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N10-006 - CompTIA Network+ Certification - Dump Information

Vendor	:	CompTIA
Exam Code	:	N10-006
Exam Name	:	CompTIA Network+ Certification
Questions and Answers	:	1146 Q & A
Updated On	:	November 17, 2017
PDF Download Mirror	:	N10-006 Brain Dump
Get Full Version	:	Pass4sure N10-006 Full Version

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N10-006 Questions and Answers

QUESTION: 236

The ability to make access decisions based on an examination of Windows registry settings, antivirus software, and AD membership status is an example of which of the following NAC features?

Quarantine network
Persistent agents
Posture assessment
Non-persistent agents

Answer: C

QUESTION: 237

A technician needs to secure web traffic for a new e-commerce website. Which of the following will secure traffic between a web browser and a website?

SSL
DNSSEC
WPA2
MTU

Answer: A

QUESTION: 238

A technician, Joe, visits a site that has reported a network down emergency. He immediately reboots the switches and the router since the network is down. Which of the following network troubleshooting methodology steps should Joe have performed FIRST?

Determine if anything has changed
Once a theory is confirmed determine the next step is to resolve the problem
Implement the solution or escalate as necessary
Question the obvious

Answer: A

QUESTION: 239

Given a subnet mask of 255.255.255.0, how many usable IP addresses would be in that subnet?

Answer: B

QUESTION: 240

Which of the following PDUs is used by a connectionless protocol?

Frames
Segments
Streams
Datagram

Answer: D

QUESTION: 241

Which of the following connector types would be found with a VoIP system utilizing CAT6 cabling?

SC
RJ-45
RJ-11
BNC

Answer: B

QUESTION: 242

Several users from the same building are reporting connectivity issues. The SFP at that building’s IDF switch is showing a link light, but there is no link light to the corresponding switch’s SFP at the MDF. Which of the following is the MOST likely cause?

A crossover cable is being used.
DB loss is too high on all strands.
Only TX or RX strand is working.
TX and RX are reversed.

Answer: C

QUESTION: 243 DRAG DROP

A customer's email server is not sending emails. Arrange the troubleshooting steps in the order the technician should perform them:

Answer:

Exhibit

QUESTION: 244

A user reports that they keep getting disconnected on the wireless network. After further investigation, the technician confirms that this occurs only in that user’s office. Which of the following would MOST likely cause them to lose their connection?

Encryption type
Disabled wireless adapter
SSID mismatch
Interference

Answer: D

QUESTION: 245

A technician has set up a wired network IP scheme with the following specifications: DHCP: 192.168.1.100-150

Gateway: 192.168.1.1

DNS: 192.168.1.1

Which of the following is represented by this addressing scheme?

Static
QoS
Dynamic
Dynamic with static reservation

Answer: C

QUESTION: 246

Kim, a network administrator, should consult which documentation sources FIRST to determine the cause of recent network issues?

Network map
Cable management
Change management
Asset management

Answer: C

CompTIA N10-006 Exam (CompTIA Network+ Certification) Detailed Information

N10-006 - CompTIA Network+ Certification

N10-006 Test Objectives

CompTIA Network+

Certification Exam Objectives

EXAM NUMBER: N10-006

About the Exam

Candidates are encouraged to use this document to help prepare for the CompTIA Network+ N10-006 exam. This exam will certify that the successful candidate has the knowledge and skills required

to troubleshoot, configure and manage common network wireless and wired devices. Knowledge and skills include:

Establishing basic network design and connectivity
Understanding and maintaining network documentation
Identifying network limitations and weaknesses
Implementing network security, standards and protocols

The successful candidate will have a basic understanding of emerging technologies including unified communications, mobile, cloud and virtualization technologies.

These content examples are meant to clarify the test objectives and should not be construed as a comprehensive listing of all the content of this examination.

EXAM ACCREDITATION

The CompTIA Network+ exam is accredited by the American National Standards Institute (ANSI) to show compliance with the International Organization for Standardization (ISO) 17024 Standard and, as such, undergoes regular reviews and updates to the exam objectives.

EXAM DEVELOPMENT

CompTIA exams result from subject matter expert workshops and industry-wide survey results regarding the skills and knowledge required of an entry-level IT professional.

TEST DETAILS

Required exam N10-006

JK0-023 (for CompTIA Academy Partners only) Number of questions Maximum of 90

Types of questions Multiple choice and performance-based Length of test 90 minutes

Recommended experience • CompTIA A+ Certified, or equivalent
- Minimum of 9 months of experience in

network support or administration; or academic training

Passing score 720 (on a scale of 100—900)

EXAM OBJECTIVES (DOMAINS)

The table below lists the domains measured by this examination and the extent to which they are represented:

DOMAIN PERCENTAGE OF EXAMINATION

1.0 Network Architecture	22%
2.0 Network Operations	20%
3.0 Network Security	18%
4.0 Troubleshooting	24%
5.0 Industrial Standards, Practices and Network Theory	16%
Total	100%

1.0 Network Architecture

1.1

Explain the functions and applications of various network devices.

