CompTIA A+Student Guide Lesson 1.txt

Lesson 1 Lesson 1 Installing Motherboards Installing Motherboards and Connectors and Connectors 1 LESSON INTRODUCTION LESSON INTRODUCTION One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure One of the main roles for a CompTIA A+ technician is to install and configure personal computer (PC) hardware. This hands-on part of the job is what draws personal computer (PC) hardware. This hands-on part of the job is what draws personal computer (PC) hardware. This hands-on part of the job is what draws personal computer (PC) hardware. This hands-on part of the job is what draws personal computer (PC) hardware. This hands-on part of the job is what draws personal computer (PC) hardware. This hands-on part of the job is what draws personal computer (PC) hardware. This hands-on part of the job is what draws personal computer (PC) hardware. This hands-on part of the job is what draws personal computer (PC) hardware. This hands-on part of the job is what draws personal computer (PC) hardware. This hands-on part of the job is what draws personal computer (PC) hardware. This hands-on part of the job is what draws personal computer (PC) hardware. This hands-on part of the job is what draws personal computer (PC) hardware. This hands-on part of the job is what draws many people to a career in information technology (IT) support. As an IT many people to a career in information technology (IT) support. As an IT many people to a career in information technology (IT) support. As an IT many people to a career in information technology (IT) support. As an IT many people to a career in information technology (IT) support. As an IT many people to a career in information technology (IT) support. As an IT many people to a career in information technology (IT) support. As an IT many people to a career in information technology (IT) support. As an IT many people to a career in information technology (IT) support. As an IT many people to a career in information technology (IT) support. As an IT many people to a career in information technology (IT) support. As an IT many people to a career in information technology (IT) support. As an IT many people to a career in information technology (IT) support. As an IT professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a professional, you will set up desktop computers and help end users to select a system configuration and peripheral devices that are appropriate to their work. system configuration and peripheral devices that are appropriate to their work. system configuration and peripheral devices that are appropriate to their work. system configuration and peripheral devices that are appropriate to their work. system configuration and peripheral devices that are appropriate to their work. system configuration and peripheral devices that are appropriate to their work. system configuration and peripheral devices that are appropriate to their work. system configuration and peripheral devices that are appropriate to their work. system configuration and peripheral devices that are appropriate to their work. system configuration and peripheral devices that are appropriate to their work. system configuration and peripheral devices that are appropriate to their work. You will often have to connect peripheral devices using the correct cables and You will often have to connect peripheral devices using the correct cables and You will often have to connect peripheral devices using the correct cables and You will often have to connect peripheral devices using the correct cables and You will often have to connect peripheral devices using the correct cables and You will often have to connect peripheral devices using the correct cables and You will often have to connect peripheral devices using the correct cables and You will often have to connect peripheral devices using the correct cables and You will often have to connect peripheral devices using the correct cables and You will often have to connect peripheral devices using the correct cables and You will often have to connect peripheral devices using the correct cables and You will often have to connect peripheral devices using the correct cables and You will often have to connect peripheral devices using the correct cables and connectors and install plug-in adapter cards. connectors and install plug-in adapter cards. connectors and install plug-in adapter cards. connectors and install plug-in adapter cards. connectors and install plug-in adapter cards. connectors and install plug-in adapter cards. To complete these tasks, you must understand how the peripheral devices and To complete these tasks, you must understand how the peripheral devices and To complete these tasks, you must understand how the peripheral devices and To complete these tasks, you must understand how the peripheral devices and To complete these tasks, you must understand how the peripheral devices and To complete these tasks, you must understand how the peripheral devices and To complete these tasks, you must understand how the peripheral devices and To complete these tasks, you must understand how the peripheral devices and To complete these tasks, you must understand how the peripheral devices and To complete these tasks, you must understand how the peripheral devices and To complete these tasks, you must understand how the peripheral devices and To complete these tasks, you must understand how the peripheral devices and internal PC components are connected via the motherboard. As you may encounter internal PC components are connected via the motherboard. As you may encounter internal PC components are connected via the motherboard. As you may encounter internal PC components are connected via the motherboard. As you may encounter internal PC components are connected via the motherboard. As you may encounter internal PC components are connected via the motherboard. As you may encounter internal PC components are connected via the motherboard. As you may encounter internal PC components are connected via the motherboard. As you may encounter internal PC components are connected via the motherboard. As you may encounter internal PC components are connected via the motherboard. As you may encounter internal PC components are connected via the motherboard. As you may encounter internal PC components are connected via the motherboard. As you may encounter many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and many different environments in your work, you must also be able to distinguish and support both modern and legacy connection