
This lecture explains laptop and smartphone hardware, covering batteries (lithium ion/polymer) calibration, RAM (SO-DIMM), storage (HDD and SSD), keyboard and touchpad, wireless cards, biometrics, NFC, Wi-Fi antenna, webcam, and microphone.
Explore mobile device connectivity and accessories, including USB type A and USB-C for data and charging, legacy Micro USB and Mini USB, Lightning, NFC, and Bluetooth pairing, hotspots, and tethering.
Explore mobile device network configurations from 1G to 5G, including hotspots, Wi-Fi networks, SIM and eSIM, Bluetooth, GPS, MDM, BYOD, data caps, synchronization, and cloud business apps.
Explore TCP and UDP ports and protocols, contrasting connection-oriented TCP with faster, connectionless UDP, and review key protocols like FTP, SSH, DNS, DHCP, HTTP, and RDP.
Explore wireless networking technologies, including frequency bands, 2.4/5/6 GHz, channels and channel width, and modern 802.11 standards, plus NFC and RFID applications and regulatory considerations.
Explore networked host services, including DNS, DHCP, file and print servers, mail, syslog, web servers, AAA, database, NTP, spam gateways, UTM, load balancers, proxy, SCADA, and IoT in enterprise environments.
Explore DNS records like A, quad A, CNAME, MX, and TXT, along with SPF, DKIM, and DMARC policies, and learn DHCP leases, reservations, scopes, and exclusions for VLAN and VPN.
Explore networking hardware including routers, switches, access points, patch panels, firewalls, PoE, ONT, and NIC, and learn how they enable NAT, DHCP, and route traffic.
Explore how soho networks use IPv4 and IPv6 addressing, private and public ranges, APIPA and DHCP, plus static versus dynamic addressing, subnet masks, default gateways, and VLANs.
Explore satellite, fiber optic, cable internet, DSL, cellular, and Wisp connectivity, plus LAN, WAN, PAN, MAN, SAN, and VLAN network types, with notes on latency, speeds, and line of sight.
Discover essential networking tools for the CompTIA A+ 1201 exam, including crimpers, cable strippers, Wi-Fi analyzers, toner probes, patch panels, cable testers, and network taps for setup, troubleshooting, and monitoring.
Explore display components in the Comptia A+ 1201 course, including LCD, IPS, TN, VA, OLED, mini-LED, touch screens, digitizers, and essential metrics like PPI, refresh rate, resolution, and color gamut.
Explore common cable types and connectors, from Cat5e to Cat7, including shielded and unshielded cabling, fiber, USB, serial, Thunderbolt, HDMI, DisplayPort, VGA, DVI, SATA, and eSATA.
Explore common hardware connector types, including RJ-45, RJ-11, F-type, fiber optic ST/SC/LC, punch down blocks, USB-C, mini and micro USB, Molex, Lightning, and DB9.
Explore ram form factors, such as so-dimm and dimm, and memory configurations including ecc vs non-ecc, ddr3–ddr5, and dual, triple, and quad channel setups.
Explore storage devices from HDDs to SSDs, detailing form factors, rpm, latency, read/write performance, interfaces like SATA, NVMe, PCIe, and RAID zero, one, five, six, ten.
Explore motherboard form factors—ATX, micro ATX, and IT boards—and their power and expansion layouts, then summarize PCIe lanes, SATA and eSATA storage, M2 NVMe interfaces, and CPU power connectors.
Explore CPU architectures including 32-bit and 64-bit (x86/x64) and ARM, compare single versus multi-core designs with RAM limits, backward compatibility, and common peripherals like GPUs and NICs.
Explore BIOS and UEFI features, including boot order, secure boot, USB permissions, and TPM security. Learn virtualization, boot passwords, temperature monitoring, and group policy management.
Explore power supplies and voltage in computer systems, detailing 110–120V and 220–240V ranges, 3.3V/5V/12V outputs, ATX connectors, redundancy, hot-swappable and modular PSU concepts, wattage, and 80 Plus efficiency ratings.
Learn to configure and secure multifunction devices on networks, including ethernet, wifi, usb connectivity, drivers, firmware, print servers, duplex printing, authentication, audit logs, and network scanning.
Explore laser and inkjet printers, including toner cartridges, imaging drums, transfer rollers, and fusers, and learn maintenance, calibration, cleaning, test prints, and proper cartridge replacement.
Learn how thermal printers use heat and heat sensitive paper to print receipts, and how impact printers use ink ribbons with dot matrix and tractor feed for multi-page outputs.
