RADIUS Types (original) (raw)
Last Updated
2023-08-18
Note
The RFC "Remote Authentication Dial In User Service (RADIUS)" [RFC2865] defines a Packet Type Code and an Attribute Type Code. The IANA registry of these codes and subordinate assigned values is listed here according to [RFC3575].
Available Formats
Registries included below
- RADIUS Attribute Types
- Values for RADIUS Attribute 6, Service-Type
- Values for RADIUS Attribute 7, Framed-Protocol
- Values for RADIUS Attribute 10, Framed-Routing
- Values for RADIUS Attribute 13, Framed-Compression
- Values for RADIUS Attribute 15, Login-Service
- Values for RADIUS Attribute 29, Termination-Action
- Values for RADIUS Attribute 40, Acct-Status-Type
- Values for RADIUS Attribute 45, Acct-Authentic
- Values for RADIUS Attribute 49, Acct-Terminate-Cause
- Values for RADIUS Attribute 61, NAS-Port-Type
- Values for RADIUS Attribute 64, Tunnel-Type
- Values for RADIUS Attribute 65, Tunnel-Medium-Type
- Values for RADIUS Attribute 72, ARAP-Zone-Access
- Values for RADIUS Attribute 76, Prompt
- Values for RADIUS Attribute 101, Error-Cause Attribute
- Operator Namespace Identifier for Attribute 126
- Location Profiles (Attribute 127, Location-Information)
- Entity Types (Attribute 127, Location-Information)
- Privacy Flags (Attribute 129, Basic-Location-Policy-Rules)
- Location-Capable Attribute (Attribute 131)
- Requested-Location-Info Attribute (Attribute 132)
- Values for RADIUS Attribute 133, Framed-Management-Protocol Attribute
- Values for RADIUS Attribute 134, Management-Transport-Protection Attribute
- Code Values for RADIUS Attribute 241.1, Frag-Status
- RADIUS Packet Type Codes
- RADIUS IP Port Configuration and Reporting TLVs
- Data Type
- RADIUS Softwire46 Configuration and Multicast Attributes
- Option Codes Permitted in the Softwire46-Priority Attribute
RADIUS Attribute Types
Reference
Note
Specifications which would allocate more than 20 percent of the remaining standard space attributes should have all allocations made from the extended space. Otherwise, specifications allocating fewer than 10 attributes should have allocations made in the standard space. Specifications which allocate a data type TLV should receive an allocation from the extended space. Specifications requesting allocation of an attribute which can transport 253 or more octets of data should have that attribute allocated from within the long extended space. See section 10.3.4 of [RFC6929].
Available Formats
Range | Registration Procedures |
---|---|
1-191 | IETF Review |
192-240 | Reserved for Private Use |
224-240 | Implementation Specific |
241-246 (extended space, Unassigned) | IETF Review |
241-246 (extended space, Reserved) | Standards Action |
247-255 | Reserved |
Value | Description | Data Type | Reference |
---|---|---|---|
1 | User-Name | text | [RFC2865] |
2 | User-Password | string | [RFC2865] |
3 | CHAP-Password | string | [RFC2865] |
4 | NAS-IP-Address | ipv4addr | [RFC2865] |
5 | NAS-Port | integer | [RFC2865] |
6 | Service-Type | enum | [RFC2865] |
7 | Framed-Protocol | enum | [RFC2865] |
8 | Framed-IP-Address | ipv4addr | [RFC2865] |
9 | Framed-IP-Netmask | ipv4addr | [RFC2865] |
10 | Framed-Routing | enum | [RFC2865] |
11 | Filter-Id | text | [RFC2865] |
12 | Framed-MTU | integer | [RFC2865] |
13 | Framed-Compression | enum | [RFC2865] |
14 | Login-IP-Host | ipv4addr | [RFC2865] |