Router
Switch
Multilayer switch
Firewall
HIDS
IDS/IPS
Access point (wireless/wired)
Content filter
Load balancer
Hub
Analog modem
Packet shaper
VPN concentrator

1.2

Compare and contrast the use of networking services and applications.
VPN
- Site-to-site/host-to-site/host-to-host
- Protocols
  - IPsec
  - GRE
  - SSL VPN
  - PTP/PPTP

TACACS/RADIUS
RAS
Web services
Unified voice services
Network controllers

1.3

Install and configure the following networking services/applications.
- DHCP
  - Static vs. dynamic IP addressing
  - Reservations
  - Scopes
  - Leases
  - Options (DNS servers, suffixes)
  - IP helper/DHCP relay
- DNS
  - DNS servers
  - DNS records (A, MX, AAAA, CNAME, PTR)
  - Dynamic DNS
- Proxy/reverse proxy

NAT
- PAT
- SNAT
- DNAT
Port forwarding

1.4

Explain the characteristics and benefits of various WAN technologies.

Fiber
- SONET
- DWDM
- CWDM
Frame relay
Satellite
Broadband cable
DSL/ADSL
ISDN
ATM
PPP/multilink PPP
MPLS
GSM/CDMA
- LTE/4G
- HSPA+
- 3G
- Edge
Dialup
WiMAX
MetroEthernet
Leased lines
- T-1
- T-3
- E-1
- E-3
- OC3
- OC12
Circuit switch vs. packet switch

1.5

Install and properly terminate various cable types and connectors using appropriate tools.

Copper connectors
- RJ-11
- RJ-45
- RJ-48C
  
  - DB-9/RS-232
- DB-25
- UTP coupler
- BNC coupler
- BNC
- F-connector
- 110 block
- 66 block
Copper cables
- Shielded vs. unshielded
- CAT3, CAT5, CAT5e, CAT6, CAT6a
- PVC vs. plenum
- RG-59
- RG-6
- Straight-through vs. crossover vs. rollover
Fiber connectors
- ST
- SC
- LC
- MTRJ
- FC
- Fiber coupler
Fiber cables
- Single-mode
- Multimode
- APC vs. UPC
Media converters
- Single-mode fiber to Ethernet
- Multimode fiber to Ethernet
- Fiber to coaxial
- Single-mode to multimode fiber
Tools
- Cable crimpers
- Punchdown tool
- Wire strippers
- Snips
- OTDR
- Cable certifier
  
  1.6
  
  Differentiate between common network topologies.
Mesh
- Partial
- Full
Bus
Ring
Star
Hybrid
Point-to-point
Point-to-multipoint
Client-server
Peer-to-peer

1.7

Differentiate between network infrastructure implementations.
WAN
MAN
LAN
WLAN
- Hotspot
PAN
- Bluetooth
- IR
- NFC
SCADA/ICS
- ICS server
- DCS/closed network
- Remote terminal unit
- Programmable logic controller
Medianets
- VTC
  - ISDN
  - IP/SIP
    
    1.8
    
    Given a scenario, implement and configure the appropriate addressing schema.
IPv6
- Auto-configuration
  - EUI 64
- DHCP6
- Link local
- Address structure
- Address compression
- Tunneling 6to4, 4to6
  - Teredo, miredo
IPv4
- Address structure
- Subnetting
- APIPA
- Classful A, B, C, D
- Classless
Private vs. public
NAT/PAT
MAC addressing
Multicast
Unicast
Broadcast
Broadcast domains vs. collision domains

1.9

Explain the basics of routing concepts and protocols.
Loopback interface
Routing loops
Routing tables
Static vs. dynamic routes
Default route
Distance vector routing protocols
- RIPv2
Hybrid routing protocols
- BGP
Link state routing protocols
- OSPF
- IS-IS
Interior vs. exterior gateway routing protocols
Autonomous system numbers
Route redistribution
High availability
- VRRP
- Virtual IP
- HSRP
Route aggregation
Routing metrics
- Hop counts
- MTU, bandwidth
- Costs
- Latency
- Administrative distance
- SPB
  
  1.10
  
  Identify the basics elements of unified communication technologies.
VoIP
Video
Real-time services
- Presence
- Multicast vs. unicast
QoS
- DSCP
- COS
Devices
- UC servers
- UC devices
- UC gateways
  
  support cloud and virtualization.
Virtualization
- Virtual switches
- Virtual routers
- Virtual firewall
- Virtual vs. physical NICs
- Software-defined networking
Storage area network
- iSCSI
- Jumbo frame
- Fibre Channel
- Network attached storage
Cloud concepts
- Public IaaS, SaaS, PaaS
- Private IaaS, SaaS, PaaS
- Hybrid IaaS, SaaS, PaaS
- Community IaaS, SaaS, PaaS

1.12

Given a set of requirements, implement a basic network.

