-chicago-2014/slides/MattGodbolt_X86InternalsForFunAndProfit.pdf This videowas recorded on GOTO Chicago 2014 -
Introduction to x86 Assembly
Enjoy! -
UDOO X86 vs Raspberry Pi 3: a close comparison
Campaign Link: http://bit.ly/udoo-x86 Since Raspberry Pi 3 is the most adopted single board computer we wondered: how does UDOO X86 compare to Raspberry Pi 3? Here's how. In order to guarantee a fair game we focused on software available for both platforms. As you know, UDOO X86 is way more powerful than Raspberry Pi 3, so we decided to give a little handicap to UDOO X86. :) In other words we used a Full HD screen for Raspberry Pi 3 and a 4K screen for UDOO X86. So, consider that in this video UDOO X86 is processing four times the pixels that Raspberry Pi 3 is processing. Finally, for the video we are using the UDOO X86 Advanced demo board with Intel Celeron N3150 up to 2.08 GHz, with 4 GB of RAM. In other words, a less powerful model than UDOO X86 Advanced and incredibly less powerf... -
Is the x86 architecture really the best choice? Discover IBM Power Systems
Compare x86 architecture to IBM Power Systems. Here is a facts based analysis by leading research firm Solitaire Interglobal, Ltd. Discover why the foundation for your next generation applications should be IBM Power Systems. Learn more at http://www.ibm.com/systems/de/power -
UDOO X86: a whole world of games already available
Campaign Link: http://bit.ly/udoo-x86 So many games on UDOO X86! Steam OS, Lakka.TV, all the retrogaming old glories and many new games! The music in the video is Royal Entrance [Loop] by Visager: http://freemusicarchive.org/music/Visager/Songs_From_An_Unmade_World_2/Visager_-_Songs_From_An_Unmade_World_2_-_18_Royal_Entrance_-Loop- Campaign Link: http://bit.ly/udoo-x86 -
UDOO X86: The New PC is here
Campaign Link: http://bit.ly/x86-UDOO The Kickstarter campaign of UDOO X86 is coming to an end, but there are still limited offers available! Go get yours! Why should you: 1) This little beast is a monster of power and beats many notebooks on the market at one mere third of the price (if not fourth, or fifth): it drives up to three 4K screens simultaneously!!! 2) it runs Windows, Linux or Android. 3) you are ready to stream Netflix, Amazon Instant Videos and so on; 4) There's an Arduino 101 on board, with the same pinout of Arduino 101, ensuring 100% compatibility with shields, sensors and actuators. Campaign Link: http://bit.ly/x86-UDOO -
UDOO X86: hands-on experience with its speed & Windows 10
Campaign Link: http://bit.ly/udoo-x86 For the video we are using the UDOO X86 Advanced demo board then with Intel Celeron N3150 up to 2.08 GHz, with 4 GB of RAM. Chrome, Photoshop, Meshlab: you name it. Minecraft. We got you covered. 3D printing? Retrogaming? UDOO X86 is your launchpad. No lagging. No noise. Isn't this like a true desktop computer??? P.S.: an update about the Remix OS experience with UDOO X86 is coming!!! STAY TUNED! -
PS4 & Xbox One & X86 - Why Both Consoles Selected X86-64 Over Cell, PowerPC & Arm - Analysis
http://www.redgamingtech.com/why-ps4-and-xbox-one-moved-to-x86-64/ - full article http://www.facebook.com/redgamingtech - Follow us on Facebook! It's no accident we see both Sony and Microsoft ending up with x86 processors for the next generation of consoles. For what reasons have Sony abandoned the Cell architecture - the architecture they championed so much around the PS3's release? The previous consoles, the Xbox 360 and Playstation 3 both used versions of PowerPC (sometimes referred too by the technically inclined as PPC) CPU's. Sony had even made much of its version of the RISC, the Cell. Before we start talking about the various types of processors, let's spend a moment to familiarize ourselves with the basics of CPU instructions. CISC (meaning Complex Instruction Set Computing) ...
Day 1 Part 1: Introductory Intel x86: Architecture, Assembly, Applications
- Order: Reorder
- Duration: 86:50
- Updated: 14 Apr 2012
- views: 90878
The class materials are available at http://www.OpenSecurityTraining.info/IntroX86.html
Follow us on Twitter for class news @OpenSecTraining.
The playlist for ...
The class materials are available at http://www.OpenSecurityTraining.info/IntroX86.html
Follow us on Twitter for class news @OpenSecTraining.
The playlist for this class is here: http://bit.ly/IILMeN
The full quality video can be downloaded at http://archive.org/details/opensecuritytraining
Intel processors have been a major force in personal computing for more than 30 years. An understanding of low level computing mechanisms used in Intel chips as taught in this course by Xeno Kovah serves as a foundation upon which to better understand other hardware, as well as many technical specialties such as reverse engineering, compiler design, operating system design, code optimization, and vulnerability exploitation.
25% of the time will be spent bootstrapping knowledge of fully OS-independent aspects of Intel architecture. 50% will be spent learning Windows tools and analysis of simple programs. The final 25% of time will be spent learning Linux tools for analysis.
This class serves as a foundation for the follow on Intermediate level x86 class. It teaches the basic concepts and describes the hardware that assembly code deals with. It also goes over many of the most common assembly instructions. Although x86 has hundreds of special purpose instructions, students will be shown it is possible to read most programs by knowing only around 20-30 instructions and their variations.