Explore virtualization fundamentals by examining virtual machines, hypervisors, and sandboxing, and learn how containers, app virtualization, and cross platform strategies enable secure, scalable testing and deployment.
Examine cloud computing by comparing private, public, hybrid, and community clouds, and explore IaaS, PaaS, SaaS, virtualization, metered usage, and multi-tenancy.
Explore practical hardware troubleshooting in the CompTIA A+ 1201 course, diagnosing post beeps, blue screen of death, no power, sluggish performance, overheating, and capacitor or battery failures.
Master storage troubleshooting by interpreting led indicators and raid status, addressing grinding or clicking noises, ensuring backups, and learning recovery steps like hot-swapping and reseeding.
Learn to troubleshoot video displays in the CompTIA A+ 1201 course, covering input sources, cabling, projector bulbs, fuzzy images, color and audio issues, and overheating shutdowns.
Identify and troubleshoot common mobile device issues, including battery health, overheating, broken screens, improper charging, digitizer problems, and damaged ports, with practical safety and repair guidance.
Diagnose common network issues by inspecting wireless interference, channel congestion, DHCP problems, and issues with routers or switches, then apply QoS, cable checks, and proper device placement.
Learn practical printer troubleshooting for laser and inkjet devices, covering imaging drum and fuser concerns, driver issues, self-cleaning, paper jams, toner or ink problems, and media settings.
Explore the major operating system types—Windows, Linux, macOS, Chrome OS, iOS, iPadOS, and Android—and key file systems such as NTFS, FAT32, ext3/4, exFAT, and APFS.
Explore operating system installations and upgrades through USB, optical, network (PXE), SSD, internet, external, and internal boot methods, and learn about upgrades, recoveries, clean installs, and image deployments.
Explore the four Windows 10 and 11 editions: home, pro, pro for workstations, and enterprise, highlighting domain support, RDP, security features, and memory scales.
Master Windows tools for troubleshooting and performance, including Task Manager with its five tabs, Event Viewer, Disk Management, and Device Manager and Registry Editor.
Explore the Microsoft command line with ipconfig, ping, nslookup, netstat, traceroute, diskpart, pathping, winver, and copy, xcopy, robocopy, plus gpupdate and gpresult.
Explore Windows settings via the control panel, including Internet options, devices and printers, programs and features, network sharing, firewall, mail, sound, user accounts, Device Manager, and accessibility options.
Master Windows networking concepts, including work group setups, domain with Active Directory, shared resources, drive mapping, and firewall management.
Explore Mac OS basics, including dmg, pkg, app bundles, and the App Store. Understand Apple ID, single sign-on, MFA, Time Machine backups, keychain, Spotlight, iCloud, and system preferences.
Explore the Linux operating system, its open-source distributions, and essential command-line tools. Learn file management, permissions, system monitoring, backups, updates, and cross-platform sharing with Samba.
Learn to install applications by checking minimum requirements, operating system and driver compatibility, 32-bit vs 64-bit apps, ram and vram limits, and trusted download or media sources.
Explore cloud tools including email, storage, synchronization, spreadsheets, video conferencing, and word processing for cross-device collaboration. Learn about licensing agreements and SaaS models that govern cloud use.
Explore logical security concepts like the principle of least privilege, ACLs, MFA, and Active Directory group policies to control access and protect network resources.
Explore physical security basics, from access control vestibules and mantraps with interlocking doors to authentication via badge readers and biometrics, plus alarms and video surveillance.
Explore windows security basics, including defender antivirus, updates, firewall rules, and port security. Learn about mac address spoofing protection, ntfs permissions, uac, bitlocker, efs, and account types.
Explore wireless protocols from WEP to WPA2 and WPA3, contrast AES key lengths, and compare authentication methods including TACACS+, RADIUS, Kerberos, and multi-factor authentication.
Learn malware prevention: trojans, rootkits, viruses, spyware, ransomware, keyloggers, boot sector virus, and crypto miners. Discover recovery mode, antivirus software, firewalls, CVE database access, and user education as defenses.
Explore phishing, whaling, shoulder surfing, tailgating, impersonation, spoofing, dumpster diving, and evil twin attacks, plus DDoS, zero-day, on-path, brute force, SQL injection, XSS, BYOD.
Identify and verify malware symptoms in soho networks, quarantine and analyze infections, disable system restore, scan in safe mode, and keep antivirus updated while training users to prevent phishing.