List of requirements
Device types/requirements
Environment limitations
Equipment limitations
Compatibility requirements
Wired/wireless considerations
Security considerations

2.0 Network Operations

2.1

Given a scenario, use appropriate monitoring tools.
- Packet/network analyzer
- Interface monitoring tools
- Port scanner
- Top talkers/listeners
- SNMP management software
  - Trap
  - Get
  - Walk
  - MIBS
- Alerts
  - Email
  - SMS
- Packet flow monitoring
- SYSLOG
- SIEM
- Environmental monitoring tools
  - Temperature
  - Humidity
- Power monitoring tools
- Wireless survey tools
- Wireless analyzers
  
  2.2
  
  Given a scenario, analyze metrics and reports from monitoring and tracking performance tools.
- Baseline
- Bottleneck
- Log management
- Graphing
- Utilization
  - Bandwidth
  - Storage
  - Network device CPU
  - Network device memory
  - Wireless channel utilization
- Link status
- Interface monitoring
  - Errors
  - Utilization
    - Discards
    - Packet drops
    - Interface resets
    - Speed and duplex
      
      2.3
      
      Given a scenario, use appropriate resources to support configuration management.
- Archives/backups
- Baselines
- On-boarding and off-boarding of mobile devices
- NAC
- Documentation
  - Network diagrams (logical/physical)
  - Asset management
    - IP address utilization
    - Vendor documentation
    - Internal operating procedures/ policies/standards
    2.4
    
    Explain the importance of implementing network segmentation.
- SCADA systems/industrial control systems
- Legacy systems
- Separate private/public networks

Honeypot/honeynet
Testing lab
Load balancing
- Performance optimization
- Security
- Compliance

2.5

2.0 Network Operations

Given a scenario, install and apply patches and updates.

OS updates
Firmware updates
Driver updates
Feature changes/updates
Major vs. minor updates
Vulnerability patches
Upgrading vs. downgrading
- Configuration backup
  
  2.6
  
  Given a scenario, configure a switch using proper features.
VLAN
- Native VLAN/default VLAN
- VTP
Spanning tree (802.1d)/rapid spanning tree (802.1w)
- Flooding
- Forwarding/blocking
- Filtering
Interface configuration
- Trunking/802.1q
- Tag vs. untag VLANs
- Port bonding (LACP)
- Port mirroring (local vs. remote)
- Speed and duplexing
- IP address assignment
- VLAN assignment
Default gateway
PoE and PoE+ (802.3af, 802.3at)
Switch management
- User/passwords
- AAA configuration
- Console
- Virtual terminals
- In-band/out-of-band management
Managed vs. unmanaged

2.7

Install and configure wireless LAN infrastructure and implement the appropriate technologies in support of wireless capable devices.
Small office, home office wireless router
Wireless access points
- Device density
- Roaming
- Wireless controllers
  - VLAN pooling
  - LWAPP
Wireless bridge
Site surveys
- Heat maps
Frequencies
- 2.4 Ghz
- 5.0 Ghz
Channels

Goodput
Connection types

- 802.11a-ht

- 802.11g-ht
Antenna placement
Antenna types
- Omnidirectional
- Unidirectional
MIMO/MU-MIMO
Signal strength
- Coverage
- Differences between device antennas
SSID broadcast
Topologies
- Adhoc
- Mesh
- Infrastructure
Mobile devices
- Cell phones
- Laptops
- Tablets
- Gaming devices
- Media devices
  
  3.0 Network Security
  
  3.1
  
  Compare and contrast risk related concepts.
  - Disaster recovery
  - Business continuity
  - Battery backups/UPS
  - First responders
  - Data breach
  - End user awareness and training
  - Single point of failure
    - Critical nodes
    - Critical assets
    - Redundancy
  - Adherence to standards and policies
  - Vulnerability scanning
  - Penetration testing
    
    3.2
    
    Compare and contrast common network vulnerabilities and threats.
  - Attacks/threats
    - DoS
      - Distributed DoS
        
