SILABUS Cisco6

7/29/2019 SILABUS Cisco6

1/7

KURIKULUM SMK Telekomunikasi Tunas Harapan, Kabupaten Semarang

SILABUS

NAMA SEKOLAH : SMK Telekomunikasi Tunas HarapanMATA PELAJARAN : Network ServicesKELAS/SEMESTER : XI / GenapSTANDAR KOMPETENSI : Network ServicesKODE : CCNAD1-6

ALOKASI WAKTU : 51 X 45 menit

KOMPETENSIDASAR

MATERIPEMBELAJARAN

KEGIATAN PEMBELAJARAN INDIKATOR PENILAIANALOKASI WAKTU SUMBER

BELAJARTM PS PI

1. Compare andcontrast clientsand servers andtheir interaction

over the network

Common protocols andstandards that enableclients on a network towork together

Networking Protocols:Application, Transport,Internetwork, andNetwork Access

Transmission ControlProtocol (TCP) and UserDatagram Protocol(UDP) as the mostcommon transportprotocols

Internet Protocol (IP) asthe most commonlydeployed internetworkingprotocol

Ethernet as the mostcommonly used network

access protocol TCP/IP port numbers

used in the client/serverrelationship

Explain the flow of information acrossa LAN and over the Internet.

Explain how standards and protocolsenable interoperability across

networks. Explain the process by which clients

request services from network server.

Define and differentiate networkingprotocols.

Illustrate the flow of HTTP requests.

Review the structure and flow of datapackets and the role of TCP/IP toenable network connectivity.

Differentiate TCP from UDP.

Internet applications relyupon interactionsbetween servers andclients.

A server runs softwarethat enables it to provideinformation or servicesto other hosts connectedto the network.

Clients are responsiblefor requesting and actingupon information that isprovided to them by aserver.

Protocols and standardsensure compatibility ofapplications produced bydifferent softwareproviders.

The Hypertext TransferProtocol (HTTP) governsthe way that a webserver and a web clientinteract.

Transmission Control

Tes Tertulis

Tes Praktek

Tugas

5 7(14)

5(20)

CCNA DiscoveryCourse

Inter

net Softw

areSimulatorJaringanKomputer

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PROGRAM KEAHLIAN: SILABUS - Network ServicesTEKNIK KOMPUTER DAN JARINGAN Halaman 1 dari 7


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TM PS PIProtocol (TCP) managesthe individualconversations betweenweb servers and webclients.

Internet Protocol (IP) isresponsible for routingpackets to thedestination host.

Ethernet is the mostcommon NetworkAccess Protocolimplemented on localnetworks.

Common Internetservices use the InternetProtocol (IP) to addressand route messagesbetween source anddestination hosts.

The two most commontransport protocols areTransmission ControlProtocol (TCP) and UserDatagram Protocol(UDP).

A sending host usesTCP when theapplication requires

acknowledgment.

UDP is a "best effort"delivery system thatdoes not requireacknowledgment ofreceipt.

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TM PS PI Protocols and services

requested are identifiedby a port number, whichis a numeric identifier ina packet that is used tokeep track of specificconversations anddestination servicesrequested.

A port is a specialnumber present in theheader of a data packet.

Ports map data to aparticular process

running on a computer.

2. Describe the typeof interactions ofInternetapplications

Domain Name Services(DNS)

Web Clients and Servers

Services including FTP,Email, IM, and VoIP

Ports

Explain and illustrate how a DNSserver processes a service request.

Explain, illustrate, and demonstratehow web servers enable clientcomputers to download web pages.

Differentiate HTTP from HTML

Explain, illustrate, and demonstratethe process for moving files usingFTP.

Explain and illustrate the flow of emailmessages from client to client usingemail server services.

Demonstrate how to set-up an emailclient.

Differentiate among SMTP, POP3,and IMAP4.

Explain how clients can communicateusing Instant Messaging (IM)software.

Differentiate IM software from email.

Demonstrate how to download and

The Domain NameService (DNS) providesa way for hosts to locateservers on the Internet,by associating a namewith an IP address.These associations areregistered and organizedwithin domains.

DNS servers maintaintables for matchingdomain names to IPaddresses.

Internet Protocol is themost common standardfor DNS.

Web requests use HyperText Transfer Protocol(HTTP).

Tes Tertulis

Tes Praktek

Tugas

5 7(14)

5(20)


Internet

SoftwareSimulatorJaringanKomputer

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use IM software on a PC, Cell phone,or other PDA.

Explain the use of the Internet as ameans for transporting voice betweenclients.

Demonstrate the setup of IPTelephony utilizing VOIP services.

Explain the role of ports indifferentiating services.

Explain and differentiate the portnumber scheme and use byapplication.

Demonstrate the use of an OS tool(Netstat - XP) to view port use.

Client basedapplications, calledbrowsers, interpretHyper Text MarkupLanguage (HTML).

The File TransferProtocol (FTP) providesan easy and efficientmethod to move filesfrom betweencomputers.

FTP clients come builtinto the OS or may bedownloaded as

standalone applications.

Email servers receive,store, and forward emailmessages to and fromclients

Simple Mail TransportProtocol SMTP, POP3,and IMAP store anddeliver mail for clientsusing different ports.

Instant Messaging (IM)software runs locally ona computer and allowsusers to communicate orchat over the Internet in

real-time.

Voice over InternetProtocol (VoIP) enablesdigitized voice data.transportation over theInternet.

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The role of ports inclient/servercommunication.

Active networkconnections, also calledsockets, can be viewedwith use of client basedOS tools. (MS XPNetstat)

3. Describe thepurpose of alayered model

The protocol stack as away to understand howprotocols interact

The Internet Model orTCP/IP model as a tool

for understandingInternetworking

The Open SystemsInterconnect Model(OSI); the architecture fornetwork communicationsdevelopers

Illustrate and explain the protocolstack as a representation of how thediffering protocols interact with theflow of data between hosts.

Illustrate and explain the TCP/IP

Model as a representation of the dataflow.

Differentiate the TCP/IP Model fromthe OSI model.

Illustrate and explain the constructionof segments and data packets.

Integrate all three models to explainthe development and flow of data asthe Ethernet frame is created anddelivered from source host todestination host.

Demonstrate the use of Packet Tracerto trace the movement of data.

Communication betweenhosts requires theinteraction of manydifferent protocols.

Protocols areimplemented in softwareand hardware that areloaded on each host andnetwork device.

Protocol interactions canbe modeled as a set ofhierarchically layeredand stacked activitiesrepresenting themovement and deliveryof data across anetwork.

The benefits of using thelayered model include:

- Assistance in protocoldesign

- The fostering ofcompetition

- One layer does notaffect other layers

Tes Tertulis

Tes Praktek

Tugas

5 7(14)

5(20)


Internet

SoftwareSimulatorJaringanKomputer

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above and below.

- Provides a commonlanguage to describenetworking functionsand capabilities.

When sendingmessages the protocolstack on a host operatesfrom top to bottom.

When receivingmessages on a network,the protocol stack on ahost operates frombottom to top.

The OSI Model wascreated for developersas architecture to followin the design protocolsfor networkcommunications.

The OSI model includesall functions, or tasks,associated withInternetworkingcommunications, not justthose related to theTCP/IP protocols.

The Ethernet frameencapsulates the TCPSegment and the IPpacket.

Keterangan

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TM : Tatap Muka

PS : Praktek di Sekolah (2 jam praktik di sekolah setara dengan 1 jam tatap muka)PI : Praktek di Industri (4 jam praktik di Du/ Di setara dengan 1 jam tatap muka)

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SILABUS Cisco6

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