Point-to-Point (PPP) Protocol Field Assignments
- Last Updated
- 2021-04-22
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Registries included below
- PPP DLL Protocol Numbers
- PPP Link Control Protocol (LCP) and Internet Protocol Control Protocol (IPCP) Codes
- PPP LCP Configuration Option Types
- PPP TNCP Configuration Option Types
- PPP ECP Configuration Option Types
- PPP CCP Configuration Option Types
- PPP SDCP Configuration Options
- PPP Authentication Algorithms
- PPP LCP FCS-Alternatives
- PPP Multilink Endpoint Discriminator Class
- PPP LCP Callback Operation Fields
- PPP ATCP Configuration Option Types
- PPP OSINLCP Configuration Option Types
- PPP Banyan Vines Configuration Option Types
- PPP Bridging Configuration Option Types
- PPP Bridging MAC Types
- PPP Bridging Spanning Tree
- PPP (IPXCP) Configuration Options
- NetBIOS Frames Control Protocol (NBFCP) Configuration Options
- PPP EAP Request/Response Types
- PPP Vendor Specific OUI Options
- PPP IPCP Configuration Option Types
- PPP IPv6CP Configuration Options
- IP-Compression-Protocol Types
- IPv6-Compression-Protocol Types
- IP Header Compression Configuration Option Suboption Types
- ROHC Configuration Option Suboption Identifier Values
- PPP Over Ethernet Versions
PPP DLL Protocol Numbers
- Reference
- [RFC1661][RFC3818]
- Note
-
The Point-to-Point Protocol (PPP) Data Link Layer [RFC1331][RFC1332][RFC1353] contains a 16 bit Protocol field to identify the the encapsulated protocol. The Protocol field is consistent with the ISO 3309 (HDLC) extension mechanism for Address fields. All Protocols MUST be assigned such that the least significant bit of the most significant octet equals "0", and the least significant bit of the least significant octet equals "1". It is recommended that values in the "02xx" to "1exx" and "xx01" to "xx1f" ranges not be assigned, as they are compression inefficient.
- Available Formats
-
CSV
Range | Registration Procedures | Note |
---|---|---|
0xxx-3xxx | IETF Review | Network Layer Protocols |
4xxx-7xxx | IETF Review | Low volume traffic without NCP |
8xxx-bxxx | IETF Review | Network Control Protocols |
cxxx-fxxx | IETF Review | Link-layer Control Protocols |
Value (in hex) | Protocol Name | Reference |
---|---|---|
0001 | Padding Protocol | [RFC1661] |
0003 | ROHC small-CID | [RFC3095] |
0005 | ROHC large-CID | [RFC3095] |
0007-001f | Reserved (transparency inefficient) | [RFC1661] |
0021 | Internet Protocol version 4 | [RFC1332] |
0023 | OSI Network Layer | [RFC1377] |
0025 | Xerox NS IDP | [RFC1764] |
0027 | DECnet Phase IV | [RFC1762] |
0029 | Appletalk | [RFC1378] |
002b | Novell IPX | [RFC1552] |
002d | Van Jacobson Compressed TCP/IP | [RFC1332] |
002f | Van Jacobson Uncompressed TCP/IP | [RFC1332] |
0031 | Bridging PDU | [RFC3518] |
0033 | Stream Protocol (ST-II) | |
0035 | Banyan Vines | [RFC1763] |
0037 | Unassigned | |
0039 | AppleTalk EDDP | |
003b | AppleTalk SmartBuffered | |
003d | Multi-Link | [RFC1990] |
003f | NETBIOS Framing | [RFC2097] |
0041 | Cisco Systems | |
0043 | Ascom Timeplex | |
0045 | Fujitsu Link Backup and Load Balancing (LBLB) | |
0047 | DCA Remote Lan | |
0049 | Serial Data Transport Protocol (PPP-SDTP) | [RFC1963] |
004b | SNA over 802.2 | [RFC2043] |
004d | SNA | [RFC2043] |
004f | IPv6 Header Compression | |
0051 | KNX Bridging Data | [ianp_knxunix_knx_co] |
0053 | Encryption | [RFC1968] |
0055 | Individual Link Encryption | [RFC1968] |
0057 | Internet Protocol version 6 | [RFC5072] |
0059 | PPP Muxing | [RFC3153] |
005b | Vendor-Specific Network Protocol (VSNP) | [RFC3772] |