The instructor-led lab work will include:
* Stepping through a small program and watching the changes to the stack at each instruction (push, pop, call, ret (return), mov)
* Stepping through a slightly more complicated program (adds lea(load effective address), add, sub)
* Understanding the correspondence between C and assembly control transfer mechanisms (e.g. goto in C == jmp in ams)
* Understanding conditional control flow and how loops are translated from C to asm(conditional jumps, jge(jump greater than or equal), jle(jump less than or equal), ja(jump above), cmp (compare), test, etc)
* Boolean logic (and, or, xor, not)
* Logical and Arithmetic bit shift instructions and the cases where each would be used (shl (logical shift left), shr (logical shift right), sal (arithmetic shift left), sar(arithmetic shift right))
* Signed and unsigned multiplication and division
* Special one instruction loops and how C functions like memset or memcpy can be implemented in one instruction plus setup (rep stos (repeat store to string), rep mov (repeat mov)
* Misc instructions like leave and nop (no operation)
* Running examples in the Visual Studio debugger on Windows and the Gnu Debugger (GDB) on Linux
* The famous "binary bomb" lab from the Carnegie Mellon University computer architecture class, which requires the student to do basic reverse engineering to progress through the different phases of the bomb giving the correct input to avoid it "blowing up". This will be an independent activity.
Knowledge of this material is a prerequisite for future classes such as Intermediate x86 (playlist:http://bit.ly/HIaD4O) , Rootkits(playlist:http://bit.ly/HLkPVG), Exploits, and Introduction to Reverse Engineering.
wn.com/Day 1 Part 1 Introductory Intel X86 Architecture, Assembly, Applications
The class materials are available at http://www.OpenSecurityTraining.info/IntroX86.html
Follow us on Twitter for class news @OpenSecTraining.
The playlist for this class is here: http://bit.ly/IILMeN
The full quality video can be downloaded at http://archive.org/details/opensecuritytraining
Intel processors have been a major force in personal computing for more than 30 years. An understanding of low level computing mechanisms used in Intel chips as taught in this course by Xeno Kovah serves as a foundation upon which to better understand other hardware, as well as many technical specialties such as reverse engineering, compiler design, operating system design, code optimization, and vulnerability exploitation.
25% of the time will be spent bootstrapping knowledge of fully OS-independent aspects of Intel architecture. 50% will be spent learning Windows tools and analysis of simple programs. The final 25% of time will be spent learning Linux tools for analysis.
This class serves as a foundation for the follow on Intermediate level x86 class. It teaches the basic concepts and describes the hardware that assembly code deals with. It also goes over many of the most common assembly instructions. Although x86 has hundreds of special purpose instructions, students will be shown it is possible to read most programs by knowing only around 20-30 instructions and their variations.
The instructor-led lab work will include:
* Stepping through a small program and watching the changes to the stack at each instruction (push, pop, call, ret (return), mov)
* Stepping through a slightly more complicated program (adds lea(load effective address), add, sub)
* Understanding the correspondence between C and assembly control transfer mechanisms (e.g. goto in C == jmp in ams)
* Understanding conditional control flow and how loops are translated from C to asm(conditional jumps, jge(jump greater than or equal), jle(jump less than or equal), ja(jump above), cmp (compare), test, etc)
* Boolean logic (and, or, xor, not)
* Logical and Arithmetic bit shift instructions and the cases where each would be used (shl (logical shift left), shr (logical shift right), sal (arithmetic shift left), sar(arithmetic shift right))
* Signed and unsigned multiplication and division
* Special one instruction loops and how C functions like memset or memcpy can be implemented in one instruction plus setup (rep stos (repeat store to string), rep mov (repeat mov)
* Misc instructions like leave and nop (no operation)
* Running examples in the Visual Studio debugger on Windows and the Gnu Debugger (GDB) on Linux
* The famous "binary bomb" lab from the Carnegie Mellon University computer architecture class, which requires the student to do basic reverse engineering to progress through the different phases of the bomb giving the correct input to avoid it "blowing up". This will be an independent activity.
Knowledge of this material is a prerequisite for future classes such as Intermediate x86 (playlist:http://bit.ly/HIaD4O) , Rootkits(playlist:http://bit.ly/HLkPVG), Exploits, and Introduction to Reverse Engineering.
- published: 14 Apr 2012
- views: 90878
When hardware must „just work“ - An inside look at x86 CPU design [32c3]
- Order: Reorder
- Duration: 58:24
- Updated: 28 Dec 2015
- views: 16902
When hardware must „just work“
An inside look at x86 CPU design
Software design and testing is hard, but what happens when each bug fix can cost months of dela...
When hardware must „just work“
An inside look at x86 CPU design
Software design and testing is hard, but what happens when each bug fix can cost months of delay and millions of dollars? In this talk we’ll take a behind-the-scenes look at the challenges in the design of a very complex, yet critical piece of hardware: the modern x86 CPU.
All hardware design and testing is complex, but x86 CPUs are designs that must work correctly basically 100% of the time. They are critical not only for running your applications, but for enforcing the security of the entire system. In this talk, we’ll explore what modern x86 CPU hardware looks like, describe some of the methodology around CPU testing, and discuss real-world hardware design.
So does that all make flawless hardware? Of course not! CPU bugs do happen, and when dealing with hardware bugs, it’s rarely as simple as “download this patch”. This talk will additionally look at some of the various capabilities used with modern chips to address late-breaking issues, from special configuration bits to microcode to even focused ion beams.