interfaces. support both modern and legacy connection interfaces. support both modern and legacy connection interfaces. support both modern and legacy connection interfaces. support both modern and legacy connection interfaces. support both modern and legacy connection interfaces. support both modern and legacy connection interfaces. Lesson Objectives Lesson Objectives In this lesson, you will: In this lesson, you will: In this lesson, you will: In this lesson, you will: In this lesson, you will: Explain cable types and connectors. Explain cable types and connectors. Explain cable types and connectors. Explain cable types and connectors. Explain cable types and connectors. Install and configure motherboards. Install and configure motherboards. Install and configure motherboards. Install and configure motherboards. Explain legacy cable types. Explain legacy cable types. Explain legacy cable types. Explain legacy cable types. LICENSED FOR USE ONL LICENSED FOR USE ONL LICENSED FOR USE ONL LICENSED FOR USE ONLY B Y BY: DON WHEA Y: DON WHEA Y: DON WHEAT · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 Student Guide Student Guide (Exams 220-1101 and 220-1102) (Exams 220-1101 and 220-1102) (Exams 220-1101 and 220-1102) (Exams 220-1101 and 220-1102) Topic 1A Topic 1A Explain Cable Types and Connectors Explain Cable Types and Connectors Explain Cable Types and Connectors Explain Cable Types and Connectors Explain Cable Types and Connectors 2 CORE 1 EXAM OBJECTIVES COVERED CORE 1 EXAM OBJECTIVES COVERED CORE 1 EXAM OBJECTIVES COVERED CORE 1 EXAM OBJECTIVES COVERED CORE 1 EXAM OBJECTIVES COVERED 3.1 Explain basic cable types and their connectors, features, and purposes. 3.1 Explain basic cable types and their connectors, features, and purposes. 3.1 Explain basic cable types and their connectors, features, and purposes. 3.1 Explain basic cable types and their connectors, features, and purposes. 3.1 Explain basic cable types and their connectors, features, and purposes. 3.1 Explain basic cable types and their connectors, features, and purposes. 3.1 Explain basic cable types and their connectors, features, and purposes. 3.1 Explain basic cable types and their connectors, features, and purposes. 3.1 Explain basic cable types and their connectors, features, and purposes. 3.1 Explain basic cable types and their connectors, features, and purposes. 3.1 Explain basic cable types and their connectors, features, and purposes. A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be A PC is made up of many different components. All these components need to be able to communicate with each other so that the computer can function properly. able to communicate with each other so that the computer can function properly. able to communicate with each other so that the computer can function properly. able to communicate with each other so that the computer can function properly. able to communicate with each other so that the computer can function properly. able to communicate with each other so that the computer can function properly. able to communicate with each other so that the computer can function properly. able to communicate with each other so that the computer can function properly. able to communicate with each other so that the computer can function properly. able to communicate with each other so that the computer can function properly. able to communicate with each other so that the computer can function properly. able to communicate with each other so that the computer can function properly. able to communicate with each other so that the computer can function properly. If you can distinguish connection interfaces and connectors quickly, you will be able If you can distinguish connection interfaces and connectors quickly, you will be able If you can distinguish connection interfaces and connectors quickly, you will be able If you can distinguish connection interfaces and connectors quickly, you will be able If you can distinguish connection interfaces and connectors quickly, you will be able If you can distinguish connection interfaces and connectors quickly, you will be able If you can distinguish connection interfaces and connectors quickly, you will be able If you can distinguish connection interfaces and connectors quickly, you will be able If you can distinguish connection interfaces and connectors quickly, you will be able If you can distinguish connection interfaces and connectors quickly, you will be able If you can distinguish connection interfaces and connectors quickly, you will be able If you can distinguish connection interfaces and connectors quickly, you will be able If you can distinguish connection interfaces and connectors quickly, you will be able to support users by installing, upgrading, and replacing PC peripherals efficiently. to support users by installing, upgrading, and replacing PC peripherals efficiently. to support users by installing, upgrading, and replacing PC peripherals efficiently. to support users by installing, upgrading, and replacing PC peripherals efficiently. to support users by installing, upgrading, and replacing PC peripherals efficiently. to support users by installing, upgrading, and replacing PC peripherals efficiently. to support users by installing, upgrading, and replacing PC peripherals efficiently. to support users by installing, upgrading, and replacing PC peripherals efficiently. to support users by installing, upgrading, and replacing PC peripherals efficiently. to support users by installing, upgrading, and replacing PC peripherals efficiently. to support users by installing, upgrading, and replacing PC peripherals efficiently. Personal Computers Personal Computers The components of a personal computer (PC) are divided between those that are The components of a personal computer (PC) are divided between those that are The components of a personal computer (PC) are divided between those that are The components of a personal computer (PC) are divided between those that are The components of a personal computer (PC) are divided between those that are The components of a personal computer (PC) are divided between those that are The components of a personal computer (PC) are divided between those that are The components of a personal computer (PC) are divided between those that are The components of a personal computer (PC) are divided between those that are The components of a personal computer (PC) are divided between those that are The components of a personal computer (PC) are divided between those that are The components of a personal computer (PC) are divided between