        Botnet
        
        Traffic spike
        
        Coordinated attack
      - Reflective/amplified
        
        DNS
        
        NTP
        
        Smurfing
      - Friendly/unintentional DoS
      - Physical attack
        
        Permanent DoS
    - ARP cache poisoning
    - Packet/protocol abuse
    - Spoofing
- Wireless
  - Evil twin
  - Rogue AP
  - War driving
  - War chalking
  - Bluejacking
  - Bluesnarfing
  - WPA/WEP/WPS attacks
- Brute force
- Session hijacking
- Social engineering
- Man-in-the-middle
- VLAN hopping
- Compromised system
- Effect of malware on the network
- Insider threat/malicious employee
  - Zero-day attacks

Vulnerabilities
- Unnecessary running services
- Open ports
- Unpatched/legacy systems
- Unencrypted channels
- Clear text credentials
- Unsecure protocols
  - TELNET
  - HTTP
  - SLIP
  - FTP
  - TFTP
  - SNMPv1 and SNMPv2
- TEMPEST/RF emanation
  
  3.3
  
  Given a scenario, implement network hardening techniques.
Anti-malware software
- Host-based
- Cloud/server-based
- Network-based
Switch port security
- DHCP snooping
- ARP inspection
- MAC address filtering
- VLAN assignments
  - Network segmentation
Security policies
Disable unneeded network services
Use secure protocols
- SSH
- SNMPv3
- TLS/SSL
- SFTP
- HTTPS
- IPsec
Access lists
- Web/content filtering
- Port filtering
- IP filtering
- Implicit deny
Wireless security
- WEP
- WPA/WPA2
  - Enterprise
  - Personal
- TKIP/AES
  
  - 802.1x
- TLS/TTLS
- MAC filtering
User authentication
- CHAP/MSCHAP
- PAP
- EAP
- Kerberos
- Multifactor authentication
- Two-factor authentication
- Single sign-on
Hashes
- MD5
- SHA

3.4

Compare and contrast physical security controls.

Network Security

Mantraps
Network closets
Video monitoring
- IP cameras/CCTVs
Door access controls
Proximity readers/key fob
Biometrics
Keypad/cipher locks
Security guard

3.5

Given a scenario, install and configure a basic firewall.
Types of firewalls
- Host-based
- Network-based
- Software vs. hardware
- Application aware/context aware
- Small office, home office firewall
- Stateful vs. stateless inspection
- UTM
Settings/techniques
- ACL
- Virtual wire vs. routed
- DMZ
- Implicit deny
- Block/allow
  - Outbound traffic
  - Inbound traffic
    
    - Firewall placement
    
    - Internal/external
    
    3.6
    
    Explain the purpose of various network access control models.
    
    • 802.1x
Posture assessment
Guest network
Persistent vs. non-persistent agents
Quarantine network
Edge vs. access control

3.7

Summarize basic forensic concepts.
First responder
Secure the area
- Escalate when necessary
Document the scene
eDiscovery
Evidence/data collection
Chain of custody
Data transport
Forensics report
Legal hold

4.0 Troubleshooting

4.1

Given a scenario, implement the following network troubleshooting methodology.

Identify the problem
- Gather information
- Duplicate the problem, if possible
- Question users
- Identify symptoms
- Determine if anything has changed
- Approach multiple problems individually
Establish a theory of probable cause
- Question the obvious
- Consider multiple approaches

Top-to-bottom/ bottom-to-top OSI model
Divide and conquer

Test the theory to determine cause
- Once theory is confirmed, determine next steps to resolve problem
- If theory is not confirmed, re- establish new theory or escalate
Establish a plan of action to resolve the problem and identify potential effects
- Implement the solution or escalate as necessary
- Verify full system functionality and, if applicable, implement preventative measures
- Document findings, actions and outcomes
  
  4.2
  
  Given a scenario, analyze and interpret the output of troubleshooting tools.
  - Command line tools
    - ipconfignetstat
    - ifconfig
    - ping/ping6/ping -6
    - tracert/tracert -6/ traceroute6/traceroute -6
    - nbtstat
    - nslookup
    - arp
    - mac address lookup table
    - pathping
  - Line testers
  - Certifiers
  - Multimeter
  - Cable tester
  - Light meter
  - Toner probe
  - Speed test sites
  - Looking glass sites
  - WiFi analyzer
  - Protocol analyzer
    
    4.3
    
    Given a scenario, troubleshoot and resolve common wireless issues.
  - Signal loss
  - Interference
  - Overlapping channels
    - Mismatched channels
  - Signal-to-noise ratio
  - Device saturation
  - Bandwidth saturation
  - Untested updates
  - Wrong SSID
  - Power levels
  - Open networks
  - Rogue access point
  - Wrong antenna type
  - Incompatibilities
  - Wrong encryption
  - Bounce
  - MIMO
  - AP placement
  - AP configurations
    - LWAPP
    - Thin vs. thick
  - Environmental factors
    - Concrete walls
    - Window film
    - Metal studs
  - Wireless standard related issues
    - Throughput
    - Frequency
    - Distance
    - Channels
      