15 | Login-Service | enum | [RFC2865] |
16 | Login-TCP-Port | integer | [RFC2865] |
17 | Unassigned | ||
18 | Reply-Message | text | [RFC2865] |
19 | Callback-Number | text | [RFC2865] |
20 | Callback-Id | text | [RFC2865] |
21 | Unassigned | ||
22 | Framed-Route | text | [RFC2865] |
23 | Framed-IPX-Network | ipv4addr | [RFC2865] |
24 | State | string | [RFC2865] |
25 | Class | string | [RFC2865] |
26 | Vendor-Specific | vsa | [RFC2865] |
27 | Session-Timeout | integer | [RFC2865] |
28 | Idle-Timeout | integer | [RFC2865] |
29 | Termination-Action | enum | [RFC2865] |
30 | Called-Station-Id | text | [RFC2865] |
31 | Calling-Station-Id | text | [RFC2865] |
32 | NAS-Identifier | text | [RFC2865] |
33 | Proxy-State | string | [RFC2865] |
34 | Login-LAT-Service | text | [RFC2865] |
35 | Login-LAT-Node | text | [RFC2865] |
36 | Login-LAT-Group | string | [RFC2865] |
37 | Framed-AppleTalk-Link | integer | [RFC2865] |
38 | Framed-AppleTalk-Network | integer | [RFC2865] |
39 | Framed-AppleTalk-Zone | text | [RFC2865] |
40 | Acct-Status-Type | enum | [RFC2866] |
41 | Acct-Delay-Time | integer | [RFC2866] |
42 | Acct-Input-Octets | integer | [RFC2866] |
43 | Acct-Output-Octets | integer | [RFC2866] |
44 | Acct-Session-Id | text | [RFC2866] |
45 | Acct-Authentic | enum | [RFC2866] |
46 | Acct-Session-Time | integer | [RFC2866] |
47 | Acct-Input-Packets | integer | [RFC2866] |
48 | Acct-Output-Packets | integer | [RFC2866] |
49 | Acct-Terminate-Cause | enum | [RFC2866] |
50 | Acct-Multi-Session-Id | text | [RFC2866] |
51 | Acct-Link-Count | integer | [RFC2866] |
52 | Acct-Input-Gigawords | integer | [RFC2869] |
53 | Acct-Output-Gigawords | integer | [RFC2869] |
54 | Unassigned | ||
55 | Event-Timestamp | time | [RFC2869] |
56 | Egress-VLANID | integer | [RFC4675] |
57 | Ingress-Filters | enum | [RFC4675] |
58 | Egress-VLAN-Name | text | [RFC4675] |
59 | User-Priority-Table | string | [RFC4675] |
60 | CHAP-Challenge | string | [RFC2865] |
61 | NAS-Port-Type | enum | [RFC2865] |
62 | Port-Limit | integer | [RFC2865] |
63 | Login-LAT-Port | text | [RFC2865] |
64 | Tunnel-Type | enum | [RFC2868] |
65 | Tunnel-Medium-Type | enum | [RFC2868] |
66 | Tunnel-Client-Endpoint | text | [RFC2868] |
67 | Tunnel-Server-Endpoint | text | [RFC2868] |
68 | Acct-Tunnel-Connection | text | [RFC2867] |
69 | Tunnel-Password | string | [RFC2868] |
70 | ARAP-Password | string | [RFC2869] |
71 | ARAP-Features | string | [RFC2869] |
72 | ARAP-Zone-Access | enum | [RFC2869] |
73 | ARAP-Security | integer | [RFC2869] |
74 | ARAP-Security-Data | text | [RFC2869] |
75 | Password-Retry | integer | [RFC2869] |
76 | Prompt | enum | [RFC2869] |
77 | Connect-Info | text | [RFC2869] |
78 | Configuration-Token | text | [RFC2869] |
79 | EAP-Message | concat | [RFC2869] |
80 | Message-Authenticator | string | [RFC2869] |
81 | Tunnel-Private-Group-ID | text | [RFC2868] |
82 | Tunnel-Assignment-ID | text | [RFC2868] |
83 | Tunnel-Preference | integer | [RFC2868] |
84 | ARAP-Challenge-Response | string | [RFC2869] |
85 | Acct-Interim-Interval | integer | [RFC2869] |
86 | Acct-Tunnel-Packets-Lost | integer | [RFC2867] |
87 | NAS-Port-Id | text | [RFC2869] |
88 | Framed-Pool | text | [RFC2869] |
89 | CUI | string | [RFC4372] |
90 | Tunnel-Client-Auth-ID | text | [RFC2868] |
91 | Tunnel-Server-Auth-ID | text | [RFC2868] |
92 | NAS-Filter-Rule | text | [RFC4849] |