Apply data at rest encryption on disks, enforce password complexity and expiration, secure UEFI bios with strong passwords, implement least privilege and restricted login times, and disable autorun and autoplay.
Explore mobile device security concepts, including screen lock types (PIN, biometric, pattern, swipe), remote wipe, locator apps, operating system updates, device encryption, and BYOD vs corporate ownership.
Explore data destruction and disposal methods such as drilling, shredding, degaussing, incineration, and wiping, and learn how third party vendors and certificates of destruction ensure compliance.
Secure soho networks by changing default passwords, applying ip filtering, updating firmware, enabling content filtering, configuring dhcp reservations and static wan ip, and enforcing encryption and ssid best practices.
Explore browser security basics: verify downloads and certificates, use hashing and password managers, enable secure connections, and manage privacy with history, cache, and private browsing.
Identify and troubleshoot Windows issues from blue screen errors to boot problems and performance slowdowns. Use tools like Task Manager, Disk Cleanup, and SFC to repair and optimize the system.
Explore common mobile operating systems and applications issues, including app launch failures, crashes, update problems, and connectivity, with practical troubleshooting steps like restart, reinstall, update, and cache cleanup.
Verify android apk sources and signatures to prevent malware; enforce secure development modes, avoid rooting or jailbreaking, and guard against spoofed apps, data leaks, and fake warnings.
Master PC troubleshooting for network connectivity, desktop alerts, and security threats by diagnosing cables, IP settings, updates, malware, certificate warnings, and browser redirection with practical steps.
Explore support systems, including ticketing, escalation, and end-user communication, plus asset management, inventory tagging, warranties and licensing, and onboarding and termination procedures.
Master change management by designing rollback plans, testing with sandbox environments, and coordinating with the RSM, board, and end users to ensure risk analysis, impact assessments, and successful implementation.
Explore backup and recovery concepts, including full, incremental, differential, and synthetic backups, testing frequency, on-site and off-site storage, and the 3-2-1 rule.
Explore common safety procedures in IT work, including ESD grounding, straps and mats, power handling with surge protectors, anti-static bags, and safe component handling.
Explore environmental controls for IT infrastructure, including MSDS, battery and toner disposal, chemical disposal, temperature and humidity management with HVAC and sensors, and power protection with UPS and generators.
Explore incident response steps from preparation to recovery, including chain of custody and data integrity, then explain licensing, DRM, and EULA, plus regulatory standards like PCI DSS, PII, and HIPAA.
Develop professionalism in IT support through dress codes, hygiene, and plain language. Practice active listening, cultural sensitivity, punctuality, and clear customer communication, including clarifying statements, setting expectations, and data protection.
Discover how scripting automates tasks across Windows and Linux using batch, PowerShell, VBScript, SSH, JavaScript, and Python, for automation, backups, updates, and software deployments.
Explore remote access technologies including RDP, VPN, VNC, SSH and SFTP, with emphasis on encryption, secure remote administration, file transfers, RMM, screen sharing, and desktop management.
Explore how artificial intelligence powers chatbots, AI assistants, and generative AI—including text, images, audio content and machine learning—while identifying copyright, biases, and ethical concerns.
Third Level Technology is proud to offer the CompTIA A+ 1201 (Core 1) Exam Course. TLT is the leading provider of CompTIA instruction on the Spotify platform and excited to begin offering our educational materials on Udemy!
The CompTIA A+ Exam is a foundational IT certification consisting of two separate exams: Core 1 - 1201 & Core 2 - 1202. This course will cover A+ 1201 (Core 1) and review all of the Exam Objectives sequentially. It is recommended to have a copy of the A+ 1201 Exam Objectives as you go through this course.
Each Section will include a Video Lecture discussing all relevant topics and a quiz review of important topics. There is a Test Review at the conclusion of each section containing more in depth questions.
You will also find Acronym Flash Cards and Definition List in supplemental resources towards the end of the materials.
This course will cover the following topics and modules in sequential order:
Module 1 : Mobile Device
Module 2 : Networking
Module 3 : Hardware
Module 4 : Virtualization & Cloud Computing
Module 5 : Hardware & Network Troubleshooting
MODULE 1 : MOBILE DEVICES
MODULE 2 : NETWORKING
MODULE 3 : HARDWARE
MODULE 4 : VIRTUALIZATION & CLOUD COMPUTING
MODULE 5 : HARDWARE & NETWORK TROUBLESHOOTING
As your going through the course if you have any specific questions or inquiries on a topic please submit them via email