those that are The components of a personal computer (PC) are divided between those that are designed to be handled by the user—peripheral devices—and those that would designed to be handled by the user—peripheral devices—and those that would designed to be handled by the user—peripheral devices—and those that would designed to be handled by the user—peripheral devices—and those that would designed to be handled by the user—peripheral devices—and those that would designed to be handled by the user—peripheral devices—and those that would designed to be handled by the user—peripheral devices—and those that would designed to be handled by the user—peripheral devices—and those that would designed to be handled by the user—peripheral devices—and those that would designed to be handled by the user—peripheral devices—and those that would designed to be handled by the user—peripheral devices—and those that would be damaged or dangerous if exposed. Peripheral devices typically perform the be damaged or dangerous if exposed. Peripheral devices typically perform the be damaged or dangerous if exposed. Peripheral devices typically perform the be damaged or dangerous if exposed. Peripheral devices typically perform the be damaged or dangerous if exposed. Peripheral devices typically perform the be damaged or dangerous if exposed. Peripheral devices typically perform the be damaged or dangerous if exposed. Peripheral devices typically perform the be damaged or dangerous if exposed. Peripheral devices typically perform the be damaged or dangerous if exposed. Peripheral devices typically perform the be damaged or dangerous if exposed. Peripheral devices typically perform the be damaged or dangerous if exposed. Peripheral devices typically perform the function of input (keyboard, mouse, microphone, and camera), output (monitor and function of input (keyboard, mouse, microphone, and camera), output (monitor and function of input (keyboard, mouse, microphone, and camera), output (monitor and function of input (keyboard, mouse, microphone, and camera), output (monitor and function of input (keyboard, mouse, microphone, and camera), output (monitor and function of input (keyboard, mouse, microphone, and camera), output (monitor and function of input (keyboard, mouse, microphone, and camera), output (monitor and function of input (keyboard, mouse, microphone, and camera), output (monitor and function of input (keyboard, mouse, microphone, and camera), output (monitor and function of input (keyboard, mouse, microphone, and camera), output (monitor and function of input (keyboard, mouse, microphone, and camera), output (monitor and speakers), or external storage. speakers), or external storage. speakers), or external storage. speakers), or external storage. The system case/chassis houses the internal components. These include the The system case/chassis houses the internal components. These include the The system case/chassis houses the internal components. These include the The system case/chassis houses the internal components. These include the The system case/chassis houses the internal components. These include the The system case/chassis houses the internal components. These include the The system case/chassis houses the internal components. These include the The system case/chassis houses the internal components. These include the The system case/chassis houses the internal components. These include the The system case/chassis houses the internal components. These include the motherboard, central processing unit (CPU), system memory modules, adapter motherboard, central processing unit (CPU), system memory modules, adapter motherboard, central processing unit (CPU), system memory modules, adapter motherboard, central processing unit (CPU), system memory modules, adapter motherboard, central processing unit (CPU), system memory modules, adapter motherboard, central processing unit (CPU), system memory modules, adapter motherboard, central processing unit (CPU), system memory modules, adapter motherboard, central processing unit (CPU), system memory modules, adapter motherboard, central processing unit (CPU), system memory modules, adapter cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is cards, fixed disks, and power supply unit. Most cases use a tower form factor that is designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. designed to be oriented vertically and can be placed on a desk or on the floor. PCs can also be purchased as all-in-one units. All-in-one means that the internal PCs can also be purchased as all-in-one units. All-in-one means that the internal PCs can also be purchased as all-in-one units. All-in-one means that the internal PCs can also be purchased as all-in-one units. All-in-one means that the internal PCs can also be purchased as all-in-one units. All-in-one means that the internal PCs can also be purchased as all-in-one units. All-in-one means that the internal PCs can also be purchased as all-in-one units. All-in-one means that the internal PCs can also be purchased as all-in-one units. All-in-one means that the internal PCs can also be purchased as all-in-one units. All-in-one means that the internal PCs can also be purchased as all-in-one units. All-in-one means that the internal PCs can also be purchased as all-in-one units. All-in-one means that the internal PCs can also be purchased as all-in-one units. All-in-one means that the internal PCs can also be purchased as all-in-one units. All-in-one means that the internal components are contained within a case that is also a monitor. components are contained within a case that is also a monitor. components are contained within a case that is also a monitor. components are contained within a case that is also a monitor. components are contained within a case that is also a monitor. components are contained within a case that is also a monitor. components are contained within a case that is also a monitor. components are contained within a case that is also a monitor. components are contained within a case that is also a monitor. components are contained within a case that is also a monitor. components are contained within a case that is also a monitor. To perform PC maintenance, you must understand how to open a desktop To perform PC maintenance, you must understand how to open a desktop To perform PC maintenance, you must understand how to open a desktop To perform PC maintenance, you must understand how to open a desktop To perform PC maintenance, you must understand how to open a desktop To perform PC maintenance, you must understand