      4.4
      
      Given a scenario, troubleshoot and resolve common copper cable issues.
- Shorts
- Opens
- Incorrect termination (mismatched standards)
  - Straight-through
  - Crossover
- Cross-talk
  - Near end
  - Far end
- EMI/RFI
- Distance limitations
- Attenuation/Db loss
- Bad connector
- Bad wiring
- Split pairs
- Tx/Rx reverse
- Cable placement
- Bad SFP/GBIC - cable or transceiver
  
  4.5
  
  Given a scenario, troubleshoot and resolve common fiber cable issues.
- Attenuation/Db loss
- SFP/GBIC - cable mismatch
- Bad SFP/GBIC - cable or transceiver
- Wavelength mismatch
- Fiber type mismatch
- Dirty connectors
- Connector mismatch
- Bend radius limitations
- Distance limitations
  
  4.6
  
  Given a scenario, troubleshoot and resolve common network issues.
- Incorrect IP configuration/default gateway
- Broadcast storms/switching loop
- Duplicate IP
- Speed and duplex mismatch
- End-to-end connectivity
- Incorrect VLAN assignment
- Hardware failure
- Misconfigured DHCP
- Misconfigured DNS
- Incorrect interface/interface misconfiguration
- Cable placement
Interface errors
Simultaneous wired/wireless connections
Discovering neighboring devices/nodes
Power failure/power anomalies
MTU/MTU black hole
Missing IP routes
NIC teaming misconfiguration
- Active-active vs. active-passive
- Multicast vs. broadcast

4.7

Given a scenario, troubleshoot and resolve common security issues.

Misconfigured firewall
Misconfigured ACLs/applications
Malware
DoS
Open/closed ports
ICMP related issues
- Ping of death
- Unreachable default gateway
Unpatched firmware/OSs
Malicious users
- Trusted
- Untrusted users
- Packet sniffing
Authentication issues
- TACACS/RADIUS misconfigurations
- Default passwords/settings
Improper access/backdoor access
ARP issues
Banner grabbing/OUI
Domain/local group configurations
Jamming

4.8

Given a scenario, troubleshoot and resolve common WAN issues.
Loss of Internet connectivity
Interface errors
Split horizon
DNS issues
Interference
Router configurations
Customer premise equipment
- Smart jack/NIU
- Demarc
- Loopback
- CSU/DSU
- Copper line drivers/repeaters
Company security policy
- Throttling
- Blocking
- Fair access policy/utilization limits
Satellite issues
- Latency
  
  5.0 Industry Standards, Practices and Network Theory
  
  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/de-encapsulation
  - Modulation techniques
    - Multiplexing
    - De-multiplexing
    - Analog and digital techniques
    - TDM
  - Numbering systems
    - Binary
    - Hexadecimal
    - Octal
  - Broadband/baseband
  - Bit rates vs. baud rate
  - Sampling size
  - CDMA
  - CSMA/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.
  - Ethernet standards
    - 10BaseT
    - 100BaseT
    - 1000BaseT
    - 1000BaseTX
    - 10GBaseT
    - 100BaseFX
      - 10Base2
      - 10GBaseSR
      - 10GBaseER
      - 10GBaseSW
        
        - IEEE 1905.1-2013
        
        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
- MSA
- 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
Change request
- 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

Network+ Acronym List

The following is a list of acronyms that appear on the CompTIA Network+ exam. Candidates are encouraged to review the complete list and attain a working knowledge of all listed acronyms as a

part of a comprehensive exam preparation program.