93 | Unassigned | ||
94 | Originating-Line-Info | string | [RFC7155] |
95 | NAS-IPv6-Address | ipv6addr | [RFC3162] |
96 | Framed-Interface-Id | ifid | [RFC3162] |
97 | Framed-IPv6-Prefix | ipv6prefix | [RFC3162] |
98 | Login-IPv6-Host | ipv6addr | [RFC3162] |
99 | Framed-IPv6-Route | text | [RFC3162] |
100 | Framed-IPv6-Pool | text | [RFC3162] |
101 | Error-Cause Attribute | enum | [RFC3576] |
102 | EAP-Key-Name | string | [RFC4072][RFC7268] |
103 | Digest-Response | text | [RFC5090] |
104 | Digest-Realm | text | [RFC5090] |
105 | Digest-Nonce | text | [RFC5090] |
106 | Digest-Response-Auth | text | [RFC5090] |
107 | Digest-Nextnonce | text | [RFC5090] |
108 | Digest-Method | text | [RFC5090] |
109 | Digest-URI | text | [RFC5090] |
110 | Digest-Qop | text | [RFC5090] |
111 | Digest-Algorithm | text | [RFC5090] |
112 | Digest-Entity-Body-Hash | text | [RFC5090] |
113 | Digest-CNonce | text | [RFC5090] |
114 | Digest-Nonce-Count | text | [RFC5090] |
115 | Digest-Username | text | [RFC5090] |
116 | Digest-Opaque | text | [RFC5090] |
117 | Digest-Auth-Param | text | [RFC5090] |
118 | Digest-AKA-Auts | text | [RFC5090] |
119 | Digest-Domain | text | [RFC5090] |
120 | Digest-Stale | text | [RFC5090] |
121 | Digest-HA1 | text | [RFC5090] |
122 | SIP-AOR | text | [RFC5090] |
123 | Delegated-IPv6-Prefix | ipv6prefix | [RFC4818] |
124 | MIP6-Feature-Vector | integer64 | [RFC5447] |
125 | MIP6-Home-Link-Prefix | string | [RFC5447] |
126 | Operator-Name | text | [RFC5580] |
127 | Location-Information | string | [RFC5580] |
128 | Location-Data | string | [RFC5580] |
129 | Basic-Location-Policy-Rules | string | [RFC5580] |
130 | Extended-Location-Policy-Rules | string | [RFC5580] |
131 | Location-Capable | enum | [RFC5580] |
132 | Requested-Location-Info | enum | [RFC5580] |
133 | Framed-Management-Protocol | enum | [RFC5607] |
134 | Management-Transport-Protection | enum | [RFC5607] |
135 | Management-Policy-Id | text | [RFC5607] |
136 | Management-Privilege-Level | integer | [RFC5607] |
137 | PKM-SS-Cert | concat | [RFC5904] |
138 | PKM-CA-Cert | concat | [RFC5904] |
139 | PKM-Config-Settings | string | [RFC5904] |
140 | PKM-Cryptosuite-List | string | [RFC5904] |
141 | PKM-SAID | text | [RFC5904] |
142 | PKM-SA-Descriptor | string | [RFC5904] |
143 | PKM-Auth-Key | string | [RFC5904] |
144 | DS-Lite-Tunnel-Name | string | [RFC6519] |
145 | Mobile-Node-Identifier | string | [RFC6572] |
146 | Service-Selection | text | [RFC6572] |
147 | PMIP6-Home-LMA-IPv6-Address | ipv6addr | [RFC6572] |
148 | PMIP6-Visited-LMA-IPv6-Address | ipv6addr | [RFC6572] |
149 | PMIP6-Home-LMA-IPv4-Address | ipv4addr | [RFC6572] |
150 | PMIP6-Visited-LMA-IPv4-Address | ipv4addr | [RFC6572] |
151 | PMIP6-Home-HN-Prefix | ipv6prefix | [RFC6572] |
152 | PMIP6-Visited-HN-Prefix | ipv6prefix | [RFC6572] |
153 | PMIP6-Home-Interface-ID | ifid | [RFC6572] |
154 | PMIP6-Visited-Interface-ID | ifid | [RFC6572] |
155 | PMIP6-Home-IPv4-HoA | ipv4prefix | [RFC6572] |
156 | PMIP6-Visited-IPv4-HoA | ipv4prefix | [RFC6572] |
157 | PMIP6-Home-DHCP4-Server-Address | ipv4addr | [RFC6572] |
158 | PMIP6-Visited-DHCP4-Server-Address | ipv4addr | [RFC6572] |
159 | PMIP6-Home-DHCP6-Server-Address | ipv6addr | [RFC6572] |
160 | PMIP6-Visited-DHCP6-Server-Address | ipv6addr | [RFC6572] |
161 | PMIP6-Home-IPv4-Gateway | ipv4addr | [RFC6572] |