005d | TRILL Network Protocol (TNP) | [RFC6361] |
0061 | RTP IPHC Full Header | [RFC3544] |
0063 | RTP IPHC Compressed TCP | [RFC3544] |
0065 | RTP IPHC Compressed Non TCP | [RFC3544] |
0067 | RTP IPHC Compressed UDP 8 | [RFC3544] |
0069 | RTP IPHC Compressed RTP 8 | [RFC3544] |
006f | Stampede Bridging | |
0071 | Reserved | [Karl_Fox] |
0073 | MP+ Protocol | [RFC1934] |
007d | Reserved (Control Escape) | [RFC1661] |
007f | Reserved (compression inefficient) | [RFC1662] |
0081 | Unassigned | |
0083 | Unassigned | |
00c1 | NTCITS IPI | [Alan_Ungar] |
00cf | Reserved (PPP NLPID) | [RFC1661] |
00fb | Single link compression in multilink | [RFC1962] |
00fd | Compressed datagram | [RFC1962] |
00ff | Reserved (compression inefficient) | [RFC1661] |
0201 | 802.1d Hello Packets | [RFC3518] |
0203 | IBM Source Routing BPDU | [RFC3518] |
0205 | DEC LANBridge100 Spanning Tree | [RFC3518] |
0207 | Cisco Discovery Protocol | [Arun_Sastry] |
0209 | Netcs Twin Routing | [Oliver_Korfmacher] |
020b | STP - Scheduled Transfer Protocol | [Ben_Segal] |
020d | EDP - Extreme Discovery Protocol | [Don_Grosser] |
0211 | Optical Supervisory Channel Protocol (OSCP) | [Sharat_C_Prasad] |
0213 | Optical Supervisory Channel Protocol (OSCP) | [Sharat_C_Prasad] |
0231 | Luxcom | |
0233 | Sigma Network Systems | |
0235 | Apple Client Server Protocol | [Howard_Ridenour] |
0281 | MPLS Unicast | [RFC3032] |
0283 | MPLS Multicast | [RFC3032] |
0285 | IEEE p1284.4 standard - data packets | [Brian_Batchelder] |
0287 | ETSI TETRA Network Protocol Type 1 | [Seppo_Nieminen] |
0289 | Multichannel Flow Treatment Protocol | [Pete_McCann] |
028b-1exx | Reserved for compression inefficient | |
2063 | RTP IPHC Compressed TCP No Delta | [RFC3544] |
2065 | RTP IPHC Context State | [RFC3544] |
2067 | RTP IPHC Compressed UDP 16 | [RFC3544] |
2069 | RTP IPHC Compressed RTP 16 | [RFC3544] |
4001 | Cray Communications Control Protocol | [Erling_B_Stage] |
4003 | CDPD Mobile Network Registration Protocol | [Frank_Quick] |
4005 | Expand accelerator protocol | [Ilan_Rachmani] |
4007 | ODSICP NCP | [K_Arvind] |
4009 | DOCSIS DLL | [Jason_Gaedtke] |
400B | Cetacean Network Detection Protocol | [Curtis_A_Siller_Jr] |
4021 | Stacker LZS | [RFC1974] |
4023 | RefTek Protocol | [Robert_Banfill] |
4025 | Fibre Channel | [Murali_Rajagopal] |
4027 | OpenDOF | [Bryant_Eastham] |
405b | Vendor-Specific Protocol (VSP) | [RFC3772] |
405d | TRILL Link State Protocol (TLSP) | [RFC6361] |
8001-801f | Not Used - reserved | [RFC1661] |
8021 | Internet Protocol Control Protocol | [RFC1332] |
8023 | OSI Network Layer Control Protocol | [RFC1377] |
8025 | Xerox NS IDP Control Protocol | [RFC1764] |
8027 | DECnet Phase IV Control Protocol | [RFC1762] |
8029 | Appletalk Control Protocol | [RFC1378] |
802b | Novell IPX Control Protocol | [RFC1552] |
802d | Reserved | |
802f | Reserved | |
8031 | Bridging NCP | [RFC3518] |
8033 | Stream Protocol Control Protocol | |
8035 | Banyan Vines Control Protocol | [RFC1763] |
8037 | Unassigned | |
8039 | Reserved | |
803b | Reserved | |
803d | Multi-Link Control Protocol | [RFC1990] |
803f | NETBIOS Framing Control Protocol | [RFC2097] |
8041 | Cisco Systems Control Protocol | |
8043 | Ascom Timeplex | |
8045 | Fujitsu LBLB Control Protocol | |
8047 | DCA Remote Lan Network Control Protocol (RLNCP) | |
8049 | Serial Data Control Protocol (PPP-SDCP) | [RFC1963] |
804b | SNA over 802.2 Control Protocol | [RFC2043] |
804d | SNA Control Protocol | [RFC2043] |
804f | IP6 Header Compression Control Protocol | |
8051 | KNX Bridging Control Protocol | [ianp_knxunix_knx_co] |
8053 | Encryption Control Protocol | [RFC1968] |