The goal of this talk is to not only provide the listener with a glimpse into the world of complex hardware design, but to hopefully inspire software engineers with new ideas on how to test equally critical software that must “just work”.
──────────
➤Speaker: David Kaplan
➤EventID: 7171
➤Event: 32th Chaos Communication Congress [32c3] of the Chaos Computer Club [CCC]
➤Location: Congress Centrum Hamburg (CCH); Am Dammtor; Marseiller Straße; 20355 Hamburg; Germany
➤Language: english
➤Begin: Sun, 12/27/2015 21:45:00 +01:00
➤License: CC-by
wn.com/When Hardware Must „Just Work“ An Inside Look At X86 Cpu Design 32C3
When hardware must „just work“
An inside look at x86 CPU design
Software design and testing is hard, but what happens when each bug fix can cost months of delay and millions of dollars? In this talk we’ll take a behind-the-scenes look at the challenges in the design of a very complex, yet critical piece of hardware: the modern x86 CPU.
All hardware design and testing is complex, but x86 CPUs are designs that must work correctly basically 100% of the time. They are critical not only for running your applications, but for enforcing the security of the entire system. In this talk, we’ll explore what modern x86 CPU hardware looks like, describe some of the methodology around CPU testing, and discuss real-world hardware design.
So does that all make flawless hardware? Of course not! CPU bugs do happen, and when dealing with hardware bugs, it’s rarely as simple as “download this patch”. This talk will additionally look at some of the various capabilities used with modern chips to address late-breaking issues, from special configuration bits to microcode to even focused ion beams.
The goal of this talk is to not only provide the listener with a glimpse into the world of complex hardware design, but to hopefully inspire software engineers with new ideas on how to test equally critical software that must “just work”.
──────────
➤Speaker: David Kaplan
➤EventID: 7171
➤Event: 32th Chaos Communication Congress [32c3] of the Chaos Computer Club [CCC]
➤Location: Congress Centrum Hamburg (CCH); Am Dammtor; Marseiller Straße; 20355 Hamburg; Germany
➤Language: english
➤Begin: Sun, 12/27/2015 21:45:00 +01:00
➤License: CC-by
- published: 28 Dec 2015
- views: 16902
x86 Internals for Fun & Profit • Matt Godbolt
- Order: Reorder
- Duration: 54:01
- Updated: 11 Aug 2014
- views: 5600
Check out our upcoming conferences at http://gotocon.com
Check out our upcoming free events at http://gotocon.com/free-events
It's easy to treat the CPU that e...
Check out our upcoming conferences at http://gotocon.com
Check out our upcoming free events at http://gotocon.com/free-events
It's easy to treat the CPU that executes our code as a black box, but understanding what really goes on inside it can help you write more efficient code. In this talk, Matt will lift the lid on modern x86 processors. He'll explain some of their features and how the code you write maps to those features. He'll give examples of how to diagnose and fix performance issues. Topics covered include memory, caching, out-of-order execution and branch prediction.
Link to slides: http://gotocon.com/dl/goto-chicago-2014/slides/MattGodbolt_X86InternalsForFunAndProfit.pdf
This videowas recorded on GOTO Chicago 2014
wn.com/X86 Internals For Fun Profit • Matt Godbolt
Check out our upcoming conferences at http://gotocon.com
Check out our upcoming free events at http://gotocon.com/free-events
It's easy to treat the CPU that executes our code as a black box, but understanding what really goes on inside it can help you write more efficient code. In this talk, Matt will lift the lid on modern x86 processors. He'll explain some of their features and how the code you write maps to those features. He'll give examples of how to diagnose and fix performance issues. Topics covered include memory, caching, out-of-order execution and branch prediction.
Link to slides: http://gotocon.com/dl/goto-chicago-2014/slides/MattGodbolt_X86InternalsForFunAndProfit.pdf
This videowas recorded on GOTO Chicago 2014
- published: 11 Aug 2014
- views: 5600
Introduction to x86 Assembly
- Order: Reorder
- Duration: 4:22
- Updated: 01 Apr 2013
- views: 7447
UDOO X86 vs Raspberry Pi 3: a close comparison
- Order: Reorder
- Duration: 3:55
- Updated: 06 May 2016
- views: 1385
Campaign Link: http://bit.ly/udoo-x86
Since Raspberry Pi 3 is the most adopted single board computer we wondered: how does UDOO X86 compare to Raspberry Pi 3?
H...
Campaign Link: http://bit.ly/udoo-x86
Since Raspberry Pi 3 is the most adopted single board computer we wondered: how does UDOO X86 compare to Raspberry Pi 3?
Here's how.
In order to guarantee a fair game we focused on software available for both platforms.
As you know, UDOO X86 is way more powerful than Raspberry Pi 3, so we decided to give a little handicap to UDOO X86.
:)
In other words we used a Full HD screen for Raspberry Pi 3 and a 4K screen for UDOO X86.
So, consider that in this video UDOO X86 is processing four times the pixels that Raspberry Pi 3 is processing.
Finally, for the video we are using the UDOO X86 Advanced demo board with Intel Celeron N3150 up to 2.08 GHz, with 4 GB of RAM. In other words, a less powerful model than UDOO X86 Advanced and incredibly less powerful than UDOO X86 ULTRA.
