Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
11 Cards in this Set
- Front
- Back
|
Intel CPU Socket T: 775 pins, LGA package Later Pentium 4s and Core 2 DDR2/3 Memory |
Intel CPU Socket B: 1,366 Pins LGA package Replaced the LGA 775 Core i7 (Nehalem) DDR3 Memory |
|
|
Intel CPU Socket H1: 1,156 pins, LGA package Integrates northbridge on chip Core i3/5/7 (Nehalem) DDR3 Memory |
Intel CPU Socket H2: 1,155 Pins, LGA package replacement for the 1156 Sandy Bridge Architecture i3/i5/i7 DDR3 Memory |
|
|
AMD CPU Socket 940: 940 pins, pin grid array (PGA) and Zero Insertion Force (ZIF) Athlon 64 FX DDR Support |
AMD CPU Socket AM2: 940 pins, PGA-ZIF package, not compatible with 94- socket Athlon 64 (FX,X2) / Phenom Xx DDR2 support |
|
|
AMD CPU Socket F: 1,207 pins LGA package, Athon 64 FX DDR2 support |
AMD CPU Socket AM2+ 940 Pins, PGA-ZIF package, has cross compatibility with AM2 Athlon FX DDR2 support |
|
|
AMD CPU Socket AM3: 941 pins, PGA-ZIF package, DDR2/3 memory Athlon II / Phenom II |
AMD CPU AM3+ Socket: 942 pins, PGA-ZIF package DDR2/3 memoryAthlon II / Phenom II |
|
|
AMD CPU Socket FM1: 905 pins, PGA-ZIF pacakge, AMD A-series processors/ Athlon II DDR3 memory |
Real Speed vs Clock Speed: Real speed of machine relies on, clock speed, CPU architecture bus speed, bus width, L1 cache size, L2 cache size, OS |
|
|
CPU cores: Dual/Quad/Multi-Core Each core has its own cache The chip may have shared cache |
Cache: Super Fast Memory Holds data, instructions and/or results |
|
|
Intel Hyperthreading: One CPU, acts like two 15% to 30% performance improvement |
Virtualization support: Intel Virtualization Tech (VT) AMD Virtualization (AMD-V) |
|
|
32 bit vs 64 bit: Data "width" (dealt with at same time.) Size of registers, address bus and data bus A 64 bit bus can work with 32 bit processors Need OS support, different drivers needed. |
GPU (Graphics Processing Unit): Part of a video adapter, motherboard or CPU |
|
|
Heat Sink: Dissipate heat through thermal conduction, Air flows through the gaps to cool it, Thermal "grease" creates good contact between the chip and the sink |
Fans: Can have fans on top of heat sink. Fans can be found on adapter cards and on case. You would want to check the airflow is suitable for your PC |
|
|
Liquid Cooling: Coolant circulated through a computer, High end systems, |
Blank |