8055 | Individual Link Encryption Control Protocol | [RFC1968] |
8057 | IPv6 Control Protocol | [RFC5072] |
8059 | PPP Muxing Control Protocol | [RFC3153] |
805b | Vendor-Specific Network Control Protocol (VSNCP) | [RFC3772] |
805d | TRILL Network Control Protocol (TNCP) | [RFC6361] |
806f | Stampede Bridging Control Protocol | |
8073 | MP+ Control Protocol | [RFC1934] |
8071 | Reserved | [Karl_Fox] |
807d | Not Used - reserved | [RFC1661] |
8081 | Unassigned | |
8083 | Unassigned | |
80c1 | NTCITS IPI Control Protocol | [Alan_Ungar] |
80cf | Not Used - reserved | [RFC1661] |
80fb | single link compression in multilink control | [RFC1962] |
80fd | Compression Control Protocol | [RFC1962] |
80ff | Not Used - reserved | [RFC1661] |
8207 | Cisco Discovery Protocol Control | [Arun_Sastry] |
8209 | Netcs Twin Routing | [Oliver_Korfmacher] |
820b | STP - Control Protocol | [Ben_Segal] |
820d | EDPCP - Extreme Discovery Protocol Ctrl Prtcl | [Don_Grosser] |
8235 | Apple Client Server Protocol Control | [Howard_Ridenour] |
8281 | MPLSCP | [RFC3032] |
8285 | IEEE p1284.4 standard - Protocol Control | [Brian_Batchelder] |
8287 | ETSI TETRA TNP1 Control Protocol | [Seppo_Nieminen] |
8289 | Multichannel Flow Treatment Protocol | [Pete_McCann] |
c021 | Link Control Protocol | [RFC1661] |
c023 | Password Authentication Protocol | [RFC1661] |
c025 | Link Quality Report | [RFC1661] |
c027 | Shiva Password Authentication Protocol | |
c029 | CallBack Control Protocol (CBCP) | |
c02b | BACP Bandwidth Allocation Control Protocol | [RFC2125] |
c02d | BAP | [RFC2125] |
c05b | Vendor-Specific Authentication Protocol (VSAP) | [RFC3772] |
c081 | Container Control Protocol | [Ken_funk_com] |
c223 | Challenge Handshake Authentication Protocol | [RFC1661] |
c225 | RSA Authentication Protocol | [Badari_Narayana] |
c227 | Extensible Authentication Protocol | [RFC3748] |
c229 | Mitsubishi Security Info Exch Ptcl (SIEP) | [Shoichiro_Seno] |
c26f | Stampede Bridging Authorization Protocol | |
c281 | Proprietary Authentication Protocol | [Ken_funk_com] |
c283 | Proprietary Authentication Protocol | [Wayne_Tackabury] |
c481 | Proprietary Node ID Authentication Protocol | [Ken_funk_com] |
PPP Link Control Protocol (LCP) and Internet Protocol Control Protocol (IPCP) Codes
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC1661][RFC3818]
- Note
-
The Point-to-Point Protocol (PPP) Link Control Protocol (LCP), the Compression Control Protocol (CCP), Internet Protocol Control Protocol (IPCP), and other control protocols, contain an 8 bit Code field which identifies the type of packet.
- Available Formats
-
CSV
Code | Packet Type | Reference | Note |
---|---|---|---|
0 | Vendor Specific | [RFC2153] | |
1 | Configure-Request | [RFC1661] | |
2 | Configure-Ack | [RFC1661] | |
3 | Configure-Nak | [RFC1661] | |
4 | Configure-Reject | [RFC1661] | |
5 | Terminate-Request | [RFC1661] | |
6 | Terminate-Ack | [RFC1661] | |
7 | Code-Reject | [RFC1661] | |
8 | Protocol-Reject | [RFC1661] | LCP Only |
9 | Echo-Request | [RFC1661] | LCP Only |
10 | Echo-Reply | [RFC1661] | LCP Only |
11 | Discard-Request | [RFC1661] | LCP Only |
12 | Identification | [RFC1570] | LCP Only |
13 | Time-Remaining | [RFC1570] | LCP Only |
14 | Reset-Request | [RFC1962] | CCP Only |
15 | Reset-Reply | [RFC1962] | CCP Only |
PPP LCP Configuration Option Types
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC1661][RFC3818]
- Note
-
The Point-to-Point Protocol (PPP) Link Control Protocol (LCP) specifies a number of Configuration Options which are distinguished by an 8 bit Type field.
