APPLICATION PRESENTATION SESSION TRANSPORT NETWORK DATALINK PHYSICAL * V ines 5989-5245EN LAPBX Extensions IBM XNS 3COM DS1 DECnet DECnet IV .544 Mbps .544 1 Banyan V 5989-5245EN Product specifications and descriptions in this document subject to change without notice. Inc. © Agilent Technologies, Printed in USA July 1, 2006 * Protocol Suites Protocol Other Supported Other LAPB Balanced 2400 bps 2400 X.25 42 bis V. 26 bis V. E1 SLIP X.25 s Link Access Procedure Access Link 2.048 Mbps 2.048 TCP L2F e PPP 42 V. 26 V. Relay DIFFSERV 2400 bps 2400 Frame Layer 2 Forwarding Protocol Forwarding 2 Layer HDLC fferentiated Service fferentiated i E3 34 Mbps 34 l IP k y D UDP HDLC s High-Leve Radius Securit Data-Link Control Data-Link - 4.4 bp 4.4 33 V. -SEC 1 IDRP 2400 bps 2400 l 22 bis V. IntraDomain IntraDomain IP IP P Radius Accounting outing Protocol outing DS3 R 45 Mbps 45 TC Internet IP Internet Remote Authentication Dial In User Servic User In Dial Authentication Remote Networ tual Private Private tual r Modem Standards Modem L2TP g unneling Protoco unneling 4

Vi e t 32 V. 600 bps 600 9600 bps 9600 9 Packet TCP TPKT Layer 2 T 2 Layer &T 209 AT T- TP4 HSSI anspor nterfac PPP t I Tr igh Speed Serial Speed igh H Protocol Class Class Protocol IS-IS ISO Routing ISO e 2 X.400 0800 80 5353 0800 047 866 1800 226 008 800 829 4444 Common CMISE nformation 0200 88 22 55 3 k I ntermediate System to System ntermediate MDLP I ISO DE Managemen l Electronic Mail Electronic Service Element Service t ntermediate System Routin System ntermediate I &T 21 &T 22 V. 29 V. 9600 bps 9600 1200 bps 1200 LAPD AT nsfer Servic nsfer rotoco t +44 (0) 7004 666666 a SLIP or TP3 P anspor e

11 V. Tr RTSE X.21 y Element Tr rminal Protocol Class Class Protocol llfleet PPP We Router Bridge Serial Line Interface Line Serial Protocol CLNP l

Te 1 l VTP Reliable Reliable ODA Protocol

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ES-IS &T 10 &T 21 V. ISO SP 300 bps 300 4800 bp 4800 ransport t AT System Routing System ISO 27 bis V. t TP2 anspor Multilink Frame Rela Frame Multilink Session Protoco Session .15 Sweden Switzerland Taiwan Thailand United Kingdom USA r, Tr ISO PP g n & ISO T ISO e RS-530 Protocol Class Class Protocol End System to Intermediat to System End S AM Presentation Protoco Presentation ransfe .12 iant ccess ccess r ACSE Servic ce Over ce SMB MMS FT i A 1 FR Vo Messagin Va File T File Management CLLM Vo FRF Manufacturing Service Elemen Service ssociation Control ssociation (ISO) Frame t Frame Relay Frame Frame Relay Frame e A Fragmentatio Y Consolidated Link Consolidated NetBIO Layer Managemen Layer Motorola FRF TP1 anspor Element ROSE t Tr or d rotocol Class Class rotocol 36 V. P RS-449 rotocol Remote Operations Service Operations Remote QLLC X.500 P CMIP Services Directory Common Services (LAPF) Services 0 Information Managemen ink Access Procedur Access ink IP 1800 888 848 080 769 0800 FRAME RELA L t for Frame Mode Bearer Mode Frame for 1800 375 8100 ublic Networks ublic 01800 5064 800 MFR ignaling between ignaling P +7 095 797 3963 +34 91 631 3300 Packet Switche Packet X.75 TCP S +32 (0) 2 404 9340 TP0 anspor t PPP +31 (0) 20 547 2111 eer to Peer to eer SMPP Tr P Short Message Message Short Protocol Class Class Protocol irtual 35 V. D A r