ACRONYM A	SPELLED OUT Address	ACRONYM CHAP	SPELLED OUT Challenge Handshake Authentication Protocol
AAA	Authentication, Authorization and Accounting	CIDR	Classless Inter-Domain Routing
AAAA	Authentication, Authorization,	CNAME	Canonical Name
	Accounting and Address	COS	Class Of Service
ACL	Access Control List	CPU	Central Processing Unit
ADSL	Asymmetric Digital Subscriber Line	CRAM	Challenge-Response Authentication
AES	Advanced Encryption Standard		Mechanism–Message Digest 5
AH	Authentication Header	CSMA/CA	Carrier Sense Multiple Access/Collision Avoidance
AP	Access Point	CSU	Channel Service Unit
APC	Angle Polished Connector	CWDM	Course Wave Division Multiplexing
APIPA	Automatic Private Internet Protocol Addressing	dB	Decibels
APT	Advanced Persistent Protocol	DCS	Distributed Computer System
ARIN	American Registry for Internet Numbers	DDoS	Distributed Denial of Service
ARP	Address Resolution Protocol	DHCP	Dynamic Host Configuration Protocol
AS	Autonomous System	DLC	Data Link Control
ASIC	Application Specific Integrated Circuit	DLP	Data Leak Prevention
ASP	Application Service Provider	DMZ	Demilitarized Zone
ATM	Asynchronous Transfer Mode	DNAT	Destination Network Address Translation
AUP	Acceptable Use Policy	DNS	Domain Name Service or Domain Name
BERT	Bit Error Rate Test		Server or Domain Name System
BGP	Border Gateway Protocol	DOCSIS	Data-Over-Cable Service Interface Specification
BLE	Bluetooth Low Energy	DoS	Denial of Service
BNC	British Naval Connector	DSCP	Differentiated Services Code Point
	or Bayonet Neill-Concelman	DSL	Digital Subscriber Line
BootP	Boot Protocol or Bootstrap Protocol	DSSS	Direct Sequence Spread Spectrum
BPDU	Bridge Protocol Data Unit	DSU	Data Service Unit
BRI	Basic Rate Interface	DWDM	Dense Wavelength Division Multiplexing
BSSID	Basic Service Set Identifier	E1	E-Carrier Level 1
CAM	Channel Access Method	EAP	Extensible Authentication Protocol
CAN	Campus Area Network	EDNS	Extension Mechanisms for DNS
CARP	Common Address Redundancy Protocol	EGP	Exterior Gateway Protocol
CAT	Computer And Telephone	EIA/TIA	Electronic Industries Alliance/
CCTV	Closed Circuit TV		Telecommunication Industries Association
CDMA	Code Division Multiple Access	EMI	Electromagnetic Interference
CDMA/CD	Carrier Sense Multiple Access/Collision Detection	ESD	Electrostatic Discharge

ESP	Encapsulated Security Packets	IPv6	Internet Protocol version 6
ESSID	Extended Service Set Identifier	ISAKMP	Internet Security Association and Key
EUI	Extended Unique Identifier		Management Protocol
FC	Fibre Channel	ISDN	Integrated Services Digital Network
FDM	Frequency Division Multiplexing	IS-IS	Intermediate System to Intermediate System
FHSS	Frequency Hopping Spread Spectrum	ISP	Internet Service Provider
FM	Frequency Modulation	IT	Information Technology
FQDN	Fully Qualified Domain Name	ITS	Intelligent Transportation System
FTP	File Transfer Protocol	IV	Initialization Vector
FTPS	File Transfer Protocol Security	Kbps	Kilobits per second
GBIC	Gigabit Interface Converter	KVM	Keyboard Video Mouse
Gbps	Gigabits per second	L2F	Layer 2 Forwarding
GPG	GNU Privacy Guard	L2TP	Layer 2 Tunneling Protocol
GRE	Generic Routing Encapsulation	LACP	Link Aggregation Control Protocol
GSM	Global System for Mobile communications	LAN	Local Area Network
HDLC	High-level Data Link Control	LC	Local Connector
HDMI	High Definition Multimedia Interface	LDAP	Lightweight Directory Access Protocol
HIDS	Host Intrusion Detection System	LEC	Local Exchange Carrier
HIPS	Host Intrusion Prevention System	LED	Light Emitting Diode
HSPA	High-Speed Packet Access	LLC	Logical Link Control
HSRP	Hot Standby Router Protocol	LTE	Long Term Evolution
HT	High Throughput	LWAPP	Light Weight Access Point Protocol
HTTP	Hypertext Transfer Protocol	MAC	Media Access Control or Medium Access Control
HTTPS	Hypertext Transfer Protocol Secure	MAN	Metropolitan Area Network
HVAC	Heating, Ventilation and Air Conditioning	Mbps	Megabits per second
Hz	Hertz	MBps	Megabytes per second
IaaS	Infrastructure as a Service	MDF	Main Distribution Frame
IANA	Internet Assigned Numbers Authority	MDI	Media Dependent Interface
ICA	Independent Computer Architecture	MDIX	Media Dependent Interface Crossover
ICANN	Internet Corporation for Assigned	MGCP	Media Gateway Control Protocol
	Names and Numbers	MIB	Management Information Base
ICMP	Internet Control Message Protocol	MIBS	Management Information Bases
ICS	Internet Connection Sharing or Industrial	MIMO	Multiple Input, Multiple Output
	Control System	MLA	Master License Agreement
IDF	Intermediate Distribution Frame	MLA	Multilateral Agreement
IDS	Intrusion Detection System	MMF	Multimode Fiber
IEEE	Institute of Electrical and Electronics Engineers	MOU	Memorandum Of Understanding
IGMP	Internet Group Multicast Protocol	MPLS	Multi-Protocol Label Switching
IGP	Interior Gateway Protocol	MS-CHAP	Microsoft Challenge Handshake
IKE	Internet Key Exchange		Authentication Protocol
IMAP4	Internet Message Access Protocol version 4	MSA	Master Service Agreement
InterNIC	Internet Network Information Center	MSDS	Material Safety Data Sheet
IP	Internet Protocol	MT-RJ	Mechanical Transfer-Registered Jack
IPS	Intrusion Prevention System	MTU	Maximum Transmission Unit
IPsec	Internet Protocol Security	MUMIMO	Multiuser Multiple Input, Multiple Output
IPv4	Internet Protocol version 4	MX	Mail Exchanger