162 | PMIP6-Visited-IPv4-Gateway | ipv4addr | [RFC6572] |
163 | EAP-Lower-Layer | enum | [RFC6677] |
164 | GSS-Acceptor-Service-Name | text | [RFC7055] |
165 | GSS-Acceptor-Host-Name | text | [RFC7055] |
166 | GSS-Acceptor-Service-Specifics | text | [RFC7055] |
167 | GSS-Acceptor-Realm-Name | text | [RFC7055] |
168 | Framed-IPv6-Address | ipv6addr | [RFC6911] |
169 | DNS-Server-IPv6-Address | ipv6addr | [RFC6911] |
170 | Route-IPv6-Information | ipv6prefix | [RFC6911] |
171 | Delegated-IPv6-Prefix-Pool | text | [RFC6911] |
172 | Stateful-IPv6-Address-Pool | text | [RFC6911] |
173 | IPv6-6rd-Configuration | tlv | [RFC6930] |
174 | Allowed-Called-Station-Id | text | [RFC7268] |
175 | EAP-Peer-Id | string | [RFC7268] |
176 | EAP-Server-Id | string | [RFC7268] |
177 | Mobility-Domain-Id | integer | [RFC7268] |
178 | Preauth-Timeout | integer | [RFC7268] |
179 | Network-Id-Name | string | [RFC7268] |
180 | EAPoL-Announcement | concat | [RFC7268] |
181 | WLAN-HESSID | text | [RFC7268] |
182 | WLAN-Venue-Info | integer | [RFC7268] |
183 | WLAN-Venue-Language | string | [RFC7268] |
184 | WLAN-Venue-Name | text | [RFC7268] |
185 | WLAN-Reason-Code | integer | [RFC7268] |
186 | WLAN-Pairwise-Cipher | integer | [RFC7268] |
187 | WLAN-Group-Cipher | integer | [RFC7268] |
188 | WLAN-AKM-Suite | integer | [RFC7268] |
189 | WLAN-Group-Mgmt-Cipher | integer | [RFC7268] |
190 | WLAN-RF-Band | integer | [RFC7268] |
191 | Unassigned | ||
192-223 | Experimental Use | [RFC3575] | |
224-240 | Implementation Specific | [RFC3575] | |
241 | Extended-Attribute-1 | extended | [RFC6929] |
241.1 | Frag-Status | integer | [RFC7499] |
241.2 | Proxy-State-Length | integer | [RFC7499] |
241.3 | Response-Length | integer | [RFC7930] |
241.4 | Original-Packet-Code | integer | [RFC7930] |
241.5 | IP-Port-Limit-Info | tlv | [RFC8045, Section 3.1.1] |
241.6 | IP-Port-Range | tlv | [RFC8045, Section 3.1.2] |
241.7 | IP-Port-Forwarding-Map | tlv | [RFC8045, Section 3.1.3] |
241.8 | Operator-NAS-Identifier | string | [RFC8559] |
241.9 | Softwire46-Configuration | tlv | [RFC8658, Section 3.1] |
241.10 | Softwire46-Priority | tlv | [RFC8658, Section 3.2] |
241.11 | Softwire46-Multicast | tlv | [RFC8658, Section 3.3] |
241.{12-25} | Unassigned | ||
241.26 | Extended-Vendor-Specific-1 | evs | [RFC6929] |
241.{27-240} | Unassigned | ||
241.{241-255} | Reserved | [RFC6929] | |
242 | Extended-Attribute-2 | extended | [RFC6929] |
242.{1-25} | Unassigned | ||
242.26 | Extended-Vendor-Specific-2 | evs | [RFC6929] |
242.{27-240} | Unassigned | ||
242.{241-255} | Reserved | [RFC6929] | |
243 | Extended-Attribute-3 | extended | [RFC6929] |
243.{1-25} | Unassigned | ||
243.26 | Extended-Vendor-Specific-3 | evs | [RFC6929] |
243.{27-240} | Unassigned | ||
243.{241-255} | Reserved | [RFC6929] | |
244 | Extended-Attribute-4 | extended | [RFC6929] |
244.{1-25} | Unassigned | ||
244.26 | Extended-Vendor-Specific-4 | evs | [RFC6929] |
244.{27-240} | Unassigned | ||
244.{241-255} | Reserved | [RFC6929] | |
245 | Extended-Attribute-5 | long-extended | [RFC6929] |
245.1 | SAML-Assertion | text | [RFC7833] |
245.2 | SAML-Protocol | text | [RFC7833] |
245.3 | DHCPv6-Options | string | [RFC9445] |
245.4 | DHCPv4-Options | string | [RFC9445] |
245.{5-25} | Unassigned | ||
245.26 | Extended-Vendor-Specific-5 | evs | [RFC6929] |
245.{27-240} | Unassigned | ||
245.{241-255} | Reserved | [RFC6929] | |