l y

Q.933 Annex Annex Annex Annex Interface

Message T1.617

D

X.25 Switched V Switched ocal Managemen ocal Protoco

Connection Control Connection L Packet Laye Packet PA LMI (Frame Relay) Disassembl SVC (Frame Relay) X.25 l Luxembourg Malaysia Mexico Netherlands Russia Singapore South Korea Spain t or (X.29) Packet Assembly Packet (X.29) Frame Relay LAPB 24 V. LAPB RS-232 MLP (X.25) Multi-Link Protocol Multi-Link g NLSP -303 SPX ll Exchange Netware Link Netware DASS2 Services Protoco Services GR DPNSS Sequenced Packe Sequenced N SAP Routing g SMB Protocol e n l t Service Advertisin Service are IPX WA D 800 938 693 RIP S rotoco l l P 0825 010 700 1600 112 929 0120 421 345 NDS Informatio 01805 24 6333 NetW (Novell) Routin (Novell) are SPX +972 3 9288 504 irectory Servic irectory D Exchange Protoco (Novell) +39 (0)2 9260 8484 NWDiag NCP NetBIO IPX Diagnostic IPX IPX NetW Sequenced Packe Sequenced Support Protocol Support NWSERIAL d Novell Novell +353 (0)1 890 924 204 Channel LAPD Core Protoco Core ariants an X.25 TCP PRM SNMP Message 22 V 22 n

FDDI tandards Groups tandards ink Access Procedure Procedure Access ink Internet Packet Exchange Packet Internet erformance Report erformance ISDN Q.931 L S

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France Germany Hong Kong India Ireland Israel Italy Japan g l Ethernet l e e e y l

tchdo re Lit re re Lit re Wa EAP are Lit are Protoco PPP re Broadcast re LSP Wa Wa NLP are are Protoco Protocol Of Life Of BOFL Wa VIVID Net Net NetW llfleet Breath Breath llfleet Novell Netware Novell 1.92 Mbps 1.92 Newbridge ideband Protoco ideband NWWDOG NWBCAST S ISDN H12 Extensible Authentication Extensible Net NetW Echo (IPX) Error (IPX) Routing Protocol Routing We Message Notification Message Other Proprietar Other n n NetBEUI

n 1800 629 485 800 810 0189 l 0820 87 44 11 runk +45 70 13 15 15 Frame Relay +1 877 894 4414 icrosoft icrosoft icrosoft PPP ISDN-D 64 Kbps PRI Kbps 64 16 Kbps BRI Kbps 16 MPPE +55 11 4197 3600 +358 10 855 2100 AgP MPPC Encriptio VTP M M +32 (0) 2 404 9340 Protoco isco Port Port isco Compressio P

Point tp Point Point tp Point Point tp Point greegatrio C VLAN T VLAN A

Microsoft PPP Extensions PPP Microsoft g UDP

UDPvv

(DGM) l LCP CCP

n Protocol PPP

IP NetBIOS

n

1.536 Mbps 1.536 Control Protocol Control BAC/BACP MAPI ompression Control Control ompression ISDN H11 C Link Control Protocol Control Link Bandwidth Allocation Bandwidth DCE RPC Programmin Applicatio MS-RAP Australia Austria Belgium Brazil Canada China Denmark Finland Contact one of the following and centers, Measurement for product additional information. Test TCP SLE Mail Slots istribute Computing Env Computing istribute Remote Procedure Call Procedure Remote Messaging Application Messaging CIFS / SMB GMRP D Named Pipes Serial Like Serial l Encapsulatio s POS egistration Protoco egistration t TCP R 802.1 GARP Multicast GARP 802.1 Microsoft SMBTCP 384 Kbp 384 y ISDN H0

h h IPCP l Protocol IPXCP XNSCP ISL Internetwork Packe Internetwork XNS Control Protocol Control XNS GGP s LMP Protocol IPinIP Protoco Control Protocol Internet MPLS ink Protocol ink IP within IP within IP TCP Exchange Control Protoco Control Exchange ulti-Protocol ulti-Protocol L LAPB First Protocol First (SSN) l M Label Switching Label pen Shortest Pat Shortest pen Common Internet File System / Server Message Block Common Internet File System / Server Message Cisco Inter-Switc Cisco Link Management Link l t O 64 Kbp 64 Gateway to Gatewa to Gateway OSPF/OSPFv6 IP NetBIOS

