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NonStop Data Communication Basics : HP0-663 Exam

Product Description

Exam Number/Code: HP0-663

Exam Name: NonStop Data Communication Basics

“NonStop Data Communication Basics”, also known as HP0-663 exam, is a HP certification. With the complete collection of questions and answers, Pass4sure has assembled to take you through 154 questions to your HP0-663 Exam preparation. In the HP0-663 exam resources, you will cover every field and category in HP Certification helping to ready you for your successful HP Certification.

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Question: 1
Which access method functions exclusively over a WAN interface?

A. TCP/IP
B. ATP6100
C. IPX/SPX
D. SNAX/APN

Answer: B

Question: 2
Which technology provides security for Web traffic?

A. UDP
B. HTTP
C. SSL
D. LDAP

Answer: C

Question: 3
Which product provides a server-side JavaScript environment for NonStop systems?

A. iTP WebReporter
B. iTP Search Engine
C. iTP Secure WebServer
D. iTP Active Transaction Pages

Answer: D

Question: 4
The TCP protocol corresponds to OSI layer _______.

A. 2
B. 3
C. 4
D. 5

Answer: C

Question: 5
Which SCF command shows active Telnet sessions on process $zn02c?

A. info window $zn02c.*
B. stats window $zn02c.*
C. info service $zn02c.*
D. status service $zn02c.*

Answer: A

Question: 6
Which SCF command determines if Expand line $ltur is configured as a member of a multi-CPU
path?

A. status line $ltur, detail
B. status path $ltur, detail
C. status device $ltur,detail
D. status object $ltur, detail

Answer: B

Question: 7
Which service does QIO provide to the TCP/IP subsystem?

A. SCF management interface
B. TCP/IP process monitoring
C. shared memory management
D. data packet trace facility

Answer: C

Question: 8
Which application layer products use the OSI protocol stack? Select TWO.

A. OSI/AS
B. OSI/MHS
C. OSI/IPX
D. OSI/TS
E. OSI/FTAM

Answer: B, E

Question: 9
Which configuration file maps network names to IP addresses?

A. portconf
B. names
C. services
D. hosts

Answer: D

Question: 10
The acronym TFTP identifies _______.

A. Total File Transfer Protocol
B. Terminal File Transfer Protocol
C. Trivial File Transfer Protocol
D. TCP/IP File Transfer Protocol

Answer: C

* pass4sure hp HP0-663 Questions and Answers : 154 questions
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HP Certified Professional
NonStop Data Communication Basics ¨C Level 1
Exam # HP0-663
Exam Preparation Guide

Exam Status

– Level 1 exam has completed beta testing
The NonStop Data Communication Basics
and is now live. This exam is administered by Prometric Regional Service Centers in
North America (other locations may have different delivery methods). Refer to the

Prometric website http://www.2test.com

Exam Details

Number of test items: 77

Time allotted to take test: 105 minutes

Passing Score: 66% – 51 items correct

You are not allowed to refer to any books or reference material during the NonStop Data
Communication Basics – Level 1 exam.

Audience

This exam is targeted for the following personnel, with a minimum 3-6 months
Kernel
experience on NonStop S-Series platforms running the G-series NonStop
Operating System:

Authorized Service and Support personnel (field support technicians), who perform
installations, upgrades, troubleshooting and maintenance tasks.

Global Customer Support Center (GCSC) personnel, who may have specialized
technical expertise in the operating system (e.g., security features, hardware,
subsystems) and serve as support for both field support technicians and customers.

Analyst SEs or Pre-SalesTechnical Support (PSTS) personnel, who perform pre-
sales consulting and technical account support, including tasks such as assessment
of customer needs, system sizing and configuration, installation consulting, and so
forth.

NonStop Kernel Software Developers, System Integrators and Consultant Partners,
Application Developers, Authorized Service Channel Partners and Distributors,
Customers authorized to service their own equipment.

What You!?ll Be Tested O

Exam questions were written to evaluate your knowledge of the following objectives.
The percentage of items dedicated to each major category is included in parenthesis.