246 | Extended-Attribute-6 | long-extended | [RFC6929] |
246.{1-25} | Unassigned | ||
246.26 | Extended-Vendor-Specific-6 | evs | [RFC6929] |
246.{27-240} | Unassigned | ||
246.{241-255} | Reserved | [RFC6929] | |
247-255 | Reserved | [RFC3575] |
Values for RADIUS Attribute 6, Service-Type
Registration Procedure(s)
IETF Review
Reference
Available Formats
Value | Description | Reference |
---|---|---|
1 | Login | |
2 | Framed | |
3 | Callback Login | |
4 | Callback Framed | |
5 | Outbound | |
6 | Administrative | |
7 | NAS Prompt | |
8 | Authenticate Only | |
9 | Callback NAS Prompt | |
10 | Call Check | |
11 | Callback Administrative | |
12 | Voice | [Murtaza_Chiba] |
13 | Fax | [Murtaza_Chiba] |
14 | Modem Relay | [Murtaza_Chiba] |
15 | IAPP-Register | ["IEEE Trial-Use Recommended Practice for Multi-Vendor Access Point Interoperability via an Inter-Access Point Protocol Across Distribution Systems Supporting IEEE 802.11 Operation", IEEE 802.11F, June 2003.][Stuart_Kerry] |
16 | IAPP-AP-Check | ["IEEE Trial-Use Recommended Practice for Multi-Vendor Access Point Interoperability via an Inter-Access Point Protocol Across Distribution Systems Supporting IEEE 802.11 Operation", IEEE 802.11F, June 2003.][Stuart_Kerry] |
17 | Authorize Only | [RFC3576] |
18 | Framed-Management | [RFC5607] |
19 | Additional-Authorization | [RFC7499] |
Values for RADIUS Attribute 7, Framed-Protocol
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
1 | PPP | |
2 | SLIP | |
3 | AppleTalk Remote Access Protocol (ARAP) | |
4 | Gandalf proprietary SingleLink/MultiLink protocol | |
5 | Xylogics proprietary IPX/SLIP | |
6 | X.75 Synchronous | |
7 | GPRS PDP Context | [Jeff_Moore] |
Values for RADIUS Attribute 10, Framed-Routing
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
0 | None | |
1 | Send routing packets | |
2 | Listen for routing packets | |
3 | Send and Listen |
Values for RADIUS Attribute 13, Framed-Compression
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
0 | None | |
1 | VJ TCP/IP header compression | |
2 | IPX header compression | |
3 | Stac-LZS compression |
Values for RADIUS Attribute 15, Login-Service
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
0 | Telnet | |
1 | Rlogin | |
2 | TCP Clear | |
3 | PortMaster (proprietary) | |
4 | LAT | |
5 | X25-PAD | |
6 | X25-T3POS | |
7 | Unassigned | |
8 | TCP Clear Quiet (suppresses any NAS-generated connect string) |
Values for RADIUS Attribute 29, Termination-Action
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
0 | Default | |
1 | RADIUS-Request |
Values for RADIUS Attribute 40, Acct-Status-Type
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
1 | Start | [RFC2866] |
2 | Stop | [RFC2866] |
3 | Interim-Update | [RFC2866] |
4 | Reserved | |
5 | Reserved | |
6 | Reserved | |
7 | Accounting-On | [RFC2866] |
8 | Accounting-Off | [RFC2866] |
9 | Tunnel-Start | [RFC2867] |
10 | Tunnel-Stop | [RFC2867] |
11 | Tunnel-Reject | [RFC2867] |
12 | Tunnel-Link-Start | [RFC2867] |
13 | Tunnel-Link-Stop | [RFC2867] |
14 | Tunnel-Link-Reject | [RFC2867] |
15 | Failed | [RFC2866] |
16 | Unassigned | |
17 | Reserved | |
18 | Subsystem-On | [https://freeradius.org/rfc/acct_status_type_subsystem.html][Alan_DeKok] |
19 | Subsystem-Off | [https://freeradius.org/rfc/acct_status_type_subsystem.html][Alan_DeKok] |
20-216 | Unassigned | |
217 | Reserved | |