NAC	Network Access Control	RDP	Remote Desktop Protocol
NAS	Network Attached Storage	RF	Radio Frequency
NAT	Network Address Translation	RFI	Radio Frequency Interference
NCP	Network Control Protocol	RG	Radio Guide
NetBEUI	Network Basic Input/Output	RIP	Routing Internet Protocol
	Extended User Interface	RJ	Registered Jack
NetBIOS	Network Basic Input/Output System	RSA	Rivest, Shamir, Adelman
NFS	Network File Service	RSH	Remote Shell
NIC	Network Interface Card	RTP	Real-Time Protocol
NIDS	Network Intrusion Detection System	RTSP	Real-Time Streaming Protocol
NIPS	Network Intrusion Prevention System	RTT	Round-Trip Time or Real Transfer Time
NIU	Network Interface Unit	SA	Security Association
Nm	Nanometer	SaaS	Software as a Service
NNTP	Network News Transport Protocol	SC	Standard Connector or Subscriber Connector
NTP	Network Time Protocol	SCADA	Supervisory Control And Data Acquisition
OCx	Optical Carrier	SCP	Secure Copy Protocol
OS	Operating Systems	SDLC	Software Development Life Cycle
OSI	Open Systems Interconnect	SDP	Session Description Protocol
OSPF	Open Shortest Path First	SDSL	Symmetrical Digital Subscriber Line
OTDR	Optical Time Domain Reflectometer	SFP	Small Form-factor Pluggable
OUI	Organizationally Unique Identifier	SFTP	Secure File Transfer Protocol
PaaS	Platform as a Service	SGCP	Simple Gateway Control Protocol
PAN	Personal Area Network	SHA	Secure Hash Algorithm
PAP	Password Authentication Protocol	SIEM	Security Information and Event Management
PAT	Port Address Translation	SIP	Session Initiation Protocol
PC	Personal Computer	SLA	Service Level Agreement
PDU	Protocol Data Unit	SLIP	Serial Line Internet Protocol
PGP	Pretty Good Privacy	SMF	Single-Mode Fiber
PKI	Public Key Infrastructure	SMS	Short Message Service
PoE	Power over Ethernet	SMTP	Simple Mail Transfer Protocol
POP	Post Office Protocol	SNAT	Static Network Address Translation/
POP3	Post Office Protocol version 3		Source Network Address
POTS	Plain Old Telephone System	SNMP	Simple Network Management Protocol
PPP	Point-to-Point Protocol	SNTP	Simple Network Time Protocol
PPPoE	Point-to-Point Protocol over Ethernet	SOA	Start Of Authority
PPTP	Point-to-Point Tunneling Protocol	SOHO	Small Office, Home Office
PRI	Primary Rate Interface	SONET	Synchronous Optical Network
PSK	Pre-Shared Key	SOW	Statement Of Work
PSTN	Public Switched Telephone Network	SPB	Shortest Path Bridging
PTP	Point-to-Point	SPI	Stateful Packet Inspection
PTR	Pointer	SPS	Standby Power Supply
PVC	Permanent Virtual Circuit	SSH	Secure Shell
QoS	Quality of Service	SSID	Service Set Identifier
RADIUS	Remote Authentication Dial-In User Service	SSL	Secure Sockets Layer
RARP	Reverse Address Resolution Protocol	ST	Straight Tip or Snap Twist
RAS	Remote Access Service	STP	Spanning Tree Protocol or Shielded Twisted Pair