how to open a desktop To perform PC maintenance, you must understand how to open a desktop To perform PC maintenance, you must understand how to open a desktop To perform PC maintenance, you must understand how to open a desktop To perform PC maintenance, you must understand how to open a desktop To perform PC maintenance, you must understand how to open a desktop To perform PC maintenance, you must understand how to open a desktop computer’s case. computer’s case. A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its A tower case has a side cover that can be removed by sliding the panel from its housing. Cases might be secured by screws or retaining clips and might have housing. Cases might be secured by screws or retaining clips and might have housing. Cases might be secured by screws or retaining clips and might have housing. Cases might be secured by screws or retaining clips and might have housing. Cases might be secured by screws or retaining clips and might have housing. Cases might be secured by screws or retaining clips and might have housing. Cases might be secured by screws or retaining clips and might have housing. Cases might be secured by screws or retaining clips and might have housing. Cases might be secured by screws or retaining clips and might have housing. Cases might be secured by screws or retaining clips and might have housing. Cases might be secured by screws or retaining clips and might have housing. Cases might be secured by screws or retaining clips and might have housing. Cases might be secured by screws or retaining clips and might have anti-tamper security mechanisms. Always refer to the system documentation, anti-tamper security mechanisms. Always refer to the system documentation, anti-tamper security mechanisms. Always refer to the system documentation, anti-tamper security mechanisms. Always refer to the system documentation, anti-tamper security mechanisms. Always refer to the system documentation, anti-tamper security mechanisms. Always refer to the system documentation, anti-tamper security mechanisms. Always refer to the system documentation, anti-tamper security mechanisms. Always refer to the system documentation, anti-tamper security mechanisms. Always refer to the system documentation, and follow the recommended steps. and follow the recommended steps. and follow the recommended steps. and follow the recommended steps. and follow the recommended steps. The front panel provides access to the removable media drives, a power on/off The front panel provides access to the removable media drives, a power on/off The front panel provides access to the removable media drives, a power on/off The front panel provides access to the removable media drives, a power on/off The front panel provides access to the removable media drives, a power on/off The front panel provides access to the removable media drives, a power on/off The front panel provides access to the removable media drives, a power on/off The front panel provides access to the removable media drives, a power on/off The front panel provides access to the removable media drives, a power on/off The front panel provides access to the removable media drives, a power on/off The front panel provides access to the removable media drives, a power on/off The front panel provides access to the removable media drives, a power on/off The front panel provides access to the removable media drives, a power on/off switch, and light- emitting diodes (LEDs) to indicate drive operation. The front switch, and light- emitting diodes (LEDs) to indicate drive operation. The front switch, and light- emitting diodes (LEDs) to indicate drive operation. The front switch, and light- emitting diodes (LEDs) to indicate drive operation. The front switch, and light- emitting diodes (LEDs) to indicate drive operation. The front switch, and light- emitting diodes (LEDs) to indicate drive operation. The front switch, and light- emitting diodes (LEDs) to indicate drive operation. The front switch, and light- emitting diodes (LEDs) to indicate drive operation. The front switch, and light- emitting diodes (LEDs) to indicate drive operation. The front switch, and light- emitting diodes (LEDs) to indicate drive operation. The front switch, and light- emitting diodes (LEDs) to indicate drive operation. The front switch, and light- emitting diodes (LEDs) to indicate drive operation. The front cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to cover can be removed but may require the side panel to be removed first to access the screws or clips that secure it. access the screws or clips that secure it. access the screws or clips that secure it. access the screws or clips that secure it. access the screws or clips that secure it. access the screws or clips that secure it. access the screws or clips that secure it. access the screws or clips that secure it. Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A LICENSED FOR USE ONL LICENSED FOR USE ONL LICENSED FOR USE ONL LICENSED FOR USE ONLY B Y BY: DON WHEA Y: DON WHEA Y: DON WHEAT · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 Student Guide Student Guide (Exams 220-1101 and 220-1102) | (Exams 220-1101 and 220-1102) | (Exams 220-1101 and 220-1102) | (Exams 220-1101 and 220-1102) | (Exams 220-1101 and 220-1102) | 3 Features on the front of a typical PC case. (Image © 123RF.com) Features on the front of a typical PC case. (Image © 123RF.com) Features on the front of a typical PC case. (Image © 123RF.com) Features on the front of a typical PC case. (Image © 123RF.com) Features on the front of a typical PC case. (Image © 123RF.com) Features on the front of a typical PC case. (Image © 123RF.com) Features on the front of a typical PC case. (Image © 123RF.com) Features on the front of a typical PC case. (Image © 123RF.com) Features on the front of a typical PC case. (Image © 123RF.com) Features on the front of a typical PC case. (Image © 123RF.com) Features on the front of a typical PC case. (Image © 123RF.com) Features on the front of a typical PC case. (Image © 123RF.com) The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has The rear panel provides access to the power supply unit (PSU) sockets. The PSU has an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will an integral fan exhaust. Care should be taken that it is not obstructed, as this will adversely affect cooling. There may be an additional case fan. adversely affect cooling. There may be an additional case fan. adversely affect cooling. There may be an additional case fan. adversely affect cooling. There may be an additional case