ISDN-B l val File val i

TFTP Tr l CLDAP ansfer Protoco ansfer Dynamic Hos Dynamic ctor

l riant Directory Access Directory CP lecom Tr Ve

ransfer ransfer Va Te Configuration Protocol Configuration DHCP/DHCPv6 AT Protoco CSCP DNCP lk Control Protocol Control lk Connectionless Lightwieght Lightwieght Connectionless XTP Protoco Protocol IP/IPv6 IP/IPv6 IPinIP ariant Ta Protocol RSRB ithin IP/IPv6 ithin NetBIOS-DG DVMRP HDLC HDLC istance istance press T press isco Systems Control Systems isco w l X D l Route Bridging Route Remote Source Remote RIP/RIPv6 C Cisco HDLC (TCP/IP) Routing (TCP/IP) Multicast Routing Multicast DECnet Routing Protoco Routing DECnet l nformation Protocol nformation (TC P/IP) Datagram Protoco Datagram P/IP) (TC I Apple SDN V SDN I nneling Protocols nneling SMB Tu DASS2/DPNSS l l y Motorola & British British & Motorola t Cisco Proprietary Cisco me Protoco me BOOTP L (S)NTP UDP s Ti Simple Network Network Simple Bootstrap Protoco Bootstrap l l TCP Routing and and Routing DISL IGRP VRRP User Datagram Protoco Datagram User MODBUS IGMP PPPOE Resource irtual Router Router irtual ndustrial Devices ndustrial Dynamic IS Dynamic I Protoco Over Etherne Over Protoco Point-to Point Point-to BVCP MODICON Bus for for Bus MODICON RSVP/V6 Internet Group Group Internet ISDN Routing Protoco Routing Internet Gatewa Internet O Routing Protocols Routing eservation Protocol eservation anagement Protocol anagement OSINLCP ken Ring R Redundancy Protocol Redundancy M anyan VINES Contro VINES anyan FDDI Control Protocol Control Ethernet To l B l BCP y OSI Control Layer Network OSI r Shel me y l Protoco Ti FV Print (Ipr) Print RWHO emote Unix emote REXEC RLOGIN e RSHELL RPRINT Remote Unix Remote n R Remote Unix Remote g XOT Bridging Control Protocol Control Bridging isco X.25 X.25 isco Remote Unix Login Unix Remote TCP over TCP over GDP Remote Unix Exec Unix Remote Remote Unix WH Unix Remote C PTP MGCP Protoco edia Gatewa edia isco Gateway isco recision recision DDP b Cache b DRP C IGP iscovery Protocol iscovery ulticast M Control Protocol Control P framin isco Group isco D CGMP GRE WCCP M We C MOSPF PIM-SM Sparse Mod Sparse HDLC POS Multicast OSP Multicast Routing Protocol Routing PPP in HDLC-like HDLC-like in PPP Internet Gatewa Internet Encapsulatio Generic Routing Generic t rotocol Cordination Provide Cordination PPP Management Protocol Management Protocol Independent Protocol P e l Point-to-Point ccess y A y SOAP N Simple Objec Simple l l y PPTP RSRB RUDP Reliable UDP UDP Reliable Point to Point Point to Point nneling Protocol nneling n tual LA tual EGP CDP n Bridging Protoco Bridging r Protoco Protoco Tu Protocol VLAN NHRP HTTP Multicast E-IGRP e Remote Source Rout Source Remote Vi Securit Dense Mode Dense PIM-DM HTTPS Cisco Discover Cisco Exterior Gatewa Exterior Next Hop Routing Hop Next isco Enhanced IGRP Enhanced isco rotocol Independent rotocol C l P isco Proprietary isco l l P nsmissio C a l r Tr e t P (PPP) nneling nneling me me IPHC Protoco Protoco over PP over Ti CACS Tu PP Extensions PP Protocol PA ulti-Link Protocol ulti-Link e P MLP (PPP) eal eal TA p CHAP (PPP) RTSP M TLS BGP R Access Contro Access PPP RT (BOP) Challenge Handshak Challenge STUN Security IP Header Compression Header IP MSDP ulti-protocol MBGP Password Authenticatio Password ansport Layer ansport PPP Reliable Reliable PPP arku of SDLC heade SDLC of Tr M Streaming Protocol Streaming iscovery Protoco iscovery XML M Multicast Sourc Multicast MIME Routing Protocols Routing Language D eXtensibl Cisco Serial Serial Cisco Mail Extensions Mail l ultipurpose Interne ultipurpose