Campaign Link: http://bit.ly/udoo-x86
wn.com/Udoo X86 Vs Raspberry Pi 3 A Close Comparison
Campaign Link: http://bit.ly/udoo-x86
Since Raspberry Pi 3 is the most adopted single board computer we wondered: how does UDOO X86 compare to Raspberry Pi 3?
Here's how.
In order to guarantee a fair game we focused on software available for both platforms.
As you know, UDOO X86 is way more powerful than Raspberry Pi 3, so we decided to give a little handicap to UDOO X86.
:)
In other words we used a Full HD screen for Raspberry Pi 3 and a 4K screen for UDOO X86.
So, consider that in this video UDOO X86 is processing four times the pixels that Raspberry Pi 3 is processing.
Finally, for the video we are using the UDOO X86 Advanced demo board with Intel Celeron N3150 up to 2.08 GHz, with 4 GB of RAM. In other words, a less powerful model than UDOO X86 Advanced and incredibly less powerful than UDOO X86 ULTRA.
Campaign Link: http://bit.ly/udoo-x86
- published: 06 May 2016
- views: 1385
Is the x86 architecture really the best choice? Discover IBM Power Systems
- Order: Reorder
- Duration: 3:53
- Updated: 24 Feb 2016
- views: 0
Compare x86 architecture to IBM Power Systems. Here is a facts based analysis by leading research firm Solitaire Interglobal, Ltd. Discover why the foundation f...
Compare x86 architecture to IBM Power Systems. Here is a facts based analysis by leading research firm Solitaire Interglobal, Ltd. Discover why the foundation for your next generation applications should be IBM Power Systems. Learn more at http://www.ibm.com/systems/de/power
wn.com/Is The X86 Architecture Really The Best Choice Discover Ibm Power Systems
Compare x86 architecture to IBM Power Systems. Here is a facts based analysis by leading research firm Solitaire Interglobal, Ltd. Discover why the foundation for your next generation applications should be IBM Power Systems. Learn more at http://www.ibm.com/systems/de/power
- published: 24 Feb 2016
- views: 0
UDOO X86: a whole world of games already available
- Order: Reorder
- Duration: 3:06
- Updated: 20 May 2016
- views: 1609
Campaign Link: http://bit.ly/udoo-x86
So many games on UDOO X86! Steam OS, Lakka.TV, all the retrogaming old glories and many new games!
The music in the vid...
Campaign Link: http://bit.ly/udoo-x86
So many games on UDOO X86! Steam OS, Lakka.TV, all the retrogaming old glories and many new games!
The music in the video is Royal Entrance [Loop] by Visager: http://freemusicarchive.org/music/Visager/Songs_From_An_Unmade_World_2/Visager_-_Songs_From_An_Unmade_World_2_-_18_Royal_Entrance_-Loop-
Campaign Link: http://bit.ly/udoo-x86
wn.com/Udoo X86 A Whole World Of Games Already Available
Campaign Link: http://bit.ly/udoo-x86
So many games on UDOO X86! Steam OS, Lakka.TV, all the retrogaming old glories and many new games!
The music in the video is Royal Entrance [Loop] by Visager: http://freemusicarchive.org/music/Visager/Songs_From_An_Unmade_World_2/Visager_-_Songs_From_An_Unmade_World_2_-_18_Royal_Entrance_-Loop-
Campaign Link: http://bit.ly/udoo-x86
- published: 20 May 2016
- views: 1609
UDOO X86: The New PC is here
- Order: Reorder
- Duration: 0:38
- Updated: 27 May 2016
- views: 4718
Campaign Link: http://bit.ly/x86-UDOO
The Kickstarter campaign of UDOO X86 is coming to an end, but there are still limited offers available! Go get yours!
Why ...
Campaign Link: http://bit.ly/x86-UDOO
The Kickstarter campaign of UDOO X86 is coming to an end, but there are still limited offers available! Go get yours!
Why should you:
1) This little beast is a monster of power and beats many notebooks on the market at one mere third of the price (if not fourth, or fifth): it drives up to three 4K screens simultaneously!!!
2) it runs Windows, Linux or Android.
3) you are ready to stream Netflix, Amazon Instant Videos and so on;
4) There's an Arduino 101 on board, with the same pinout of Arduino 101, ensuring 100% compatibility with shields, sensors and actuators.
Campaign Link: http://bit.ly/x86-UDOO
wn.com/Udoo X86 The New Pc Is Here
Campaign Link: http://bit.ly/x86-UDOO
The Kickstarter campaign of UDOO X86 is coming to an end, but there are still limited offers available! Go get yours!
Why should you:
1) This little beast is a monster of power and beats many notebooks on the market at one mere third of the price (if not fourth, or fifth): it drives up to three 4K screens simultaneously!!!
2) it runs Windows, Linux or Android.
3) you are ready to stream Netflix, Amazon Instant Videos and so on;
4) There's an Arduino 101 on board, with the same pinout of Arduino 101, ensuring 100% compatibility with shields, sensors and actuators.
Campaign Link: http://bit.ly/x86-UDOO
- published: 27 May 2016
- views: 4718
UDOO X86: hands-on experience with its speed & Windows 10
- Order: Reorder
- Duration: 3:40
- Updated: 30 Apr 2016
- views: 242
Campaign Link: http://bit.ly/udoo-x86
For the video we are using the UDOO X86 Advanced demo board then with Intel Celeron N3150 up to 2.08 GHz, with 4 GB of RAM...
