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✓ 5.1 Analyze a scenario and determine the corresponding OSI layer:

■ Layer 1 – Physical

■ Layer 2 – Data Link

■ Layer 3 – Network

■ Layer 4 – Transport

■ Layer 5 – Session

■ Layer 6 – Presentation

■ Layer 7 – Application

✓ 5.2 Explain the basics of network theory and concepts

■ Encapsulation and de-encapsulation

■ Modulation techniques

■ Multiplexing

■ De-multiplexing

■ Analog and digital techniques

■ TDM

■ Numbering systems

■ Binary

■ Hexadecimal

■ Octal

■ Broadband vs. baseband

■ Bit rates vs. baud rate

■ Sampling size

■ CDMA/CD and CSMA/CA

■ Carrier detect/sense

■ Wavelength

■ TCP/IP Suite

■ ICMP

■ UDP

■ TCP

■ Collision

✓ 5.3 Given a scenario, deploy the appropriate wireless standard

■ 802.11a

■ 802.11b

■ 802.11g

■ 802.11n

■ 802.11ac

✓ 5.4 Given a scenario, deploy the appropriate wired connectivity standard

■ 10BaseT

■ 100BaseT

■ 1000BaseT

■ 1000BaseTX

■ 10GBaseT

■ 100BaseFX

■ 10Base2

■ 10GBaseSR

■ 10GBaseSW

■ IEEE 1901-2013

■ Ethernet over HDMI

■ Ethernet over power line

■ Wiring standards

■ EIA/TIA 568A/568B

■ Broadband standards

■ DOCSIS

✓ 5.5 Given a scenario, implement the appropriate policies or procedures

■ Security policies

■ Consent to monitoring

■ Network policies

■ Acceptable use policy

■ Standard business documents

■ SLA

■ MOU

■ MLA

■ SOW

✓ 5.6 Summarize safety practices

■ Electrical safety

■ Grounding

■ ESD

■ Static

■ Installation safety

■ Lifting equipment

■ Rack installation

■ Placement

■ Tool safety

■ MSDS

■ Emergency procedures

■ Building layout

■ Fire escape plan

■ Safety/emergency exits

■ Fail open/fail close

■ Emergency alert system

■ Fire suppression systems

■ HVAC

✓ 5.7 Given a scenario, install and configure equipment in the appropriate location using best practices

■ Intermediate distribution frame

■ Main distribution frame

■ Cable management

■ Patch panels

■ Power Management

■ Power converters

■ Circuits

■ UPS

■ Inverters

■ Power redundancy

■ Device placement

■ Air flow

■ Cable trays

■ Rack systems

■ Server rail racks

■ Two-post racks

■ Four-post racks

■ Free-standing racks

■ Labeling

■ Port labeling

■ System labeling

■ Circuit labeling

■ Naming conventions

■ Patch panel labeling

■ Rack monitoring

■ Rack security

✓ 5.8 Explain the basics of change management procedures

■ Document reason for a change

■ Configuration procedures

■ Rollback process

■ Potential impact

■ Notification

■ Approval process

■ Maintenance window

■ Authorized downtime

■ Notification of change

■ Documentation

■ Network configurations

■ Additions to network

■ Physical location changes

✓ 5.9 Compare and contrast the following ports and protocols

■ 80 HTTP

■ 443 HTTPS

■ 137-139 NetBIOS

■ 110 POP

■ 143 IMAP

■ 25 SMTP

■ 5060/5061 SIP

■ 2427/2727 MGCP

■ 5004/5005 RTP

■ 1720 H.323

■ TCP

■ Connection oriented

■ UDP

■ Connectionless

✓ 5.10 Given a scenario, configure and apply the appropriate ports and protocols

■ 20,21 FTP

■ 161 SNMP

■ 22 SSH

■ 23 Telnet

■ 53 DNS

■ 67,68 DHCP

■ 69 TFTP

■ 445 SMB

■ 3389 RDP