s M TCP/IP

l

l LDAP ightwieght

l s L esolution Protocol RARP irectory Access irectory DISP k R

or SNMP or D f xt Dispatching SRP l Router LDP IRDP n Reverse Addres Reverse l Protoco HSRP ot Standby ot XGCP Te Serial Line Address Line Serial Resolution Protoco Resolution SLARP Cisco H UCP ICMP Router ICMP Protocol Spacial Reuse Reuse Spacial Internet Management Internet iscovery Protoco iscovery tatio Control Protocol Control Protocol of MPLS of Protocol Label Distribution Label D SSP S Extended Gateway Extended l BGMP Hyper Hyper X.400 Protoco CLNP MNLP Cisco Skinny Cisco ansfer Protoco ansfer Universal Computer Computer Universal ulticast Protocol ulticast n Cisco Proprietary Cisco l l Border Gateway Border s Tr k t M Address Resolution Address HTTP WWW Mobile Networ Mobile P Location Protocol Location ASP (CDPD) Accounting Service Accounting Internet Contro Internet r RRM Message Protocol Message l l ARP CDPD IARP Addres Protoco ICMP/ICMPv6 Protoco r Resolutio LPP Resolution l l ightweigh PPP Inverse Address Inverse L l CMOT SMB ccess Simple Networ Simple VPIM CMIP over TC over CMIP rotoco Radio Resource Management Resource Radio Presentation Protocol Presentation BGP ice Profile fo Profile ice anagement Protoco anagement IP A P IMAP SGCP Internet Mail Internet SMTP M Simple Mail Simple Vo File Retrievel File l ansfer Protoco ansfer SNMP V1, V2, V3 Protoco TLS TCP SLIP CSLIP Control Protoco Control Border Gateway Border Simple Gateway Simple DNS X.25 DLSw Tr Protocol Internet Message Internet k ansport Contro ansport (TCP/IP) Session (TCP/IP) VFRP Tr NetBIOS-SSN Protoco MDLP SNDCP MAC (CDPD) Domain Name Serve Name Domain obile Data Link Data obile IP Access Medium Cellular Modems MPTN Airlink M Cellular Digital Packet Date Packet Digital Cellular onvergence Protocol onvergence Security XTP TCP t C IP/IPv6 Subnetwork-Dependent MNRP net l Internet Protocol Internet lnet n Cha IRC Mobile Networ Mobile TDP Te l Protocol ND Te Registration Protocol Registration railers g Distribution Distribution g Internet Relay Internet Ta CLNP ransport

ailers t Tr Encapsulatio TCPComp

ISO TP Berkeley T Berkeley r n r

TCP Comp Control Protoco Control r ISO DE IIOP C GIOP Compressed T Compressed Protocol Protocol Environmen ISO TP Inter-ORB Inter-ORB ransfe ORBA Internet Internet ORBA ansfe ISO Development ISO FTP VJ Windows C iameter fo iameter Tr POP3 Protocol cdma2000 NNTP N Jacobson Jacobson N General Inter-ORB General ile T ile D Protocol v3 Protocol Post Office Post F Diameter X Compressio NSP UDP NetBIOS-NS VA Network News Network (TCP/IP) Name Server Name (TCP/IP) SCTP TM) l ransport n DXI (A TM) UDP Data Exchange Interface Exchange Data WTLS eless r l eless T eless IP nsactio Layer Service Layer WTP a Wir Wir A Tr Interim Loca Interim WSP SI ILMI (A SL P AP Forum Load ervice ervice ervice WDP OT Profile Protoco reless Session Session reless S S eless eless Management Interface Management e Indication eless Datagram Datagram eless P Applications P User Agent User Over the Ai the Over ICM Wi Diameter TM) UA Profile Wir TM) Wir ken Ring WCMP WA e M Adaption Adaption M3UA To MTP3 User User MTP3 2.5G W

Privat ansmission Protocol ansmission Interface s -bis Tr AN Emulation AN SCTP L r A LANE (A PNNI (A

Ethernet Network-to-Network SCTP Adaption Adaption M2UA MTP2 User MTP2 AT Megaco SS7 BSC-BTS Interfac BSC-BTS SS7 SIP SUA Simple Control Control Simple SS7 SCCP SS7 Mobile Mobile MAP TCAP 3

