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- The Ultimate Memory Guide v.6
- 0. Table of Contents
- 1. WHAT IS MEMORY?
- 1.1. INTRODUCTION
- 1.2. THE ROLE OF MEMORY IN THE COMPUTER
- 1.3. THE DIFFERENCE BETWEEN MEMORY AND STORAGE
- 1.4. MEMORY AND PERFORMANCE
- 1.5. HOW MUCH MEMORY DO YOU NEED?
- 10. THE GLOSSARY
- 2. A CLOSER LOOK
- 2.1. WHAT MEMORY LOOKS LIKE
- 2.2. WHERE MEMORY COMES FROM
- 2.3. WHERE MEMORY GOES IN THE COMPUTER
- 3. HOW MEMORY WORKS
- 3.1. HOW MEMORYWORKS WITH THE PROCESSOR
- 3.2. MAXIMIZING PERFORMANCE
- 4. HOW MUCH MEMORY IS ON A MODULE?
- 4.1. BITS AND BYTES
- 4.2. CPU AND MEMORY REQUIREMENTS
- 4.3. CALCULATING THE CAPACITY OF A MODULE
- 4.4. STACKING
- 5. DIFFERENT KINDS OF MEMORY
- 5.1. MODULE FORM FACTORS
- 5.2. MAJOR CHIP TECHNOLOGIES
- 5.3. MEMORY TECHNOLOGIES FOR VIDEO OR GRAPHICS PROCESSING
- 5.4. OTHER MEMORY TECHNOLOGIES YOU MAY HAVE HEARD ABOUT
- 5.5. ERROR CHECKING
- 5.6. OTHER SPECIFICATIONS
- 6. WHAT TO CONSIDER WHEN BUYING MEMORY
- 6.1. COMPATIBILITY
- 6.2. HOW TO READ A BANK SCHEMA
- 6.3. QUALITY
- 6.4. PRICING AND AVAILABILITY
- 7. HOW TO INSTALL MEMORY
- 7.1. BEFORE YOU INSTALL
- 7.2. IMPORTANT THINGS TO KEEP IN MIND
- 7.3. INSTALLING THE MEMORY
- 8. TROUBLESHOOTING MEMORY PROBLEMS
- 8.1. COMMON MEMORY PROBLEMS
- 8.2. BASIC TROUBLESHOOTING
- 8.3. WHEN THE PROBLEM OCCURS
- 8.4. HANDLING SPECIFIC PROBLEMS
- 8.5. STILL NEED HELP?
- 9. MORE ABOUT KINGSTON
- 9.1. COMPANY OVERVIEW
- 9.2. HOW TO REACH KINGSTON
- 9.3. WHY KINGSTON?
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