218 | Reserved | |
219 | Reserved |
Values for RADIUS Attribute 45, Acct-Authentic
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
1 | RADIUS | [RFC2866] |
2 | Local | [RFC2866] |
3 | Remote | [RFC2866] |
4 | Diameter | [Pat_Calhoun] |
Values for RADIUS Attribute 49, Acct-Terminate-Cause
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
1 | User Request | [RFC2866] |
2 | Lost Carrier | [RFC2866] |
3 | Lost Service | [RFC2866] |
4 | Idle Timeout | [RFC2866] |
5 | Session Timeout | [RFC2866] |
6 | Admin Reset | [RFC2866] |
7 | Admin Reboot | [RFC2866] |
8 | Port Error | [RFC2866] |
9 | NAS Error | [RFC2866] |
10 | NAS Request | [RFC2866] |
11 | NAS Reboot | [RFC2866] |
12 | Port Unneeded | [RFC2866] |
13 | Port Preempted | [RFC2866] |
14 | Port Suspended | [RFC2866] |
15 | Service Unavailable | [RFC2866] |
16 | Callback | [RFC2866] |
17 | User Error | [RFC2866] |
18 | Host Request | [RFC2866] |
19 | Supplicant Restart | [RFC3580] |
20 | Reauthentication Failure | [RFC3580] |
21 | Port Reinitialized | [RFC3580] |
22 | Port Administratively Disabled | [RFC3580] |
23 | Lost Power | [Ramprasad_Golla] |
Values for RADIUS Attribute 61, NAS-Port-Type
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference | Registration Date |
---|---|---|---|
0 | Async | [RFC2865] | |
1 | Sync | [RFC2865] | |
2 | ISDN Sync | [RFC2865] | |
3 | ISDN Async V.120 | [RFC2865] | |
4 | ISDN Async V.110 | [RFC2865] | |
5 | Virtual | [RFC2865] | |
6 | PIAFS | [RFC2865] | |
7 | HDLC Clear Channel | [RFC2865] | |
8 | X.25 | [RFC2865] | |
9 | X.75 | [RFC2865] | |
10 | G.3 Fax | [RFC2865] | |
11 | SDSL - Symmetric DSL | [RFC2865] | |
12 | ADSL-CAP - Asymmetric DSL, Carrierless Amplitude Phase Modulation | [RFC2865] | |
13 | ADSL-DMT - Asymmetric DSL, Discrete Multi-Tone | [RFC2865] | |
14 | IDSL - ISDN Digital Subscriber Line | [RFC2865] | |
15 | Ethernet | [RFC2865] | |
16 | xDSL - Digital Subscriber Line of unknown type | [RFC2865] | |
17 | Cable | [RFC2865] | |
18 | Wireless - Other | [RFC2865] | |
19 | Wireless - IEEE 802.11 | [RFC2865] | |
20 | Token-Ring | [RFC3580] | |
21 | FDDI | [RFC3580] | |
22 | Wireless - CDMA2000 | [Pete_McCann] | |
23 | Wireless - UMTS | [Pete_McCann] | |
24 | Wireless - 1X-EV | [Pete_McCann] | |
25 | IAPP | ["IEEE Trial-Use Recommended Practice for Multi-Vendor Access Point Interoperability via an Inter-Access Point Protocol Across Distribution Systems Supporting IEEE 802.11 Operation", IEEE 802.11F, June 2003.][Stuart_Kerry] | |
26 | FTTP - Fiber to the Premises | [Tim_Nyce] | |
27 | Wireless - IEEE 802.16 | ["IEEE Standard for Local and metropolitan area networks, Part 16: Air Interface for Fixed and Mobile Broadband Wireless Access Systems, Amendment2: Physical and Medium Access Control Layers for Combined Fixed and Mobile Operation in Licensed Bands", IEEE 802.16, February 2006.] | 2006-12-12 |
28 | Wireless - IEEE 802.20 | [Mobile Broadband Wireless Access (MBWA), IEEE Standard, IEEE 802.20, Work in Progress.] | 2006-12-12 |
29 | Wireless - IEEE 802.22 | [Wireless Regional Area Networks (WRAN), IEEE Standard, IEEE 802.22, Work in Progress.] | 2006-12-12 |
30 | PPPoA - PPP over ATM | [RFC4603] | |
31 | PPPoEoA - PPP over Ethernet over ATM | [RFC4603] | |
32 | PPPoEoE - PPP over Ethernet over Ethernet | [RFC4603] | |
33 | PPPoEoVLAN - PPP over Ethernet over VLAN | [RFC4603] | |