1) Network Architecture and Technologies (31%)

1.1 Identify the network hardware components
Describe the functions of a modem (baud vs. cps)
Describe the differences between a repeater, bridge and router
List the major network devices
List the major network cable types
Describe the difference between UTP and STP
Discuss advantages and disadvantages of major network cable types
Define the limitations of cable lengths

1.2 Describe the major network topologies
Identify common network topologies
Compare and contrast different network topologies
Discuss limitations of common network topologies

1.3 Define the layers of the OSI model
Specify the key attributes of each OSI model layer
Describe how the TCP/IP protocol stack relates to the OSI model
Describe how the X.25 protocol stack relates to the OSI model

1.4 Identify the major LAN/WAN protocols
Identify protocols associated with the different OSI layers
Identify the major SNA protocol families
Describe the major TCP/IP protocols
Discuss the differences between UDP and TCP
Describe the primary differences between LAN and WAN connectivity

1.5 Describe TCP/IP addressing
Describe the classes of IP addresses
Describe the reason for subnet masking
Define TCP/IP addressing restrictions
Describe IP routing
Describe the notation used to represent IP addresses

1.6 Explain the usage of major TCP/IP services
Discuss the differences between ECHO and PING
Describe the functions of FTP
Describe the functions of Telnet
Describe the function of an SNMP Agent
Describe the function of the Socket Interface
Define the ranges of port availability
Describe the function of DNS

1.7 Identify key data communications concepts and definitions
Define the term protocol
Describe the differences between SYNC and ASYNC
Compare and contrast TCP/IP Multicast and Broadcast
Identify the IEEE standards relating to Ethernet and Token Ring
Identify data transmission characteristics
Describe characteristics of data encapsulation

2) Network Planning (7%)

2.1 Determine the system connectivity requirements
Identify specific technologies and their usage for different transmission
requirements
Identify NonStop products that provide network connectivity

2.2 Identify the customer network strategy
Describe the current trends in networking technologies
Describe common legacy networking technologies
Identify the reasons for network evolution

2.3 Describe methods of providing fault tolerance to a networking solution
Discuss criteria that may affect network availability
List the NonStop products that can provide fault tolerance
Discuss how multiple Ethernet hubs help to provide fault tolerance

3) Network Installation and Configuration (23%)

3.1 Describe how to use appropriate configuration tools
Describe SCF commands used to configure and verify network
attributes
Describe network configuration functions within WanWizard Pro
Explain TSM usage relating to network configuration
Explain WebViewpoint usage relating to network configuration
List the capabilities of the AWAN management tools
Describe the usage of ActionView 400

3.2 Identify S-Series supported network architectures
Describe SNA network connectivity
Describe TCP/IP network connectivity
Describe ATM network connectivity
Describe OSI network connectivity
Describe Expand network connectivity
Describe the differences between Ethernet and Token Ring networks

3.3 Describe communication sub-systems configuration for S-Series
Describe subsystem manager processes and hierarchy
Explain steps to configure the
TCPIP subsystem
EXPAND/FOX subsystem
OSI/MHS subsystem
SNAX subsystem
PAM subsystem
ATM subsystem
SLSA subsystem
WAN subsystem (SWAN and AWAN)
PARALLEL TCP/IP subsystem

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3.4 Describe the configuration of addressing schemes
Explain how to configure a TCP/IP subnet address
Explain how to configure an
ATM link address
OSI interconnection address
SNA address
Describe the purpose of a MAC address
Explain how to configure an X.25 address

3.5 Describe configurable elements within LAN/WAN networks
Identify key configurable elements in a(n)
TCP/IP network
X.25 network
ATM network
OSI network
SNA network
EXPAND network

3.6 Describe the types and specifications of physical interfaces to S-Series
systems
Define the various types of physical WAN interfaces
Define the various types of physical LAN interfaces
Explain the characteristics of an RS232 interface
Explain the characteristics of a 10baseT interface
Identify the differences between fiber optic media and copper based
media