Campaign Link: http://bit.ly/udoo-x86
For the video we are using the UDOO X86 Advanced demo board then with Intel Celeron N3150 up to 2.08 GHz, with 4 GB of RAM.
Chrome, Photoshop, Meshlab: you name it. Minecraft. We got you covered. 3D printing? Retrogaming? UDOO X86 is your launchpad. No lagging. No noise.
Isn't this like a true desktop computer???
P.S.: an update about the Remix OS experience with UDOO X86 is coming!!! STAY TUNED!
wn.com/Udoo X86 Hands On Experience With Its Speed Windows 10
Campaign Link: http://bit.ly/udoo-x86
For the video we are using the UDOO X86 Advanced demo board then with Intel Celeron N3150 up to 2.08 GHz, with 4 GB of RAM.
Chrome, Photoshop, Meshlab: you name it. Minecraft. We got you covered. 3D printing? Retrogaming? UDOO X86 is your launchpad. No lagging. No noise.
Isn't this like a true desktop computer???
P.S.: an update about the Remix OS experience with UDOO X86 is coming!!! STAY TUNED!
- published: 30 Apr 2016
- views: 242
PS4 & Xbox One & X86 - Why Both Consoles Selected X86-64 Over Cell, PowerPC & Arm - Analysis
- Order: Reorder
- Duration: 24:06
- Updated: 20 Sep 2013
- views: 3765
http://www.redgamingtech.com/why-ps4-and-xbox-one-moved-to-x86-64/ - full article
http://www.facebook.com/redgamingtech - Follow us on Facebook!
It's no accide...
http://www.redgamingtech.com/why-ps4-and-xbox-one-moved-to-x86-64/ - full article
http://www.facebook.com/redgamingtech - Follow us on Facebook!
It's no accident we see both Sony and Microsoft ending up with x86 processors for the next generation of consoles. For what reasons have Sony abandoned the Cell architecture - the architecture they championed so much around the PS3's release?
The previous consoles, the Xbox 360 and Playstation 3 both used versions of PowerPC (sometimes referred too by the technically inclined as PPC) CPU's. Sony had even made much of its version of the RISC, the Cell.
Before we start talking about the various types of processors, let's spend a moment to familiarize ourselves with the basics of CPU instructions.
CISC (meaning Complex Instruction Set Computing) and RISC (Reduced Instruction Set Computing) both have their positives and negatives. Instruction Sets is a group of instructions which are part of the chip itself, and is their job to direct and guide the computer through manipulating data that it must process. The AMD Jaguar, amongst other X86 CPU's (such as those in your PC) are going to be using this...
For more on the article, including images and more check out the link.
http://www.redgamingtech.com/why-ps4-and-xbox-one-moved-to-x86-64/ - full article
Royalty Free Music - www.audiomicro.com/royalty-free-music
wn.com/Ps4 Xbox One X86 Why Both Consoles Selected X86 64 Over Cell, Powerpc Arm Analysis
http://www.redgamingtech.com/why-ps4-and-xbox-one-moved-to-x86-64/ - full article
http://www.facebook.com/redgamingtech - Follow us on Facebook!
It's no accident we see both Sony and Microsoft ending up with x86 processors for the next generation of consoles. For what reasons have Sony abandoned the Cell architecture - the architecture they championed so much around the PS3's release?
The previous consoles, the Xbox 360 and Playstation 3 both used versions of PowerPC (sometimes referred too by the technically inclined as PPC) CPU's. Sony had even made much of its version of the RISC, the Cell.
Before we start talking about the various types of processors, let's spend a moment to familiarize ourselves with the basics of CPU instructions.
CISC (meaning Complex Instruction Set Computing) and RISC (Reduced Instruction Set Computing) both have their positives and negatives. Instruction Sets is a group of instructions which are part of the chip itself, and is their job to direct and guide the computer through manipulating data that it must process. The AMD Jaguar, amongst other X86 CPU's (such as those in your PC) are going to be using this...
For more on the article, including images and more check out the link.
http://www.redgamingtech.com/why-ps4-and-xbox-one-moved-to-x86-64/ - full article
Royalty Free Music - www.audiomicro.com/royalty-free-music
- published: 20 Sep 2013
- views: 3765
close fullscreen
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86:50
Day 1 Part 1: Introductory Intel x86: Architecture, Assembly, Applications
The class materials are available at http://www.OpenSecurityTraining.info/IntroX86.html
Fo...
published: 14 Apr 2012
Day 1 Part 1: Introductory Intel x86: Architecture, Assembly, Applications
Day 1 Part 1: Introductory Intel x86: Architecture, Assembly, Applications
- Report rights infringement
- published: 14 Apr 2012
- views: 90878
58:24
When hardware must „just work“ - An inside look at x86 CPU design [32c3]
When hardware must „just work“
An inside look at x86 CPU design
Software design and testi...
published: 28 Dec 2015
When hardware must „just work“ - An inside look at x86 CPU design [32c3]
When hardware must „just work“ - An inside look at x86 CPU design [32c3]
- Report rights infringement
- published: 28 Dec 2015
- views: 16902
54:01
x86 Internals for Fun & Profit • Matt Godbolt
Check out our upcoming conferences at http://gotocon.com
Check out our upcoming free event...