fan. adversely affect cooling. There may be an additional case fan. adversely affect cooling. There may be an additional case fan. adversely affect cooling. There may be an additional case fan. adversely affect cooling. There may be an additional case fan. adversely affect cooling. There may be an additional case fan. adversely affect cooling. There may be an additional case fan. Features on the rear panel of a typical PC case. (Image © 123RF.com) Features on the rear panel of a typical PC case. (Image © 123RF.com) Features on the rear panel of a typical PC case. (Image © 123RF.com) Features on the rear panel of a typical PC case. (Image © 123RF.com) Features on the rear panel of a typical PC case. (Image © 123RF.com) Features on the rear panel of a typical PC case. (Image © 123RF.com) Features on the rear panel of a typical PC case. (Image © 123RF.com) Features on the rear panel of a typical PC case. (Image © 123RF.com) Features on the rear panel of a typical PC case. (Image © 123RF.com) Features on the rear panel of a typical PC case. (Image © 123RF.com) Features on the rear panel of a typical PC case. (Image © 123RF.com) Features on the rear panel of a typical PC case. (Image © 123RF.com) Features on the rear panel of a typical PC case. (Image © 123RF.com) Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A LICENSED FOR USE ONL LICENSED FOR USE ONL LICENSED FOR USE ONL LICENSED FOR USE ONLY B Y BY: DON WHEA Y: DON WHEA Y: DON WHEAT · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 4 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 Student Guide Student Guide (Exams 220-1101 and 220-1102) (Exams 220-1101 and 220-1102) (Exams 220-1101 and 220-1102) (Exams 220-1101 and 220-1102) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) Below the PSU, there is a cutout aligned with the motherboard’s input/output (I/O) ports. These allow for the connection of peripheral devices. ports. These allow for the connection of peripheral devices. ports. These allow for the connection of peripheral devices. ports. These allow for the connection of peripheral devices. ports. These allow for the connection of peripheral devices. ports. These allow for the connection of peripheral devices. ports. These allow for the connection of peripheral devices. ports. These allow for the connection of peripheral devices. ports. These allow for the connection of peripheral devices. At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of At the bottom of the rear panel there are cutout slots aligned with the position of adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. adapter card slots to allow cables to be connected to any I/O ports on the cards. These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known These slots should either be covered by an adapter card or a metal strip known as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around as a blanking plate. Uncovered slots can disrupt the proper flow of air around components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in components in the PC and cause overheating and increase the amount of dust in the system. the system. Peripheral Devices Peripheral Devices An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a An input/output (I/O) port allows a device to be connected to the PC via a peripheral cable peripheral cable. Some ports are designed for a particular type of device, such as. Some ports are designed for a particular type of device, such as. Some ports are designed for a particular type of device, such as. Some ports are designed for a particular type of device, such as. Some ports are designed for a particular type of device, such as. Some ports are designed for a particular type of device, such as. Some ports are designed for a particular type of device, such as. Some ports are designed for a particular type of device, such as. Some ports are designed for a particular type of device, such as. Some ports are designed for a particular type of device, such as. Some ports are designed for a particular type of device, such as. Some ports are designed for a particular type of device, such as. Some ports are designed for a particular type of device, such as a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. a graphics port to connect a monitor. Other ports support a variety of device types. External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the External ports are positioned at the rear or front of the PC through cutouts in the case. They can be provided on the motherboard or as an expansion card. case. They can be provided on the motherboard or as an expansion card. case. They can be provided on the motherboard or as an expansion card. case. They can be provided on the motherboard or as an expansion card. case. They can be provided on the motherboard or as an expansion card. case. They can be provided on the motherboard or as an expansion card. case. They can be provided on the motherboard or as an expansion card. case. They can be provided on the motherboard or as an expansion card. case. They can be provided on the motherboard or as an expansion card. case. They can be provided on the motherboard or as an expansion card. case. They can be provided on the motherboard or as an expansion card. case. They can be provided on the motherboard or as an expansion card. case. They can be provided on the motherboard or as an expansion card. I/O ports on a motherboard. (Image © 123RF.com) I/O ports on a motherboard. (Image © 123RF.com) I/O ports on a motherboard. (Image © 123RF.com) I/O ports on a motherboard. (Image © 123RF.com) I/O ports on a motherboard. (Image © 123RF.com) I/O ports on a motherboard. (Image © 123RF.com) I/O ports on a motherboard. (Image © 123RF.com) I/O ports on a motherboard. (Image © 123RF.com) Interfaces, Ports, and Connectors Interfaces, Ports, and Connectors Interfaces, Ports, and Connectors Interfaces, Ports, and Connectors A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus A hardware port is the external connection point for a particular type of bus interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is interface. A bus allows the transfer of data to and from devices. The connector is the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape the part of a peripheral cable that can be inserted into a port with the same shape or form factor. Each bus interface type might use multiple connector form factors. or form factor. Each bus interface type might use multiple connector form factors. or form factor. Each bus interface type might use multiple connector form factors. or form factor. Each bus interface