SS7oIP User Adaption User Application Part Application Application Part Application User Adaption Laye Adaption User ransaction Capzbilitie ransaction

SCCP Relay

Frame n Control Part Control A SS7 T SS7 Group Signaling Connection Connection Signaling M 3.1 Part MPEG-2 AT UNI Node-B Node-B AAL5 PNNI NBAP SSCOP TCP M2P Applicatio RNSAP adio Access adio RANAP IMA ervice-Specific Subsystem Inverse Inverse for for MTP2 User User MTP2 R S Motion Picture Expert Picture Motion IUA Appliation Part Appliation Radio Network Network Radio ransfer Part Level Level Part ransfer MTP3 TM) Multiplexing Adaption Adaption ISDN User User ISDN Network Application Network Mobile M SCMG (A Peer-to-Peer Adaption Adaption Peer-to-Peer r onnection-Oriented Protocol onnection-Oriented l C

AT 4.0 SS7 Over IP 2 essage T essage SCCP Management SCCP nsfe Signaling UNI XI Signaling NNI 25 Mbps a Q.2931 M SCTP l Tr CC SM TA MM ISUP User Part User GMM 100 Mbps 100 Session Session Mobility Mobility anagement anagement anagement PRS Mobility Mobility PRS Call Contro Call

MTP2 SDN Signaling Signaling SDN M M M I G

Part Level Level Part SIP BICC Message Message AAL3/4 -CDMA SIP Call Contro Call s MTP3 UNI 3.0 STC Q.SAAL M Cells ignaling S d Bearer Independent Bearer ALCAP AAL2L3 Access Link Access s nsport Covertor nsport AT GTP n Ta Control Application Control MTP3 UNI RR E3 E1 NAS Statio

SMS Service NCSS 2 Mbps 2

34 Mbps 34

SMDS Non Acces Non PPP 3G UMTS W hort Message hort adio Resources Resources adio S l Non-Call Relate Non-Call R AAL2 Supplementary Service Supplementary Management Messages Management e FP RLC Contro Control MAC t RRC Control Reliable Link Link Reliable l Medium Access Access Medium Framing Protocol Framing Radio Resource Radio DS3 DS4 TM) M 45 Mbps 45 140 Mbps 140 TM) e PDH - G.804 - PDH AT l RLP Protocol Radio Link Radio MPOA UDP Over Over e k k ontro l IuUP C PDCP BMC Multi Protocol Protocol Multi acket Data Data acket RM (A User Plane User Iu Interfac Iu nneling P OAM (A AAL1 s Tu Resource Managemen Resource roadcast/Multicast TCP GTP GTP' Protoco B Convergence Protoco Convergence DS1 Operations and Maintenanc and Operations GTP Prim GTP GPRS .544 Mbps .544 6.24 Mbps 6.24 1 DS2/J2 GPRS GPRS IP H223 H324 PPP OC-48 WIRELESS 2.488 Gbp 2.488 STM-16 UMTS/GSM deo for Mobile for deo CESH Vi RLP Protocol Speech Handler Speech Channel Element Element Channel Over Mobile Networ Mobile Over Over Mobile Networ Mobile Over Radio Link Radio -Info Multimedia Communication Communication Multimedia Multimedia Communication Communication Multimedia CES DS1

TOH g -T lephone ISUP Te SIP l ansport Overhead ansport SIP 3G Lucent Wireless Tr TCP UTP Circuit Emulation Service Emulation Circuit IP for for IP 22 Mbps 22 OC-12 S ORP 6 STM-4 Protoco SDP me Streamin me l ptical Routing ptical RTSP N PPP Ti O SIP LAPD i DEN Property TCP Motorola Motorola UDP eal eal R SDP Protoco LAPD SDH/SONET ession Initiation Protocol Initiation ession S ession Description Description ession l SCTP S

l OC-3 Network Network Communication Protocols Interface STM-1 WA 155.52 Mbps 155.52 Interface OSP P Protoco