4) Troubleshooting (16%)
4.1 Identify network troubleshooting techniques
Ensure correct firmware levels are loaded
Describe the TSM management of communication product attributes
Describe methods to identify a LAN/WAN problem
Identify common causes of network communication interruptions
Describe possible actions if a SWAN concentrator fails
Identify key EMS error messages
Describe the contents of the CSS subvolume

4.2 Describe tools, commands and utilities used in troubleshooting
Describe how to detect an IP address on the network
Discuss how to review TCP/IP subsystem configuration
Identify utilities used in network troubleshooting
Describe how to confirm
X.25 connectivity
Expand connectivity
active Token Ring connectivity
ServerNet/FX connectivity
Discuss how to examine network data packets

4.3 Discuss how to identify network performance issues
Identify the utility to measure network throughput
Describe how to measure network throughput for
IP
X.25
Expand
LAN interfaces

4.4 Describe communication subsystems hierarchies
Describe the primary subsystem processes
Discuss the Expand object hierarchy
Discuss the ServerNet/FX object hierarchy
Discuss the SLSA object hierarchy
Discuss the ATM object hierarchy
Discuss the WAN object hierarchy

5) S-Series Connectivity (13%)

5.1 Identify supported protocols on S-Series
Identify S-Series supported communication protocols
Discuss where supported protocols reside within the OSI Model

5.2 Demonstrate the application of network-related tools
Demonstrate knowledge of network related SCF commands
Demonstrate knowledge of network utilities
Identify network related EMS messages
Describe the function of TCP/IP configuration files

5.3 List S-Series communication access methods
Identify the access method to a public data network
Identify access methods to an SNA network
Identify access methods to an OSI network
Identify other access methods to Wide Area Networks
Identify access methods to a TCP/IP network
Explain the function of the QIO subsystem

5.4 Describe communication services and interfaces
Discuss TCP/IP services and functionality
Describe how applications establish connections utilizing TCP/IP

5.5 Identify communication security measures for S-Series
Discuss ways of encrypting transmitted data on S-Series systems
Describe methods of securing information transmitted over the Web

5.6 Describe S-Series web access methods and services
Discuss how S-Series servers provide basic Web server functionality
Identify the methods of presenting data and applications to Web users

6) Network Management (10%)

6.1 Describe methods to improve network performance and reliability
Describe how routers and subnetworks affect network performance
and manageability
Describe how SCF can be used to monitor network performance and
availability
Describe how NonStop communication subsystem configuration can
affect LAN throughput and response times
Describe how NonStop communication subsystem configuration can
affect WAN throughput and response times

6.2 Discuss address allocation and management
Describe the primary functions of DHCP and BOOTP
Discuss the TCP/IP Address Resolution Protocol (ARP)
Discuss TCP/IP domain name resolution

6.3 Explain network access administration
Describe the criteria for controlling Telnet access to S-Series systems
Discuss how to control external network access from S-Series systems
Describe how to identify unauthorized network access to an S-Series
system Describe how to control FTP access to S-Series systems

6.4 Discuss the functionality of network management tools
Describe SNMP network management components
Describe common network management tools

6.5 Discuss generic network security methods
Explain the role of a firewall within a network environment
Describe the role of Proxy servers
Describe methods of encrypting data transmissions

Related Training and Study References

The NonStop Systems Certification Program includes references to a variety of
materials that provide information included on this certification exam. Completion of
courses and review of materials is recommended, but not required, for success on this
exam.