- Available Formats
-
CSV
Type | Configuration Option | Reference |
---|---|---|
0 | Vendor Specific | [RFC2153] |
1 | Maximum-Receive-Unit | [RFC1661] |
2 | Async-Control-Character-Map | |
3 | Authentication-Protocol | [RFC1661] |
4 | Quality-Protocol | [RFC1661] |
5 | Magic-Number | [RFC1661] |
6 | DEPRECATED (Quality-Protocol) | |
7 | Protocol-Field-Compression | [RFC1661] |
8 | Address-and-Control-Field-Compression | [RFC1661] |
9 | FCS-Alternatives | [RFC1570] |
10 | Self-Describing-Pad | [RFC1570] |
11 | Numbered-Mode | [RFC1663] |
12 | DEPRECATED (Multi-Link-Procedure) | |
13 | Callback | [RFC1570] |
14 | DEPRECATED (Connect-Time) | |
15 | DEPRECATED (Compound-Frames) | |
16 | DEPRECATED (Nominal-Data-Encapsulation) | |
17 | Multilink-MRRU | [RFC1990] |
18 | Multilink-Short-Sequence-Number-Header | [RFC1990] |
19 | Multilink-Endpoint-Discriminator | [RFC1990] |
20 | Proprietary | [Ken_funk_com] |
21 | DCE-Identifier [Warning: option type in the RFC is incorrect.] | [RFC1976] |
22 | Multi-Link-Plus-Procedure | [RFC1934] |
23 | Link Discriminator for BACP | [RFC2125] |
24 | LCP-Authentication-Option | [Ken_Culbert] |
25 | Consistent Overhead Byte Stuffing (COBS) | [James_Carlson] |
26 | Prefix elision | [RFC2686][RFC2687] |
27 | Multilink header format | [RFC2686][RFC2687] |
28 | Internationalization | [RFC2484] |
29 | Simple Data Link on SONET/SDH | [RFC2823] |
30 | Unassigned |
PPP TNCP Configuration Option Types
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC6361]
- Available Formats
-
CSV
Type | Configuration Option | Reference |
---|---|---|
0 | Vendor Specific | [RFC2153] |
PPP ECP Configuration Option Types
- Registration Procedure(s)
-
Expert Review
- Expert(s)
-
James Carlson
- Reference
- [RFC1968]
- Note
-
A one octet field is used in the Encryption Control Protocol (ECP) to indicate the configuration option type [RFC1968].
- Available Formats
-
CSV
ECP Option | Configuration Type | Reference |
---|---|---|
0 | OUI | [RFC1968] |
1 | Deprecated (DESE) | [Karl_Fox] |
2 | 3DESE | [RFC2420] |
3 | DESE-bis | [RFC2419] |
4-255 | Unassigned |
PPP CCP Configuration Option Types
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC1962][RFC3818]
- Note
-
A one octet field is used in the Compression Control Protocol (CCP) to indicate the configuration option type [RFC1962]. The unassigned values 4-15 are intended to be assigned to other freely available compression algorithms that have no license fees.
- Available Formats
-
CSV
CCP Option | Configuration Type | Reference |
---|---|---|
0 | OUI | [RFC1962] |
1 | Predictor type 1 | [RFC1962] |
2 | Predictor type 2 | [RFC1962] |
3 | Puddle Jumper | [RFC1962] |
4-15 | Unassigned | |
16 | Hewlett-Packard PPC | [RFC1962] |
17 | Stac Electronics LZS | [RFC1974] |
18 | Microsoft PPC | [RFC2118] |
19 | Gandalf FZA | [RFC1993] |
20 | V.42bis compression | [RFC1962] |
21 | BSD Compress | [RFC1977] |
22 | Unassigned | |
23 | LZS-DCP | [RFC1967] |
24 | MVRCA (Magnalink) | [RFC1975] |
25 | Unassigned | |
26 | Deflate | [RFC1979] |
27 | V.44/LZJH Compression Protocol | [Jeff_Heath] |
28-254 | Unassigned | |
255 | Reserved | [RFC1962] |
PPP SDCP Configuration Options
- Registration Procedure(s)
-
Expert Review
- Expert(s)
-
James Carlson
- Reference
- [RFC1963]
- Note
-
A one octet field is used in the PPP Serial Data Transport Protocol (SDTP) to indicate the option type [RFC1963]. Note that Option Types 5-8 are specific to a single port and require port numbers in their format. Option Types 6-8 are specific to the HDLC-Synchronous Transport-Mode.