published: 11 Aug 2014
x86 Internals for Fun & Profit • Matt Godbolt
x86 Internals for Fun & Profit • Matt Godbolt
- Report rights infringement
- published: 11 Aug 2014
- views: 5600
4:22
Introduction to x86 Assembly
Enjoy!
published: 01 Apr 2013
Introduction to x86 Assembly
3:55
UDOO X86 vs Raspberry Pi 3: a close comparison
Campaign Link: http://bit.ly/udoo-x86
Since Raspberry Pi 3 is the most adopted single boar...
published: 06 May 2016
UDOO X86 vs Raspberry Pi 3: a close comparison
UDOO X86 vs Raspberry Pi 3: a close comparison
- Report rights infringement
- published: 06 May 2016
- views: 1385
3:53
Is the x86 architecture really the best choice? Discover IBM Power Systems
Compare x86 architecture to IBM Power Systems. Here is a facts based analysis by leading r...
published: 24 Feb 2016
Is the x86 architecture really the best choice? Discover IBM Power Systems
Is the x86 architecture really the best choice? Discover IBM Power Systems
- Report rights infringement
- published: 24 Feb 2016
- views: 0
3:06
UDOO X86: a whole world of games already available
Campaign Link: http://bit.ly/udoo-x86
So many games on UDOO X86! Steam OS, Lakka.TV, all ...
published: 20 May 2016
UDOO X86: a whole world of games already available
UDOO X86: a whole world of games already available
- Report rights infringement
- published: 20 May 2016
- views: 1609
0:38
UDOO X86: The New PC is here
Campaign Link: http://bit.ly/x86-UDOO
The Kickstarter campaign of UDOO X86 is coming to an...
published: 27 May 2016
UDOO X86: The New PC is here
UDOO X86: The New PC is here
- Report rights infringement
- published: 27 May 2016
- views: 4718
3:40
UDOO X86: hands-on experience with its speed & Windows 10
Campaign Link: http://bit.ly/udoo-x86
For the video we are using the UDOO X86 Advanced dem...
published: 30 Apr 2016
UDOO X86: hands-on experience with its speed & Windows 10
UDOO X86: hands-on experience with its speed & Windows 10
- Report rights infringement
- published: 30 Apr 2016
- views: 242
24:06
PS4 & Xbox One & X86 - Why Both Consoles Selected X86-64 Over Cell, PowerPC & Arm - Analysis
http://www.redgamingtech.com/why-ps4-and-xbox-one-moved-to-x86-64/ - full article
http://w...
published: 20 Sep 2013
PS4 & Xbox One & X86 - Why Both Consoles Selected X86-64 Over Cell, PowerPC & Arm - Analysis
PS4 & Xbox One & X86 - Why Both Consoles Selected X86-64 Over Cell, PowerPC & Arm - Analysis
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- published: 20 Sep 2013
- views: 3765
Day 1 Part 1: Introductory Intel x86: Architecture...
When hardware must „just work“ - An inside look at...
x86 Internals for Fun & Profit • Matt Godbolt...
Introduction to x86 Assembly...
UDOO X86 vs Raspberry Pi 3: a close comparison...
Is the x86 architecture really the best choice? Di...
UDOO X86: a whole world of games already available...
UDOO X86: The New PC is here...
UDOO X86: hands-on experience with its speed & Win...
PS4 & Xbox One & X86 - Why Both Consoles Selected ...
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Lyrics list:lyrics
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Raided Unforgiven
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japan Time Trip Loving
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My Goodness
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Raided Use Yo Nina
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Fusion God And The Devil
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Con This World Is Made Of Lies
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We're Having Much More Fun
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Make The Music Go Bang
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Raided I Got Yo Back
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Raided Vengeance Is Mine
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Raided Unforgiven
Ain't got no love to sinnin
Ain't no love recieved
Fucc explainin
Nigga believe whatcha wanna believe
You've been decived I ain't dead yet
Ash to ash, dust to dust ain't been said yet
Fucc what you read nigga can't nobody touch me
You must be a playa hater trust me
They gon be yellin fucc me
Long as the world is spinnin
But I can't let it bother me
Quickly the most wanted
That's just how it got to be
Busta's be woofin but really don't what no funk
Self incriminatin
I'm eliminatin niggas is hatin niggas
Liquidatin niggas like car lots
I'm loccin up on them bustas
like the fool in that movie warlocc
Motha fuccas don't bow down now
The king of Sac Rap Raided is bacc in town now
[chorus]
Long as the world is spinnin
Whether I'm dead or livin
It's Sac Town X-Raided eternally unforgivin
All the times I committed sins
Misery never ends
Havin visions on the flames my soul gonna be burnin in
Turnin in my grave cuz I can't find piece
Everybody yellin X-Raided rest in grief
Long as the world is spinnin
Whether I'm dead or livin
It's Sac Town X-Raided eternally (eternally)
Long as the world is spinnin
Whether I'm dead or livin
It's Sac Town X-Raided eternally unforgivin
Call me murderer
Don't nobody know if it's true
Wanna see me dead
So call friends and enemies too
What can I do
Persecuted and hated tremendously
Prosecuted they tryin to give me a quater of a century
Nigga they mention me in the news
Always negative
What y'all know about me
to be steadily speakin of what I did
Y'all be speculatin
One day my bitch was in tears
She heard I got stabbed in the shower
And threw off the third year
But you ain't pumpin no fear
