
Explore the hardware components found in various devices and networks as part of the 220-901 certification objectives.
Learn to use a proper toolkit for computer work, featuring a reversible driver, screw bits, tweezers, a grounding anti-static strap, and a case to organize screws.
Discover BIOS configurations, including boot sequence management, device options, and virtualization settings, along with security features such as passwords, drive encryption, secure boot, and TPM protection.
Explore built-in diagnostics and the power-on self-test (POST) that verify hardware during boot, and use beep codes or a POS card to diagnose memory or other hardware issues.
Examine the motherboard and its resident components, and understand how the motherboard serves as the communication path linking all components.
Explore how RAM slots accept SIMMs and DIMMs, including single inline memory modules and dual inline memory modules, with notes on one- vs two-sided components and laptop variants.
Learn how the power supply feeds the motherboard and devices, focusing on the ATX 20-pin connector and the secondary 12-pin (dual six-pin) power connector used on motherboards.
Identify the front panel connectors on the motherboard, including usb and audio connections, and understand how power supplies energize the front panel components and drive activity lights.
Explore how storage cards connect to motherboards and servers, featuring serial attached SCSI, parallel ATA, PCIe, fiber channel, and the move from parallel to serial interfaces for solid-state drives.
Explore modem cards and wireless or cellular cards that enable dial-up and internet connectivity, including RJ-11 connections, PCI or PCIe card slots, and USB external modems.
Explore expansion cards, including video, sound, network (combo), modem, and firewire cards, and examine their slots and connectors such as 15-pin, RJ-45, and RJ-11.
discover tape drives as a backup storage option using magnetic tape, with setups and connections like scsi, fiber channel, usb, or firewire, and learn their sequential access drawback.
Explore installing various CPUs and applying effective cooling methods, learn about CPU sockets, architectures, and how cooling prevents damaging temperatures in computer systems.
Explore CPU speeds, comparing external and internal speeds, the multiplier and overclocking, multi-core processing, L1 and L2 caches, hyper-threading, virtualization, BIOS enablement, 32-bit and 64-bit architectures, and integrated graphics processors.
Demonstrate cpu types and pin patterns, show heat sink placement on the cpu with thermal grease, and compare passive and active heat sinks with fan cooling.
Explore PC connection interfaces, their characteristics and purposes, and compare internal and external interconnections to show how they differ and perform.
Review a chart of wireless technologies, noting speeds, frequencies, and ranges for exam prep, including Bluetooth 3 Mbps at 2.4 GHz and infrared up to 5 meters.
Calculate total wattage by multiplying voltage by current to power the motherboard and devices, and identify connectors such as serial ATA, Molex, 4/8-pin 12V, PCIe 6/8-pin, and ATX 20/24-pin.
Learn how wattage, rail design, connectors, and size impact selecting a power supply that meets motherboard and device power needs, fits the case, and supports ATX or micro ATX boards.
Showcase a power supply outside the case and explain the cables, including the 24-pin motherboard connector and Molex four-pin plugs, plus the fan, wall plug, and voltage switch.
Configure a home server pc for streaming, file sharing, and print services, with memory, disk space, a gigabit network card, and raid for performance and fault tolerance.
CompTIA A+ training teaches students fundamental competence in areas such as installation, preventative maintenance, networking, security, troubleshooting, customer service and communication to work with clients. In order to achieve your CompTIA A+ certification you will need to pass two exams - 220-901 & 220-902. After completing the CompTIA A+ 220-901 course, students will know hardware, laptops, motherboards, processors, memory, CPU, troubleshooting theory, preventative maintenance techniques, Windows XP, Windows Vista, Windows 7, Windows 8, mobile operating systems Android and Apple iOS, cables, connectors, network types, security concepts, security technologies, viruses, malware, communication and professionalism.
CompTIA A+ 220-901 covers the fundamentals of computer technology, installation and configuration of PCs, laptops and related hardware, and basic networking.
CompTIA A+ 220-902 covers the skills required to install and configure PC operating systems, as well as configuring common features (e.g. network connectivity and email) for mobile operating systems Android and Apple iOS.
As a CompTIA Partner,our course curriculum is either CAQC (CompTIA Authorized Quality Curriculum) or in the process of becoming CAQC, ensuring you receive the training and knowledge needed to succeed. According to CompTIA, A+ certifications are held by 900,000 IT professionals. This certification is a proven starting point to your career in IT - with whatever path you may choose.