- Available Formats
-
CSV
SDCP Option | Configuration Element | Reference |
---|---|---|
1 | Packet-Format | [RFC1963] |
2 | Header-Type | [RFC1963] |
3 | Length-Field-Present | [RFC1963] |
4 | Multi-Port | [RFC1963] |
5 | Transport-Mode | [RFC1963] |
6 | Maximum-Frame-Size | [RFC1963] |
7 | Allow-Odd-Frames | [RFC1963] |
8 | FCS-Type | [RFC1963] |
9 | Flow-Expiration-Time | [RFC1963] |
PPP Authentication Algorithms
- Registration Procedure(s)
-
Expert Review
- Expert(s)
-
James Carlson
- Reference
- [RFC1994]
- Note
-
A one octet field is used in the Challenge-Handshake Authentication Protocol (CHAP) to indicate which algorithm is in use [RFC1994].
- Available Formats
-
CSV
Number | Name | Reference |
---|---|---|
0 | Reserved | [RFC1994] |
1 | Reserved | [RFC1994] |
2 | Reserved | [RFC1994] |
3 | Reserved | [RFC1994] |
4 | Reserved | [RFC1994] |
5 | CHAP with MD5 | [RFC1994] |
6 | SHA-1 | [David_L_Black] |
7 | CHAP with SHA-256 | [David_Black] |
8 | CHAP with SHA3-256 | [David_Black] |
9-127 | Unassigned | |
128 | MS-CHAP | [RFC2433] |
129 | MS-CHAP-2 | [RFC2759] |
PPP LCP FCS-Alternatives
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC1570][RFC3818]
- Note
-
The Point-to-Point Protocol (PPP) Link Control Protocol (LCP) FCS-Alternatives Configuration Option contains an 8-bit Options field which identifies the FCS used. These are assigned as follows.
- Available Formats
-
CSV
Bit | FCS | Reference |
---|---|---|
1 | Null FCS | [RFC1570] |
2 | CCITT 16-Bit FCS | [RFC1570] |
3 | Unassigned | |
4 | CCITT 32-bit FCS | [RFC1570] |
PPP Multilink Endpoint Discriminator Class
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC1990][RFC3818]
- Note
-
The Point-to-Point Protocol (PPP) Link Control Protocol (LCP) Multilink Endpoint Discriminator Option includes a Class field which identifies the address class.
- Available Formats
-
CSV
Class | Description | Reference |
---|---|---|
0 | Null Class | [RFC1990] |
1 | Locally Assigned | [RFC1990] |
2 | Internet Protocol (IPv4) | [RFC1990] |
3 | IEEE 802.1 global MAC address | [RFC1990] |
4 | PPP Magic Number Block | [RFC1990] |
5 | Public Switched Network Director Number | [RFC1990] |
6 | Internet Protocol (Ipv6) Address | [RFC3790] |
PPP LCP Callback Operation Fields
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC1570][RFC3818]
- Note
-
The Point-to-Point Protocol (PPP) Link Control Protocol (LCP) Callback Configuration Option contains an 8-bit Operations field which identifies the format of the Message.
- Available Formats
-
CSV
Operation | Description | Reference |
---|---|---|
0 | Location determined by user authentication | [RFC1570] |
1 | Dialing string | [RFC1570] |
2 | Location identifier | [RFC1570] |
3 | E.164 number | [RFC1570] |
4 | X.500 distinguished name | [RFC1570] |
5 | Unassigned | |
6 | Location is determined during CBCP negotiation |
PPP ATCP Configuration Option Types
- Registration Procedure(s)
-
Expert Review
- Expert(s)
-
James Carlson
- Reference
- [RFC1378]
- Note
-
The Point-to-Point Protocol (PPP) Apple Talk Control Protocol (ATCP) specifies a number of Configuration Options [RFC1378] which are distinguished by an 8 bit Type field.