34 | PPPoEoQinQ - PPP over Ethernet over IEEE 802.1QinQ | [RFC4603] | |
35 | xPON - Passive Optical Network | [Christian_Hublet][Renxiang_Yan] | 2007-06-19 |
36 | Wireless - XGP | [Tomohiro_Ichida] | 2008-08-12 |
37 | WiMAX Pre-Release 8 IWK Function | [WMF-T37-008-R016v01_PreRelease8-3GPP-IWK][Avi_Lior] | 2011-09-06 |
38 | WIMAX-WIFI-IWK: WiMAX WIFI Interworking | [WMF-T37-010-R016v01_WiFi-WiMAX-IWK][Avi_Lior] | 2011-09-06 |
39 | WIMAX-SFF: Signaling Forwarding Function for LTE/3GPP2 | [WMF-T37-004-R015v02_3GPP2-Interworking][Avi_Lior] | 2011-09-06 |
40 | WIMAX-HA-LMA: WiMAX HA and or LMA function | [WMF-T33-001-R015 Network Stage 3][Avi_Lior] | 2011-09-06 |
41 | WIMAX-DHCP: WIMAX DCHP service | [WMF-T33-001-R015 Network Stage 3][Avi_Lior] | 2011-09-06 |
42 | WIMAX-LBS: WiMAX location based service | [WMF-T33-110-R015v01_LBS][Avi_Lior] | 2011-09-06 |
43 | WIMAX-WVS: WiMAX voice service | [WMF-T33-121-R020 WiMAX voice service][Avi_Lior] | 2011-09-06 |
Values for RADIUS Attribute 64, Tunnel-Type
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
1 | Point-to-Point Tunneling Protocol (PPTP) | [RFC2868] |
2 | Layer Two Forwarding (L2F) | [RFC2868] |
3 | Layer Two Tunneling Protocol (L2TP) | [RFC2868] |
4 | Ascend Tunnel Management Protocol (ATMP) | [RFC2868] |
5 | Virtual Tunneling Protocol (VTP) | [RFC2868] |
6 | IP Authentication Header in the Tunnel-mode (AH) | [RFC2868] |
7 | IP-in-IP Encapsulation (IP-IP) | [RFC2868] |
8 | Minimal IP-in-IP Encapsulation (MIN-IP-IP) | [RFC2868] |
9 | IP Encapsulating Security Payload in the Tunnel-mode (ESP) | [RFC2868] |
10 | Generic Route Encapsulation (GRE) | [RFC2868] |
11 | Bay Dial Virtual Services (DVS) | [RFC2868] |
12 | IP-in-IP Tunneling | [RFC2868] |
13 | Virtual LANs (VLAN) | [RFC3580] |
Values for RADIUS Attribute 65, Tunnel-Medium-Type
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
1 | IPv4 (IP version 4) | [RFC2868] |
2 | IPv6 (IP version 6) | [RFC2868] |
3 | NSAP | [RFC2868] |
4 | HDLC (8-bit multidrop) | [RFC2868] |
5 | BBN 1822 | [RFC2868] |
6 | 802 (includes all 802 media plus Ethernet "canonical format") | [RFC2868] |
7 | E.163 (POTS) | [RFC2868] |
8 | E.164 (SMDS, Frame Relay, ATM) | [RFC2868] |
9 | F.69 (Telex) | [RFC2868] |
10 | X.121 (X.25, Frame Relay) | [RFC2868] |
11 | IPX | [RFC2868] |
12 | Appletalk | [RFC2868] |
13 | Decnet IV | [RFC2868] |
14 | Banyan Vines | [RFC2868] |
15 | E.164 with NSAP format subaddress | [RFC2868] |
Values for RADIUS Attribute 72, ARAP-Zone-Access
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
1 | Only allow access to default zone | [RFC2869] |
2 | Use zone filter inclusively | [RFC2869] |
3 | Not used | [RFC2869] |
4 | Use zone filter exclusively | [RFC2869] |
Values for RADIUS Attribute 76, Prompt
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
0 | No Echo | [RFC2869] |
1 | Echo | [RFC2869] |
Values for RADIUS Attribute 101, Error-Cause Attribute
Registration Procedure(s)
Expert Review
Expert(s)
Bernard Aboba
Reference
Available Formats
Value | Description | Reference |
---|---|---|
201 | Residual Session Context Removed | [RFC5176] |
202 | Invalid EAP Packet (Ignored) | [RFC5176] |
401 | Unsupported Attribute | [RFC5176] |
402 | Missing Attribute | [RFC5176] |
403 | NAS Identification Mismatch | [RFC5176] |
404 | Invalid Request | [RFC5176] |
405 | Unsupported Service | [RFC5176] |
406 | Unsupported Extension | [RFC5176] |