With those discietful conversations
Sayin you comin for me but nigga I'm still waitin
They datin you bustas like I'm some white out
Think you can see me
I can't be seen I'll cut your site out
Knoccin the fight out you motha fuccas
like I'm Tyson in his hey day
You hollerin may day
But ain't no help for you it's pay day
Say what you wanna
But run up and be a gonna
By the most wanted motha fucca in Northern California
Long as the world is spinnin
Whether I'm dead or livin
It's Sac Town X-Raided eternally unforgivin (eternally unforgivin)
You don't know me from Adam
But yellin fucc X-Raided
Got your fingers crossed
Hopin I get assassinated
But you procrastinated
You had a chance to get me
20 deep but ya'll niggas was still scared to hit me
Get me hotter than lava when I hear bitch niggas speakin
Gotta roll through Sac Town strapped down
to leave them bitch niggas leakin
Got you tweekin like Plusticy
Seekin bustas like missles
Ain't got no time for no hoes
Bitches is way to ficcle
Flippin she whippin to have your car hot like pretzels
Tellin your bitches fucc you hoes let's keep it sexual
I ain't got no time for you bacc stabbin two faceted vultures
Next time I see you I'm colt you consult you to smoke
[Talkin]
Based on the fact y'allniggas is hoez
(eternally unforgivin, eternally unforgivin)
Y'all steadily be speakin on a nigga
(eternally unforgivin)
Fucc y'all niggas
Fucc biatch
Long as the world is spinnin
Whether I'm dead or livin
It's Sac Town X-Raided eternally unforgivin
All the times I committed sins
Misery never ends
Havin visions on the flames my soul gonna be burnin in
Turnin in my grave cuz I can't find piece
Everybody yellin X-Raided rest in grief
Long as the world is spinnin
Whether I'm dead or livin
It's Sac Town X-Raided eternally unforgiven
Long as the world is spinnin
Whether I'm dead or livin
It's Sac Town X-Raided eternally unforgivin
All the times I committed sins
Misery never ends
Havin visions on the flames my soul gonna be burnin in
Turnin in my grave cuz I can't find piece
Everybody yellin X-Raided rest in grief
Long as the world is spinnin
Whether I'm dead or livin
It's Sac Town X-Raided eternally, eternally unforgiven
photo: AP / Brennan Linsley, File
Great Oppressor Tells Puerto Rico “Pull Yourself Up by Your Bootstraps”
Edit WorldNews.com 03 Jun 2016
Article by WN.com Correspondent Dallas Darling. “Mosquitoes. Rats…malaria and hookworm, and in about every other house someone with tuberculosis, …” was how President Franklin D ... Wall Street, Population Control, and Militarization of Puerto Rico In reality, the plan invigorated Wall Street and U.S ... dictated.Entire agricultural regions were transformed into industrial centers of mass production ... Not only will the U.S ... Indeed, the U.S ... 321....
photo: Twitter/@DrewKaredesKHOU
Teacher had sex with 13-year-old student, got pregnant, authorities say
Edit Springfield News-Sun 02 Jun 2016
A Texas teacher accused of having sex with a 13-year-old student turned herself in to police Wednesday. According to KTRK, Alexandria Vera, 24, of Houston is accused of sexually abusing the boy, who was an eighth-grade student in her English class at Stovall Middle School last summer ... Read more trending stories ... Read more here ... ....
photo: AP / Facebook via AP
UCLA Shooter Mainak Sarkar’s Minnesota Victim Identified as His Wife
Edit The Wrap 03 Jun 2016
The woman killed in Minnesota by UCLA shooter Mainak Sarkar has been identified by her sister as Sarkar’s wife, Ashley Hasti. “My sister, Ashley Hasti, was the smartest, coolest, and funniest person I knew,” Alex Hasti wrote on Facebook ... Unfortunately, she won’t get to see that last dream come true as her life was cut short much too soon by her estranged husband.” ... Also Read. UCLA Shooter Mainak Sarkar....
photo: Creative Commons / Gage Skidmore
Bernie Sanders Has Already Won California
Edit The New Republic 03 Jun 2016
Does the outcome of next Tuesday’s California primary matter? Conventional wisdom says no; news outlets are already pinpointing the precise time of the evening when Hillary Clinton will clinch the nomination that evening with victories elsewhere—three hours before the polls close in the Golden State ... I’ll be perfectly honest ... That race had incredibly low turnout, which is sadly the norm in a state without much of a political culture ... ....
photo: US Navy / Photographers Mate 3rd Class Elizabeth Thompson.
Scientists Close To Creating A ‘Universal Cancer Vaccine’
Edit Inquisitr 03 Jun 2016
Scientists have taken a very positive step toward creating a universal cancer vaccine. This vaccine makes the body’s immune system attack tumors as if they were viruses, Science Alert reports. Based on early trials in human participants and research in mice, results has suggested that this technique could be used against any type of tumor, regardless of its location in the body ... How’s that for tactical warfare?....
« back to news headlines
Atos expands Data Loss Prevention offering with Digital Guardian (AtoS SE)
Edit Public Technologies 03 Jun 2016
(Source. AtoS SE) ... Regulatory Mandates ... 'Ready for Anything.' ... About Bull ... Bull is the European leader in HPC and its products include bullx, the energy-efficient supercomputer; bullion, one of the most powerful x86 servers in the world developed to meet the challenges of Big Data; Evidian, the software security solutions for identity and access management; Trustway, the hardware security module and Hoox, the ultra-secure smartphone ... Atos....