- Available Formats
-
CSV
Type | Configuration Option | Reference |
---|---|---|
1 | AppleTalk-Address | [RFC1378] |
2 | Routing-Protocol | [RFC1378] |
3 | Suppress-Broadcasts | [RFC1378] |
4 | AT-Compression-Protocol | [RFC1378] |
5 | Reserved | [RFC1378] |
6 | Server-information | [RFC1378] |
7 | Zone-information | [RFC1378] |
8 | Default-Router-Address | [RFC1378] |
PPP OSINLCP Configuration Option Types
- Registration Procedure(s)
-
Expert Review
- Expert(s)
-
James Carlson
- Reference
- [RFC1377]
- Note
-
The Point-to-Point Protocol (PPP) OSI Network Layer Control Protocol (OSINLCP) specifies a number of Configuration Options [RFC1377] which are distinguished by an 8 bit Type field.
- Available Formats
-
CSV
Type | Configuration Option | Reference |
---|---|---|
1 | Align-NPDU | [RFC1377] |
PPP Banyan Vines Configuration Option Types
- Registration Procedure(s)
-
Expert Review
- Expert(s)
-
James Carlson
- Reference
- [RFC1763]
- Note
-
The Point-to-Point Protocol (PPP) Banyan Vines Control Protocol (BVCP) specifies a number of Configuration Options [RFC1763] which are distinguished by an 8 bit Type field.
- Available Formats
-
CSV
Type | Configuration Option | Reference |
---|---|---|
1 | BV-NS-RTP-Link-Type | [RFC1763] |
2 | BV-FRP | [RFC1763] |
3 | BV-RTP | [RFC1763] |
4 | BV-Suppress-Broadcast | [RFC1763] |
PPP Bridging Configuration Option Types
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC3518][RFC3818]
- Note
-
The Point-to-Point Protocol (PPP) Bridging Control Protocol (BCP) specifies a number of Configuration Options which are distinguished by an 8 bit Type field.
- Available Formats
-
CSV
Type | Configuration Option | Reference |
---|---|---|
1 | Bridge-Identification | [RFC3518] |
2 | Line-Identification | [RFC3518] |
3 | MAC-Support | [RFC3518] |
4 | Tinygram-Compression | [RFC3518] |
5 | LAN-Identification (obsoleted) | [RFC3518] |
6 | MAC-Address | [RFC3518] |
7 | Spanning-Tree-Protocol (old formatted) | [RFC3518] |
8 | IEEE-802-Tagged-Frame | [RFC3518] |
9 | Management-Inline | [RFC3518] |
10 | Bridge-Control-Packet-Indicator | [RFC3518] |
PPP Bridging MAC Types
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC3518][RFC3818]
- Note
-
The Point-to-Point Protocol (PPP) Bridging Control Protocol (BCP) contains an 8 bit MAC Type field which identifies the MAC encapsulated.
- Available Formats
-
CSV
Type | MAC | Address Format | Reference |
---|---|---|---|
0 | Reserved | [RFC3518] | |
1 | IEEE 802.3/Ethernet | Canonical addresses | [RFC3518] |
2 | IEEE 802.4 | Canonical addresses | [RFC3518] |
3 | IEEE 802.5 | Non-canonical addresses | [RFC3518] |
4 | FDDI | Non-canonical addresses | [RFC3518] |
5-10 | Reserved | ||
11 | IEEE 802.5 | Canonical addresses | [RFC3518] |
12 | FDDI | Canonical addresses | [RFC3518] |
PPP Bridging Spanning Tree
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC3518][RFC3818]
- Note
-
The Point-to-Point Protocol (PPP) Bridging Control Protocol (BCP) Spanning Tree Configuration Option contains an 8-bit Protocol field which identifies the spanning tree used. These are assigned as follows:
- Available Formats
-
CSV
Protocol | Spanning Tree | Reference |
---|---|---|
0 | Null - no spanning tree protocol supported | [RFC3518] |
1 | IEEE 802.1D spanning tree protocol | [RFC3518] |
2 | IEEE 802.1G extended spanning tree protocol | [RFC3518] |
3 | IBM source route spanning tree protocol | [RFC3518] |
4 | DEC LANbridge 100 spanning tree protocol | [RFC3518] |
PPP (IPXCP) Configuration Options
- Registration Procedure(s)
-
Expert Review
- Expert(s)
-
James Carlson
- Reference
- [RFC1552]
- Available Formats
-
CSV
Option | Description | Reference |
---|---|---|