LMI (SMDS) ata Exchange ata Local Management Local D ptical Signaling Signaling ptical GC VOIP UDP otorola otorola DXI (SMDS) O TCP 2G Motorola Wireless SGCP XGCP Property MGCP M Interface

edia Gateway edia MOBIS entral Protoco entral imple Gateway imple M C xtended Gateway Gateway xtended Control Protocol Control Control Protocol Control S Data Exchange Data Frame Relay e DXI (Cisco) E pecification IOS A9 , l S s Interoperability Interoperability OC-1 51.840 Mbps 51.840 R COPS TCP l l -X ommon Open Open ommon l Policy Servic Policy C NCS me Protoco me RTP RAS

RTCP Ti for Packet Cable Packet for me Control Protocol Control me UDP RTCP eal eal Ti Admission, Statu Admission, R 3 2 1 (H.225) Registration (H.225) MDS RTCP Extended Reports Extended RTCP S Real Real Network-based Call Signaling Call Network-based 3Com 3rd 3rd 3Com SIP L1 SMDS SIP L3 SMDS SIP L2 SMDS 3COM 3G (Mobile IP) eneration Protoco eneration G 3G CDMA 2000 Interface Protocol Leve Protocol Interface Interface Protocol Level Protocol Interface Interface Protocol Leve Protocol Interface s g Mobile IP Mobile H.450 .1-12 all Supplement Services Supplement all p 45 Mbp 45 C l E3 PLCP 34.368 Mbps 34.368 DS3 PLCP .38 H.323v5 elephony .125 .122, T SCTP odecs Supported: G.711, G.729, G.723 G.729, G.711, Supported: odecs MIP/MIPv6 A10/A11 Applications C & Multimedia Q.931 ariant Call Contro Call QSIGoIP .123, T .120, T H.245, T Private Integrated Private T T (H.225) Call Setu Call (H.225) ECMA International ECMA MTP3 ext V Multimedia Conferencin Multimedia + T H.248 MEGACO s s TCP s TCP n l TCP 64 Kbp 64 E1 PLCP 2.048 Mbp 2.048 1.544 Mbp 1.544 Contro SMT anagement DS1 PLCP DS0 PLCP iSCSI edium Access edium FDDI Statio FDDI M Frame Relay SCSI Over IP Over SCSI M FDDI - MAC H223 FDDI UDP mFCP UDP (SAN) Fibre Channel Protocol Channel Fibre FCP SCSI iSNS s s s Fiber Distributed Data Interface 100 Mbps 100 Interface Data Distributed Fiber Name Server Name IEEE 802.6 Internet Storage Internet Fibre Channel Protocol Channel Fibre TCP SDDI CDDI 100 Mbp 100 100 Mbp 100 100 Mbp 100 TCP wisted Pair iFCP Over IP Over wisted Pair Fiber Optic T T

ree

Storage Area Network Network Area Storage ree Fibre Channel Protocol Channel Fibre r M a ransfe AT L2CP SMT anagement ICC anagement xt T xt IGMP M FDDI Station FDDI anagement GSMP V3 M FCIP e General Switch Switch General TCP M HTTP hange on IGMP on hange SOAP IEEE 802.1Q Internet Group Group Internet trunking on VLAN on trunking C Instant Channel Instant Frame Over IP Over Frame C IEEE 802.1p Layer 2 Control Protocol Control 2 Layer VLAN Spanning T Spanning VLAN 802.1s MST ree ultiple Spanning T Spanning ultiple yperT AV Cisco PVST+ Entire Fibre Channel Channel Fibre Entire H M TCP Per- Simple Object Access Object Simple Load balanced switch-to-switch switch-to-switch balanced Load Gigabit IEEE 802.3z eo Series 9 9 Series eo H.264 PEG4- WM9V d H.263+ M Vi Cisco SLE icrosoft Windows Medi Windows icrosoft RI M ideo 802.2 me Indicators Ti -SEC Source Routing Source RTP Link Logical l TCP Real Real PEG/V M wisted PPP UDP IP/IP ransport Control ransport ree me Streaming me RTSP T www.agilent.com Ti ree Pair IPTV IEEE 802.1 Spanning T me Contro me 4/16 Mbps 4/16 4/16 Mbps 4/16 4/16 Mbps 4/16 Real Real Ti RTCP l wisted Pair Fiber Optic Unshielded RTP FEC eneric Forward eneric T Error Correction Error G H.261 H.263 Real Real ontro Shielded T ken-Ring) Spanning T Spanning C MAC o 802.1D STP 802.1w RST and TV Engineers TV and edium Access edium SMPTE VC-1 (T IEEE 802.5 Rapid Spanning T Spanning Rapid en Ring 4/16 Mbps 4/16 Ring en M k Society of Motion Picture Motion of Society To SNAP Get Beyond the Protocol UDP User Datagram User Sub Network Access Protocol Access Network Sub T www.agilent.com/find/dna RTP