Atos expands Data Loss Prevention offering with Digital Guardian (Atos IT Services UK Limited)
Edit Public Technologies 03 Jun 2016
(Source. Atos IT Services UK Limited) ... Regulatory Mandates ... About Bull ... Bull is the European leader in HPC and its products include bullx, the energy-efficient supercomputer; bullion, one of the most powerful x86 servers in the world developed to meet the challenges of Big Data; Evidian, the software security solutions for identity and access management; Trustway, the hardware security module and Hoox, the ultra-secure smartphone ... Atos....
Worldwide Enterprise Storage Market Sees Continued Decline in First Quarter, According to IDC (IDC Research Inc)
Edit Public Technologies 03 Jun 2016
(Source. IDC Research Inc) Press Release. Worldwide Enterprise Storage Market Sees Continued Decline in First Quarter, According to IDC. 03 Jun 2016 ... Total capacity shipments were down 4.0% year over year to 27.8 exabytes during the quarter ... This portion of the market was down 39.9% year over year to $681 million ... Vendor. 1Q16 Revenue. 1Q16 Market Share ... T1 ... T1 ... IBM's 1Q16 revenue excludes x86 servers due to the sale of that business to Lenovo....
Updated: Sony PS4
Edit TechRadar 03 Jun 2016
Introduction. Update. If you're looking to buy a PS4 in anticipation of Playstation VR launching later this year then you might want to wait a little while ... It was going to be truly awful. Something a bit more powerful starts to bring VR into range ... Sony has ... Original review. ... It has a custom single-chip processor that combines an eight core x86-64 AMD "Jaguar" CPU with a 1.84 teraflop GPU based on AMD's Radeon graphics technology ... Update....
Worldwide Server Market Revenues Decline by 3.6% in the First Quarter, Curbed by Hyperscale Slowdown, According to IDC (IDC Research Inc)
Edit Public Technologies 02 Jun 2016
Midrange systems were helped by enterprise investment in scalable systems for virtualization and consolidation, as well as increases in x86-based mission critical systems ... Demand for x86 servers improved in 1Q16 with revenues increasing 2.6% year over year in the quarter to $10.6 billion worldwide while unit shipments declined 2.9% to 2.2 million servers....
Cisco Recognized as A Leader in Gartner WAN OP MQ, 2nd Year in a Row (Cisco Systems Inc)
Edit Public Technologies 02 Jun 2016
Delivering network services convergence and secure cloud app performance via Direct Internet Access for SaaS applications, which now includes asymmetric deployment Robust offerings providing our customers with flexible deployment choice As standard virtual machine on a hypervisor of choice - vWAAS on VMWare ESX, Microsoft Hyper-V, or KVM on an x86; ......
Sony PS5: what will PlayStation 5 be like and when will we see it?
Edit TechRadar 02 Jun 2016
PS5. what does the future hold for PlayStation 5?. Update. Update. With each announcement Sony seems to be focusing less and less on the home console ... Yep, we'd bet our game collection that the Sony PlayStation 5 is probably in development right now ... After all, now that the PS4 has adopted a more standard x86 processor as opposed to the enormously complex 'Cell' processor present in the PS3, it is now very similar to a standard desktop PC....
Gradual Change in Server Microprocessor Market; IDC Expects Competition and Evolving Workloads to Change Supply Ecosystem in 2017 (IDC Research Inc)
Edit Public Technologies 01 Jun 2016
SAN MATEO, Calif., May 31, 2016 - Worldwide x86 and ARM server-class microprocessor revenue will increase 1.3% to $13.9 billion while server microprocessor market unit shipments will increase 3.5% to 22.9 million units in 2016, according to a new forecast from the International Data Corporation (IDC). The report, Worldwide x86 and ARM Server-class ......
Gradual Change in Server Microprocessor Market; IDC Expects Competition and Evolving Workloads to Change Supply ...
Edit Business Wire 01 Jun 2016Intel faces a challenge in the server market with new ARM chips
Edit IT World 01 Jun 2016
Intel has doubled down on servers as it looks to shed its reliance on PCs, but the chip maker's ARM competitors are ready to challenge it. New server and appliance chips based on the ARM architecture were announced at Computex in Taipei this week ... ARM servers are seen as a power-efficient alternative to Intel's x86-based systems, with companies looking to cut electric bills in data centers ... ....
AMD Showcases New High-Performance Solutions at COMPUTEX TAIPEI 2016
Edit Stockhouse 01 Jun 2016
First public demonstration of AMD's high-performance x86 processor core (codenamed "Zen"), powering a "Summit Ridge" desktop processor that features eight cores and sixteen threads ... Shipping in volume to OEM customers, the full line of 7th Gen AMD A-Series processors feature mobile-optimized "Excavator" x86 CPU cores ... "Zen" High-performance x86 Core....
AMD Showcases New High-Performance Solutions at COMPUTEX TAIPEI 2016 (AMD - Advanced Micro Devices Inc)
Edit Public Technologies 01 Jun 2016
First public demonstration of AMD's high-performance x86 processor core (codenamed 'Zen'), powering a 'Summit Ridge' desktop processor that features eight cores and sixteen threads ... Shipping in volume to OEM customers, the full line of 7th Gen AMD A-Series processors feature mobile-optimized 'Excavator' x86 CPU cores ... 'Zen' High-performance x86 Core....
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