1 | IPX-Network-Number | [RFC1552] |
2 | IPX-Node-Number | [RFC1552] |
3 | IPX-Compression-Protocol | [RFC1552] |
4 | IPX-Routing-Protocol | [RFC1552] |
5 | IPX-Router-Name | [RFC1552] |
6 | IPX-Configuration-Complete | [RFC1552] |
IPX Compression Protocol Values (Value 3)
- Registration Procedure(s)
-
Expert Review
- Expert(s)
-
James Carlson
- Reference
- [RFC1552]
- Available Formats
-
CSV
Value (in hex) | Protocol | Reference |
---|---|---|
0000-0001 | Unassigned | |
0002 | Telebit Compressed IPX | [RFC1552] |
0002-0234 | Unassigned | |
0235 | Shiva Compressed NCP/IPX | [RFC1552] |
IPX Routing Protocol Options (Value 4)
- Registration Procedure(s)
-
Expert Review
- Expert(s)
-
James Carlson
- Reference
- [RFC1552]
- Available Formats
-
CSV
Value | Protocol | Reference |
---|---|---|
0 | No routing protocol required | [RFC1552] |
1 | Reserved | [RFC1552] |
2 | Novell RIP/SAP required | [RFC1552] |
3 | Unassigned | |
4 | Novell NLSP required | [RFC1552] |
5 | Novell Demand RIP required | [RFC1582] |
6 | Novell Demand SAP required | [RFC1582] |
7 | Novell Triggered RIP required | [Richard_Edmonstone] |
8 | Novell Triggered SAP required | [Richard_Edmonstone] |
NetBIOS Frames Control Protocol (NBFCP) Configuration Options
- Registration Procedure(s)
-
Expert Review
- Expert(s)
-
James Carlson
- Reference
- [RFC2097]
- Note
-
NBFCP Configuration Options [RFC2097] allow modifications to the standard characteristics of the network-layer protocol to be negotiated. If a Configuration Option is not included in a Configure-Request packet, the default value for that Configuration Option is assumed. NBFCP uses the same Configuration Option format defined for LCP, with a separate set of Options.
- Available Formats
-
CSV
Value | Option | Reference |
---|---|---|
0 | Reserved | [RFC2153] |
1 | Name-Projection | [RFC2097] |
2 | Peer-Information | [RFC2097] |
3 | Multicast-Filtering | [RFC2097] |
4 | IEEE-MAC-Address-Required | [RFC2097] |
5-255 | Unassigned |
NBFCP Configuration Options - Name-Projection 'Added' field (value 1)
- Registration Procedure(s)
-
IANA does not allocate
- Reference
- [RFC2097]
- Note
-
The Name-Projection 'Added' field is not defined by IETF or allocated through IANA and thus no new values should be allocated.
- Available Formats
-
CSV
Value (Hex) | Result Codes for Added field | Reference |
---|---|---|
00 | Name successfully added. | [RFC2097] |
0D | Duplicate name in local name table. | [RFC2097] |
0E | Name table full. | [RFC2097] |
15 | Name not found or cannot specify "*" or null. | [RFC2097] |
16 | Name in use on remote NetBIOS. | [RFC2097] |
19 | Name conflict detected. | [RFC2097] |
30 | Name defined by another environment. | [RFC2097] |
35 | Required system resources exhausted. | [RFC2097] |
36-FF | Undefined |
NBFCP Configuration Options - Peer-Information (value 2)
Value | Peer-Class | Reference |
---|---|---|
1 | Reserved for legacy implementations. | [RFC2097] |
2 | PPP NetBIOS Gateway Server. | [RFC2097] |
3 | Reserved for legacy implementations. | [RFC2097] |
4 | PPP Local Access Only Server. | [RFC2097] |
5 | Reserved for legacy implementations. | [RFC2097] |
6 | PPP NBF Bridge. | [RFC2097] |
7 | Reserved for legacy implementations. | [RFC2097] |
8 | PPP End-System. | [RFC2097] |
9-255 | Unassigned |
PPP EAP Request/Response Types
- Registration Procedure(s)
-
Expert Review
- Reference
- [RFC3748]
- Note
-
A one octet field is used in the Extensible Authentication Protocol (EAP) to indicate the function and structure of EAP Request and Response packets [RFC3748]. This registry has been replaced. See the "Method Types" registry at [IANA registry eap-numbers] for a current list of the assigned types.