type might use multiple connector form factors. or form factor. Each bus interface type might use multiple connector form factors. or form factor. Each bus interface type might use multiple connector form factors. or form factor. Each bus interface type might use multiple connector form factors. or form factor. Each bus interface type might use multiple connector form factors. or form factor. Each bus interface type might use multiple connector form factors. or form factor. Each bus interface type might use multiple connector form factors. or form factor. Each bus interface type might use multiple connector form factors. or form factor. Each bus interface type might use multiple connector form factors. or form factor. Each bus interface type might use multiple connector form factors. Most connectors and ports now use edge contacts and either have an asymmetric Most connectors and ports now use edge contacts and either have an asymmetric Most connectors and ports now use edge contacts and either have an asymmetric Most connectors and ports now use edge contacts and either have an asymmetric Most connectors and ports now use edge contacts and either have an asymmetric Most connectors and ports now use edge contacts and either have an asymmetric Most connectors and ports now use edge contacts and either have an asymmetric Most connectors and ports now use edge contacts and either have an asymmetric Most connectors and ports now use edge contacts and either have an asymmetric Most connectors and ports now use edge contacts and either have an asymmetric Most connectors and ports now use edge contacts and either have an asymmetric Most connectors and ports now use edge contacts and either have an asymmetric Most connectors and ports now use edge contacts and either have an asymmetric design called design called keying to prevent them from being inserted the wrong way around or to prevent them from being inserted the wrong way around or to prevent them from being inserted the wrong way around or to prevent them from being inserted the wrong way around or to prevent them from being inserted the wrong way around or to prevent them from being inserted the wrong way around or to prevent them from being inserted the wrong way around or to prevent them from being inserted the wrong way around or to prevent them from being inserted the wrong way around or to prevent them from being inserted the wrong way around or to prevent them from being inserted the wrong way around or are reversible. are reversible. Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A LICENSED FOR USE ONL LICENSED FOR USE ONL LICENSED FOR USE ONL LICENSED FOR USE ONLY B Y BY: DON WHEA Y: DON WHEA Y: DON WHEAT · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 The Official CompTIA A+ Core 1 and Core 2 Student Guide Student Guide (Exams 220-1101 and 220-1102) | (Exams 220-1101 and 220-1102) | (Exams 220-1101 and 220-1102) | (Exams 220-1101 and 220-1102) | (Exams 220-1101 and 220-1102) | 5 A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being A peripheral cable for the Universal Serial Bus (USB) interface with different connector types being used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) used to connect a portable hard drive and a desktop computer. (Image © 123RF.com) Binary Data Storage and Transfer Units Binary Data Storage and Transfer Units Binary Data Storage and Transfer Units Binary Data Storage and Transfer Units Binary Data Storage and Transfer Units Binary Data Storage and Transfer Units When comparing bus interfaces, it is important to use appropriate units. Computers When comparing bus interfaces, it is important to use appropriate units. Computers When comparing bus interfaces, it is important to use appropriate units. Computers When comparing bus interfaces, it is important to use appropriate units. Computers When comparing bus interfaces, it is important to use appropriate units. Computers When comparing bus interfaces, it is important to use appropriate units. Computers When comparing bus interfaces, it is important to use appropriate units. Computers When comparing bus interfaces, it is important to use appropriate units. Computers When comparing bus interfaces, it is important to use appropriate units. Computers When comparing bus interfaces, it is important to use appropriate units. Computers When comparing bus interfaces, it is important to use appropriate units. Computers When comparing bus interfaces, it is important to use appropriate units. Computers process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. process binary data. Each binary digit or bit (b) can have the value one or zero. Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A Storage is often measured in multiples of eight bits, referred to as a byte (B). A lowercase “b” unit refers to a bit, while uppercase means a byte. lowercase “b” unit refers to a bit, while uppercase means a byte. lowercase “b” unit refers to a bit, while uppercase means a byte. lowercase “b” unit refers to a bit, while uppercase means a byte. lowercase “b” unit refers to a bit, while uppercase means a byte. lowercase “b” unit refers to a bit, while uppercase means a byte. lowercase “b” unit refers to a bit, while uppercase means a byte. lowercase “b” unit refers to a bit, while uppercase means a byte. lowercase “b” unit refers to a bit, while uppercase means a byte. lowercase “b” unit refers to a bit, while uppercase means a byte. lowercase “b” unit refers to a bit, while uppercase means a byte. lowercase “b” unit refers to a bit, while uppercase means a byte. Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits Transfer rates are expressed in units per second of the following multiples of bits and bytes: and bytes: 1000—Kilobits (Kb/s or Kbps) and kilobytes (KB/s and KBps). 1000—Kilobits (Kb/s or Kbps) and kilobytes (KB/s and KBps). 1000—Kilobits (Kb/s or Kbps) and kilobytes (KB/s and KBps). 1000—Kilobits (Kb/s or Kbps) and kilobytes (KB/s and KBps). 1000—Kilobits (Kb/s or Kbps) and kilobytes (KB/s and KBps). 1000—Kilobits (Kb/s or Kbps) and kilobytes (KB/s and KBps). 1000—Kilobits (Kb/s or Kbps) and kilobytes (KB/s and KBps). 1000—Kilobits (Kb/s or Kbps) and kilobytes (KB/s and KBps). 1000—Kilobits (Kb/s or Kbps) and kilobytes (KB/s and KBps). 1000x1000—Megabits (Mb/s) or megabytes (MB/s). 1000x1000—Megabits (Mb/s) or megabytes (MB/s). 1000x1000—Megabits (Mb/s) or megabytes (MB/s). 1000x1000—Megabits (Mb/s) or megabytes (MB/s). 1000x1000—Megabits (Mb/s) or megabytes (MB/s). 1000x1000x1000—Gigabits (Gb/s) and gigabytes (GB/s). 1000x1000x1000—Gigabits (Gb/s) and gigabytes (GB/s). 