SVC	Switched Virtual Circuit	UTM	Unified Threat Management
SYSLOG	System Log	UTP	Unshielded Twisted Pair
T1	Terrestrial Carrier Level 1	VDSL	Variable Digital Subscriber Line
TA	Terminal Adaptor	VLAN	Virtual Local Area Network
TACACS	Terminal Access Control Access Control System	VNC	Virtual Network Connection
TACACS+	Terminal Access Control Access Control System Plus	VoIP	Voice over IP
TCP	Transmission Control Protocol	VPN	Virtual Private Network
TCP/IP	Transmission Control Protocol/Internet Protocol	VRRP	Virtual Router Redundancy Protocol
TDM	Time Division Multiplexing	VTC	Video Teleconference
TDR	Time Domain Reflectometer	VTP	VLAN Trunk Protocol
Telco	Telephone company	WAN	Wide Area Network
TFTP	Trivial File Transfer Protocol	WAP	Wireless Application Protocol or
TKIP	Temporal Key Integrity Protocol		Wireless Access Point
TLS	Transport Layer Security	WEP	Wired Equivalent Privacy
TMS	Transportation Management System	WINS	Window Internet Name Service
TOS	Type Of Service	WLAN	Wireless Local Area Network
TTL	Time To Live	WMS	Warehouse Management System
TTLS	Tunneled Transport Layer Security	WPA	WiFi Protected Access
UC	Unified Communications	WPS	WiFi Protected Setup
UDP	User Datagram Protocol	WWW	World Wide Web
UNC	Universal Naming Convention	XDSL	Extended Digital Subscriber Line
UPC	Ultra Polished Connector	XML	Extensible Markup Language
UPS	Uninterruptible Power Supply	ZEROCONF	Zero configuration
URL	Uniform Resource Locator
USB	Universal Serial Bus

Network+ Proposed Hardware and Software List

CompTIA has included this sample list of hardware and software to assist candidates as they prepare for the Network+ exam. This list may also be helpful for training companies who wish to create a lab component to their training offering. The bulleted lists below each topic are a sample list and not exhaustive.

EQUIPMENT	SPARE PARTS	SOFTWARE
Optical and copper patch panels	Patch cables	Packet sniffer
Punchdown blocks (110)	RJ-45 connectors, modular jacks	Protocol analyzer
Layer 3 switch/router	RJ-11 connectors	Terminal emulation software
Layer 2 switch	Cable spool	Linux/Windows OSs
Firewall	Coaxial cable spool	Software firewall
VPN concentrator	F-connectors	Software IDS/IPS
DHCP server	Fiber connectors	Network mapper
DNS server	Antennas	Virtual network environment
IDS/IPS	Bluetooth/wireless adapters	WiFi analyzer
Wireless access point	Console cables	Spectrum analyzer
Two basic PCs		Anti-malwaresoftware
Media converters	TOOLS	Network monitoring software
Configuration terminal	Telco/network crimper
(with Telnet and SSH)	Cable tester	OTHER
VoIP system (including a phone)	Punchdown tool	Sample network documentation
KVM switch	Cable striper	Sample logs
	Coaxial crimper	Defective cables
SPARE HARDWARE	Wire cutter	Sample malware/viruses
NICs	Tone generator
Power supplies	Fiber termination kit
GBICs	Snips
SFPs	Butt set
Switch	Optical power meter
Hub
Wireless access point
UPS

© 2015 CompTIA Properties, LLC, used under license by CompTIA Certifications, LLC. All rights reserved. All certification programs and education related to such programs are operated exclusively by CompTIA Certifications, LLC. CompTIA is a registered trademark of CompTIA Properties, LLC in the U.S. and internationally. Other brands and company names mentioned herein may be trademarks or service marks of CompTIA Properties, LLC or of their respective owners. Reproduc- tion or dissemination prohibited without written consent of CompTIA Properties, LLC. Printed in the U.S. 01654-Oct2015

References:

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N10-006 Questions and Answers

QUESTION: 236

Answer: C

QUESTION: 237

Answer: A

QUESTION: 238

Answer: A

QUESTION: 239

Answer: B

QUESTION: 240

Answer: D

QUESTION: 241

Answer: B

QUESTION: 242

Answer: C

QUESTION: 243 DRAG DROP

Answer:

QUESTION: 244

Answer: D

QUESTION: 245

Answer: C

QUESTION: 246

Answer: C

CompTIA N10-006 Exam (CompTIA Network+ Certification) Detailed Information

N10-006 - CompTIA Network+ Certification

N10-006 Test Objectives

EXAM NUMBER: N10-006

DOMAIN PERCENTAGE OF EXAMINATION

1.1

1.2

1.3

1.4

1.5

1.6

1.7

1.8

1.9

1.10

1.12

2.1

2.2

2.3

2.4

2.5

2.6

2.7

3.1

3.2

3.3

3.4

3.5

3.6

3.7

4.1

4.2

4.3

4.4

4.5

4.6

4.7

4.8

5.1