Recommended Minimum Courses

Course Title Part Number Type Length
Basic Network Management and Troubleshooting Workshop U5083S ILT 4 days
HP NonStop S-Series Communication Products U4166S ILT 10 days
HP NonStop S-Series TCP/IP System Management U4176S ILT 5 days

Additional Highly Recommended Courses
Check web site course descriptions for prerequisites
Course Title Part Number Type Length
CBTEG Series SSTs varies
Internetworking Essential Series
Introduction to Enterprise Internetworking 103701 SST 4 hours
TCP/IP Fundamentals 96344 SST 3 hours
TCP/IP Product Overview 105238 SST 4 hours
TCP/IP Addressing Concepts 49993 SST 3 hours

ILT = Instructor-Led Training
SST = Self-Study Training

Check web site course descriptions for prerequisites at:
(Instructor-Led Training)

http://education.hp.com/curr-nonstop.htm

(Self-Study Training)

http://education.nonstop.compaq.com/us/cat/httoc.htm

Additional Recommended Reference Materials for This Exam

References to the majority of questions found in this exam can be found in manuals
contained in the Online TIM collections. TIM (Total Information Manager) is a single
interface to all NonStop Systems documentation and support information.

External users must subscribe to the TIM CD collection. See your NonStop
Representative for more information.
NOTE: TIM must be installed on your system before using the following default
access settings.

External:

http://tex.tandem.com/cgi-bin/timcfg.exe

Example Websites

On network terms, concepts, components, IEEE standards, specifications, and security:

http://golum.riv.csu.edu.au/~agarts01/twisted-pair_coaxial_cable.html

http://whatis.techtarget.com/definition/0%2C%2Csid9_gci523729%2C00.html

http://www.elantelco.com/benefits_of_fibre_optic_cable.html

http://www.saffell.net/computing/cabling.htm

http://www.techweb.com/

http://www.techweb.com/encyclopedia/defineterm?term=baud

http://www.techweb.com/encyclopedia/defineterm?term=bridge

http://www.techweb.com/encyclopedia/defineterm?term=router

http://www.techweb.com/encyclopedia/defineterm?term=hub

http://www.techweb.com/encyclopedia/defineterm?term=repeater

http://www.techweb.com/encyclopedia/defineterm?term=OSI+model

http://www.techweb.com/encyclopedia/defineterm?term=TCP%2FIP

http://www.techweb.com/encyclopedia/defineterm?term=IP

http://www.techweb.com/encyclopedia/defineterm?term=ARP

http://www.techweb.com/encyclopedia/defineterm?term=crossover+cable

http://www.techweb.com/encyclopedia/defineterm?term=SNA

http://www.techweb.com/encyclopedia/defineterm?term=subnet+mask

http://www.techweb.com/encyclopedia/defineterm?term=DNS

http://www.techweb.com/encyclopedia/defineterm?term=multicast

http://www.techweb.com/encyclopedia/defineterm?term=synchronous

http://www.techweb.com/encyclopedia/defineterm?term=asynchronous

http://www.techweb.com/encyclopedia/defineterm?term=access+method

http://www.webopedia.com/

http://webopedia.internet.com/quick_ref/OSI_Layers.html

http://webopedia.internet.com/TERM/a/address.html

http://webopedia.internet.com/TERM/M/MAC_address.html

http://webopedia.internet.com/TERM/I/IP_address.html

http://webopedia.internet.com/TERM/P/PING.html

http://webopedia.internet.com/TERM/X/X_25.html

http://webopedia.internet.com/Hardware/Networking_Hardware/hub.html

http://webopedia.internet.com/TERM/s/synchronous.html

http://webopedia.internet.com/TERM/a/asynchronous.html

http://webopedia.internet.com/TERM/i/isochronous.html

http://webopedia.internet.com/TERM/I/IEEE_802_standards.html

http://www.sas.upenn.edu/~cns/10b2.htm

http://www.cis.ohio-state.edu/htbin/rfc/rfc1157.html

http://www.rad.com/networks/1995/rs232/pins.htm#rschar

http://www.cisco.com/warp/public/74/70.html

http://www.cisco.com/warp/public/cc/so/neso/sqso/eqso/encrp_wp.htm

http://www.cisco.com/univercd/cc/td/doc/product/software/ios120/12cgcr/np1_c/1cprt2/1cipadr.htm

http://content.techweb.com/encyclopedia/defineterm?term=ROUTINGPROTOCOL&exact=1

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