otion Picture Picture otion MPEG-2 Expert Group Expert M Access Control Access IEEE 802.3 AAL5 CSMA/CD (Ethernet) Medium (Ethernet) AnyLan AT 100 BASE- 100 BASE-F PMAP RST Port Mapper Port Remote Statistics Remote 100 VG- T TCP LAN n MOUNT Mount Server Mount Aggregation of of Aggregation RPC IEEE 802.3ad ultipleLink Segments Segments ultipleLink M 1 BASE-5 10 BASE- 10 BASE-2 10 BASE-5 10 BASE-F UDP 10 BROAD 36 Sun NFS Sun Remote Procedure Call Procedure Remote NIS NFS Services etwork Informatio etwork File Network N IP e ND m

ress Sun Network Disk Network Sun alk) Nam alk) DIX V2 Ethernet lk Data lk NBP rotocol KSP Ta P inding Protocol inding

alk Add alk iewit Strea iewit

T 50 ohm coax ohm 50 50 ohm coax ohm 50 75 ohm coax ohm 75 Ethernet ADSP K B Thin Wire (AppleT AARP pple Broadband tream Protocol tream A S

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Resolution Protocol Resolution g ZIP rotocol l P l one Information one Z alk Filin alk e l k rotoco AFP P al alk ble P c l ppleT alk Link alk Ta alk Session alk A rotoco ccess ASP lk Updat lk AT P A LLAP alk Echo alk Protocol ransaction DDP AppleT Procedure rotocol Ta an Ma an T Routing rotoco P AEP aintenance AURP LocalT RTMP P M AppleT M Routing Routing pple Routing Protocol Routing A AppleT P 802.6 DQDB Datagram Delivery Protoco Delivery Datagram PA Protocol Printer Access Printer AppleT Postscript alk TOPS SoftT E, T Series Internetwork Ethertype V, LLC 802.2

through the internetwork. control to prevent network resource (buffers, transmission links, etc.) depletion. free delivery of data. network addresses to route packets Provides flow and congestion Uses to ensure error Uses unique source and destination Last Network Services layer. Data units are called packets. end of the transmission media reaches the other end. copper, coax, RF, twisted pair, etc. twisted pair, coax, RF, copper, magnitudes and physical connector specifications and pin outs. layers. transmission of data bits. synchronization and error detection. form of headers or trailers. the receiving node to perform detection and correction of bit errors, usually by retransmission. layer packets and control information. point WAN, point or WAN, a virtual link between two nodes on a multi-access LAN. recognizing end of block and data transfer across links between adjacent network nodes. (packets) for transmission. a virtual connection over which all packets travel in sequence. (datagram) oriented. may arrive out of sequence. which provide end-user functions. sequenced data exchange between end users. synchronizes connection data flow. sessions between two end users. of information or data. representation and syntax. and handles errors. data-unit syntax. processes from differences in data transfer and manipulation services. of associations between application processes. meaning to transferred data.

Ensures that a bit entering at one Specific to the media, e.g. optical, Specifies data signal encoding and First of three Network Services Concerned with the physical Control information may be in the Control information allows Frames are composed of network Concerned with bit synchronization, Ensures reliable and error-free Links may be physical, e.g. point-to- Second Network Services layer. Blocks of data are called frames. Connection oriented services provide Segments messages into smaller units Can be connection or connectionless Datagrams are separately routed and Utilizes network layer to ensure reliable, Lowest of the higher-layer protocols Manages session to ensure orderly delivery Manages parameter negotiation and Second of four end-user function layers. Controls establishment and termination of Initiates and terminates connections Manages and transfers end-user Isolates Third end-user layer. Provides for setup and termination Provides virtual terminal, file and job Top end-user layer. Top Provides appropriate semantics or • • • Network Layer • • • • • • • • • • • • • Data Link Layer • • • • • • • Transport • • • • • • • • • • • Application Layer • •

NETWORK PHYSICAL SESSION ALINK T TRANSPORT PRESEN TION TION TA APPLICA TION DA