PPP Vendor Specific OUI Options
- Registration Procedure(s)
-
Registry closed by [RFC5342]
- Reference
- [RFC5342]
- Note
-
PPP Vendor Extensions [RFC2153] uses IEEE standard OUIs (Organizationally Unique Identifiers) to indicate vendor-specific features. See [RFC1700] for details on contacting the IEEE. Vendors that desire to use their IEEE 802 OUI for PPP Vendor Extensions should register their OUI with IANA. Vendors that do not otherwise need an IEEE assigned OUI can request a PPP specific OUI from IANA out of the 'CF0000' range, which has both the "locally-assigned" and "broadcast/multicast" bits set to one. See [RFC2153] for details.
- Available Formats
-
CSV
OUI (in hex) | Organization | Reference |
---|---|---|
CF0001 | NTT Mobile Communications Network | |
CF0001 | Data Comm for Business [1] | [John_McCain] |
CF0002 | 3GPP2 Vendor specific packet ID | [Trevor_Plestid] |
CF0003 | Trafficmaster, Plc | [David_Fernandez] |
CF0004-CFFFFF | Reserved: Registry closed |
PPP IPCP Configuration Option Types
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC1332][RFC3818]
- Note
-
The Point-to-Point Protocol (PPP) Internet Protocol Control Protocol (IPCP) specifies a number of Configuration Options which are distinguished by an 8 bit Type field.
- Available Formats
-
CSV
Type | Configuration Option | Reference |
---|---|---|
1 | IP-Addresses (deprecated) | [RFC1332] |
2 | IP-Compression-Protocol | [RFC1332] |
3 | IP-Address | [RFC1332] |
4 | Mobile-IPv4 | [RFC2290] |
5-128 | Unassigned | |
129 | Primary DNS Server Address | [RFC1877] |
130 | Primary NBNS Server Address | [RFC1877] |
131 | Secondary DNS Server Address | [RFC1877] |
132 | Secondary NBNS Server Address | [RFC1877] |
PPP IPv6CP Configuration Options
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC5072][RFC3818]
- Note
-
IPV6CP Configuration Options allow negotiation of desirable IPv6 parameters. IPV6CP uses the same Configuration Option format defined for LCP, with a separate set of Options. If a Configuration Option is not included in a Configure-Request packet, the default value for that Configuration Option is assumed.
- Available Formats
-
CSV
Type | Configuration Option | Reference |
---|---|---|
1 | Interface-Identifier | [RFC5072] |
2 | IPv6-Compression-Protocol | [RFC5172] |
IP-Compression-Protocol Types
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC1332]
- Available Formats
-
CSV
Value (hex) | Description | Reference |
---|---|---|
002d | Van Jacobson Compressed TCP/IP | [RFC1144][RFC1332] |
0003 | Robust Header Compression (ROHC) | [RFC3241] |
0061 | IP Header Compression | [RFC2507][RFC3544] |
IPv6-Compression-Protocol Types
- Registration Procedure(s)
-
IETF Review
- Reference
- [RFC5172]
- Available Formats
-
CSV
Value (hex) | Description | Reference |
---|---|---|
0003 | Robust Header Compression (ROHC) | [RFC3241] |
004f | Historical; do not use -- see RFC2023 | |
0061 | IP Header Compression | [RFC2507][RFC3544] |
IP Header Compression Configuration Option Suboption Types
- Registration Procedure(s)
-
Standards Action
- Reference
- [RFC3544]
- Available Formats
-
CSV
Value | Description | Reference |
---|---|---|
1 | RTP Header Compression | [RFC2508][RFC3544] |
2 | Enhanced RTP-Compression | [RFC3544] |
3 | TCP or non-TCP Compression Disable | [RFC3544] |
ROHC Configuration Option Suboption Identifier Values
- Reference
- [RFC3241]
- Note
-
Please see [IANA registry rohc-sub-ids]
PPP Over Ethernet Versions
- Registration Procedure(s)
-
Specification Required
- Expert(s)
-
Donald Eastlake
- Reference
- [RFC2516][RFC8822]
- Available Formats
-
CSV
VER | Description | Reference |
---|---|---|
0 | Reserved | [RFC8822] |
1 | PPPoE | [RFC2516] |
2 | 5G WWC User Plane Encapsulation | [RFC8822] |
3-15 | Unassigned |
Contact Information
Footnote
[1] |
The duplicate assignment of CF0001 was inadvertent. As per Expert Donald Eastlake, this assignment has been moved to here from the ethernet-numbers registry. |