More Related Contents:
- x86 registers: MBR/MDR and instruction registers
- How has CPU architecture evolution affected virtual function call performance?
- What kind of address instruction does the x86 cpu have?
- Can the simple decoders in recent Intel microarchitectures handle all 1-µop instructions?
- Is there hardware support for 128bit integers in modern processors?
- Which cache mapping technique is used in intel core i7 processor?
- How does x86 paging work?
- Why are elementwise additions much faster in separate loops than in a combined loop?
- Globally Invisible load instructions
- What does multicore assembly language look like?
- What happens after a L2 TLB miss?
- Bomb lab phase 5 – 6 char string, movzbl load, and $0xf, %ecx, and index an array with that?
- What C/C++ compiler can use push pop instructions for creating local variables, instead of just increasing esp once?
- How can I do a CPU cache flush in x86 Windows?
- Why can’t you set the instruction pointer directly?
- If I don’t use fences, how long could it take a core to see another core’s writes?
- How to write a disassembler? [closed]
- Why is std::fill(0) slower than std::fill(1)?
- Why do virtual memory addresses for linux binaries start at 0x8048000?
- x86 LOCK question on multi-core CPUs
- int 13h 42h doesn’t load anything in Bochs
- Why GCC compiled C program needs .eh_frame section?
- Fastest way to unpack 32 bits to a 32 byte SIMD vector
- How to access the control registers cr0,cr2,cr3 from a program? Getting segmentation fault
- Return address prediction stack buffer vs stack-stored return address?
- Are load ops deallocated from the RS when they dispatch, complete or some other time?
- Bubble sort in x86 (masm32), the sort I wrote doesn’t work
- Why is gcc allowed to speculatively load from a struct?
- What are these seemingly-useless callq instructions in my x86 object files for?
- Are two store buffer entries needed for split line/page stores on recent Intel?