1000x1000x1000—Gigabits (Gb/s) and gigabytes (GB/s). 1000x1000x1000—Gigabits (Gb/s) and gigabytes (GB/s). 1000x1000x1000—Gigabits (Gb/s) and gigabytes (GB/s). Universal Serial Bus Cables Universal Serial Bus Cables Universal Serial Bus Cables Universal Serial Bus Cables The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of The Universal Serial Bus (USB) is the standard means of connecting most types of peripheral device to a computer. USB peripheral device functions are divided into peripheral device to a computer. USB peripheral device functions are divided into peripheral device to a computer. USB peripheral device functions are divided into peripheral device to a computer. USB peripheral device functions are divided into peripheral device to a computer. USB peripheral device functions are divided into peripheral device to a computer. USB peripheral device functions are divided into peripheral device to a computer. USB peripheral device functions are divided into peripheral device to a computer. USB peripheral device functions are divided into peripheral device to a computer. USB peripheral device functions are divided into peripheral device to a computer. USB peripheral device functions are divided into peripheral device to a computer. USB peripheral device functions are divided into peripheral device to a computer. USB peripheral device functions are divided into classes, such as human interface (keyboards and mice), mass storage (disk drives), classes, such as human interface (keyboards and mice), mass storage (disk drives), classes, such as human interface (keyboards and mice), mass storage (disk drives), classes, such as human interface (keyboards and mice), mass storage (disk drives), classes, such as human interface (keyboards and mice), mass storage (disk drives), classes, such as human interface (keyboards and mice), mass storage (disk drives), classes, such as human interface (keyboards and mice), mass storage (disk drives), classes, such as human interface (keyboards and mice), mass storage (disk drives), classes, such as human interface (keyboards and mice), mass storage (disk drives), classes, such as human interface (keyboards and mice), mass storage (disk drives), classes, such as human interface (keyboards and mice), mass storage (disk drives), classes, such as human interface (keyboards and mice), mass storage (disk drives), printer, audio device, and so on. printer, audio device, and so on. printer, audio device, and so on. printer, audio device, and so on. printer, audio device, and so on. printer, audio device, and so on. A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports A USB is managed by a host controller. Each host controller supports multiple ports attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices attached to the same bus. In theory, there could be up to 127 connected devices per controller, but to overcome the limitations of sharing bandwidth, most PC per controller, but to overcome the limitations of sharing bandwidth, most PC per controller, but to overcome the limitations of sharing bandwidth, most PC per controller, but to overcome the limitations of sharing bandwidth, most PC per controller, but to overcome the limitations of sharing bandwidth, most PC per controller, but to overcome the limitations of sharing bandwidth, most PC per controller, but to overcome the limitations of sharing bandwidth, most PC per controller, but to overcome the limitations of sharing bandwidth, most PC per controller, but to overcome the limitations of sharing bandwidth, most PC per controller, but to overcome the limitations of sharing bandwidth, most PC per controller, but to overcome the limitations of sharing bandwidth, most PC per controller, but to overcome the limitations of sharing bandwidth, most PC motherboards provision multiple USB controllers, each of which has three or motherboards provision multiple USB controllers, each of which has three or motherboards provision multiple USB controllers, each of which has three or motherboards provision multiple USB controllers, each of which has three or motherboards provision multiple USB controllers, each of which has three or motherboards provision multiple USB controllers, each of which has three or motherboards provision multiple USB controllers, each of which has three or motherboards provision multiple USB controllers, each of which has three or motherboards provision multiple USB controllers, each of which has three or motherboards provision multiple USB controllers, each of which has three or motherboards provision multiple USB controllers, each of which has three or four ports. four ports. Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A Lesson 1: Installing Motherboards and Connectors | Topic 1A LICENSED FOR USE ONL LICENSED FOR USE ONL LICENSED FOR USE ONL LICENSED FOR USE ONLY B Y BY: DON WHEA Y: DON WHEA Y: DON WHEAT · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 T · 21927471 · JUL 18 2023 6 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 \| The Official CompTIA A+ Core 1 and Core 2 Student Guide Student Guide (Exams 220-1101 and 220-1102) (Exams 220-1101 and 220-1102) (Exams 220-1101 and 220-1102) (Exams 220-1101 and 220-1102) USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer USB port symbol. Variations on this basic icon identify supported features, such as higher transfer rates and power delivery. Wikimedia Commons ( rates and power delivery. Wikimedia Commons ( rates and power delivery. Wikimedia Commons ( rates and power delivery. Wikimedia Commons ( rates and power delivery. Wikimedia Commons ( rates and power delivery. Wikimedia Commons ( rates and power delivery. Wikimedia Commons (commons.wikimedia.org/wiki/File:USB_icon.png) USB Standards USB Standards There have been several iterations of the USB standard. Each version introduces There have been several iterations of the USB standard. Each version introduces There have been several iterations of the USB standard. Each version introduces There have been several iterations of the USB standard. Each version introduces There have been several iterations of the USB standard. Each version introduces There have been several iterations of the USB standard. Each version introduces There have been several iterations of the USB standard. Each version introduces There have been several iterations of the USB standard. Each version introduces There have been several iterations of the USB standard. Each version introduces There have been several iterations of the USB standard. Each version introduces There have been several iterations of the USB standard. Each version introduces There have been several iterations of the USB standard. Each version introduces better data rates. A version update may also define new connector form factors better data rates. A version update may also define new connector form factors better data rates. A version update may also define new connector form factors better data rates. A version update may also define new connector form factors better data rates. A version update may also define new connector form factors better data rates. A version update may also define new connector form factors better data rates. A version update may also define new connector form factors better data rates. A version update may also define new connector form factors better data rates. A version update may also define new connector form factors better data rates. A version update may also define new connector form factors better data rates. A version update may also define new connector form factors better data rates. A version update may also define new connector form factors better data rates. A version update may also define new connector form factors and other improvements. The and other improvements. The and other improvements. The and other improvements. The USB 2.0 USB 2.0 HighSpeed standard specifies a data rate of HighSpeed standard specifies a data rate of HighSpeed standard specifies a data rate of HighSpeed standard specifies a data rate of HighSpeed standard specifies a data rate of HighSpeed standard specifies a data rate of HighSpeed standard specifies a data rate of 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus 480 Mbps shared between all devices attached to the same host controller. The bus is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same is half-duplex, meaning that each device can send or receive, but not at the same time. Iterations of USB 3.x introduced new connector form factors and upgraded Iterations of USB 3.x introduced new connector form factors and upgraded Iterations of USB 3.x introduced new connector form factors and upgraded Iterations of USB 3.x introduced new connector form factors and upgraded Iterations of USB 3.x introduced new connector form factors and upgraded Iterations of USB 3.x introduced new connector form factors and upgraded Iterations of USB 3.x introduced new connector form factors and upgraded Iterations of USB 3.x introduced new connector form factors and upgraded Iterations of USB 3.x introduced new connector form factors and upgraded Iterations of USB 3.x introduced new connector form factors and upgraded Iterations of USB 3.x introduced new connector form factors and upgraded transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive transfer rates, each of which are full-duplex, so a device can send and receive simultaneously. USB 3.2 deprecated some of the older terms used to describe the simultaneously. USB 3.2 deprecated some of the older terms used to describe the simultaneously. USB 3.2 deprecated some of the older terms used to describe the simultaneously. USB 3.2 deprecated some of the older terms used to describe the simultaneously. USB 3.2 deprecated some of the older terms used to describe the simultaneously. USB 3.2 deprecated some of the older terms used to describe the simultaneously. USB 3.2 deprecated some of the older terms used to describe the simultaneously. USB 3.2 deprecated some of the older terms used to describe the simultaneously. USB 3.2 deprecated some of the older terms used to describe the simultaneously. USB 3.2 deprecated some of the older terms used to describe the simultaneously. USB 3.2 deprecated some of the older terms used to describe the simultaneously. USB 3.2 deprecated some of the older terms used to describe the simultaneously. USB 3.2 deprecated some of the older terms used to describe the supported transfer rate: supported transfer rate: supported transfer rate: Standard Speed Connectors Legacy Designation Legacy Designation USB 3.2 Gen 1 USB 3.2 Gen 1 USB 3.2 Gen 1 USB 3.2 Gen 1 5 Gbps 5 Gbps USB-A, USB-C, USB-A, USB-C, USB 3.0 USB 3.0 SuperSpeed USB SuperSpeed USB USB Micro USB Micro USB 3.2 Gen 2x1 USB 3.2 Gen 2x1 USB 3.2 Gen 2x1 USB 3.2 Gen 2x1 10 Gbps 10 Gbps USB-A, USB-C, USB-A, USB-C, USB 3.1 USB 3.1 SuperSpeed USB SuperSpeed USB USB Micro USB Micro SuperSpeed+ 10 Gbps 10 Gbps USB 3.2 Gen 2x2 USB 3.2 Gen 2x2 USB 3.2 Gen 2x2 USB 3.2 Gen 2x2 2 x 10 Gbps 2 x 10 Gbps 2 x 10 Gbps 2 x 10 Gbps USB-C SuperSpeed USB SuperSpeed USB 20 Gbps 20 Gbps USB 3 controllers feature two sub-controllers. One controller handles SuperSpeed- USB 3 controllers feature two sub-controllers. One controller handles SuperSpeed- USB 3 controllers feature two sub-controllers. One controller handles SuperSpeed- USB 3 controllers feature two sub-controllers. One controller handles SuperSpeed- USB 3 controllers feature two sub-controllers. One controller handles SuperSpeed- USB 3 controllers feature two sub-controllers. One controller handles SuperSpeed- USB 3 controllers feature two sub-controllers. One controller handles SuperSpeed- USB 3 controllers feature two sub-controllers. One controller handles SuperSpeed- USB 3 controllers feature two sub-controllers. One controller handles SuperSpeed- USB 3 controllers feature two sub-controllers. One controller handles SuperSpeed- capable devices, while the other supports legacy HighSpeed, FullSpeed, and LowSpeed capable devices, while the other supports legacy HighSpeed, FullSpeed, and LowSpeed capable devices, while the other supports legacy HighSpeed, FullSpeed, and LowSpeed capable devices, while the other supports legacy HighSpeed, FullSpeed, and LowSpeed capable devices, while the other supports legacy HighSpeed, FullSpeed, and LowSpeed capable devices, while the other supports legacy HighSpeed, FullSpeed, and LowSpeed capable devices, while the other supports legacy HighSpeed, FullSpeed, and LowSpeed capable devices, while the other supports legacy HighSpeed, FullSpeed, and LowSpeed capable devices, while the other supports legacy HighSpeed, FullSpeed, and LowSpeed capable devices, while the other supports legacy HighSpeed, FullSpeed, and LowSpeed capable devices, while the other supports legacy HighSpeed, FullSpeed, and LowSpeed USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- USB v1.1 and v2.0 devices. Consequently, legacy devices will not slow down SuperSpeed- capable devices. capable devices. Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Installing Motherboards and Connectors \| Topic 1A Lesson 1: Instal

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