407 | Invalid Attribute Value | [RFC5176] |
501 | Administratively Prohibited | [RFC5176] |
502 | Request Not Routable (Proxy) | [RFC5176] |
503 | Session Context Not Found | [RFC5176] |
504 | Session Context Not Removable | [RFC5176] |
505 | Other Proxy Processing Error | [RFC5176] |
506 | Resources Unavailable | [RFC5176] |
507 | Request Initiated | [RFC5176] |
508 | Multiple Session Selection Unsupported | [RFC5176] |
509 | Location-Info-Required | [RFC5580] |
601 | Response Too Big | [RFC7930] |
Operator Namespace Identifier for Attribute 126
Registration Procedure(s)
Expert Review
Expert(s)
Alan DeKok, Mohit Sethi
Reference
[RFC5580]
Available Formats
Identifier | Token | Contact | Reference |
---|---|---|---|
0x00-0x29 | Reserved | [RFC5580] | |
0x30 | TADIG | TD.13 Coordinator (td13 at gsm.org) | [RFC5580] |
0x31 | REALM | IETF O&M Area Directors (ops-ads at ietf.org) | [RFC5580] |
0x32 | E212 | ITU Director (tsbdir at itu.int) | [RFC5580] |
0x33 | ICC | ITU Director (tsbdir at itu.int) | [RFC5580] |
0x34 | WBAID | WBA Director (pmo@wballiance.com) | [WBA][Bruno_Tomas] |
0x35-0xFE | Unassigned | ||
0xFF | Reserved | [RFC5580] |
Location Profiles (Attribute 127, Location-Information)
Registration Procedure(s)
Expert Review
Expert(s)
Alan DeKok, Mohit Sethi
Reference
[RFC5580]
Available Formats
Value | Description | Reference |
---|---|---|
0 | Civic location profile | [RFC5580] |
1 | Geospatial location profile | [RFC5580] |
2-255 | Unassigned |
Entity Types (Attribute 127, Location-Information)
Registration Procedure(s)
Expert Review
Expert(s)
Alan DeKok, Mohit Sethi
Reference
[RFC5580]
Available Formats
Value | Description | Reference |
---|---|---|
0 | Location of the User's Client Device | [RFC5580] |
1 | Location of the RADIUS Client | [RFC5580] |
2-255 | Unassigned |
Privacy Flags (Attribute 129, Basic-Location-Policy-Rules)
Registration Procedure(s)
Expert Review
Expert(s)
Alan DeKok, Mohit Sethi
Reference
[RFC5580]
Available Formats
Value | Description | Reference |
---|---|---|
0 | Retransmission allowed | [RFC5580] |
1-15 | Unassigned |
Location-Capable Attribute (Attribute 131)
Registration Procedure(s)
Expert Review
Expert(s)
Alan DeKok, Mohit Sethi
Reference
[RFC5580]
Available Formats
Value | Capability Token | Reference |
---|---|---|
1 | CIVIC_LOCATION | [RFC5580] |
2 | GEO_LOCATION | [RFC5580] |
4 | USERS_LOCATION | [RFC5580] |
8 | NAS_LOCATION | [RFC5580] |
Requested-Location-Info Attribute (Attribute 132)
Registration Procedure(s)
Expert Review
Expert(s)
Alan DeKok, Mohit Sethi
Reference
[RFC5580]
Available Formats
Value | Capability Token | Reference |
---|---|---|
1 | CIVIC_LOCATION | [RFC5580] |
2 | GEO_LOCATION | [RFC5580] |
4 | USERS_LOCATION | [RFC5580] |
8 | NAS_LOCATION | [RFC5580] |
16 | FUTURE_REQUESTS | [RFC5580] |
32 | NONE | [RFC5580] |
Values for RADIUS Attribute 133, Framed-Management-Protocol Attribute
Registration Procedure(s)
Specification Required
Reference
[RFC5607]
Available Formats
Value | Description | Reference |
---|---|---|
1 | SNMP | [RFC5607] |
2 | Web-based | [RFC5607] |
3 | NETCONF | [RFC5607] |
4 | FTP | [RFC5607] |
5 | TFTP | [RFC5607] |
6 | SFTP | [RFC5607] |
7 | RCP | [RFC5607] |
8 | SCP | [RFC5607] |
Values for RADIUS Attribute 134, Management-Transport-Protection Attribute
Registration Procedure(s)
Specification Required
Reference
[RFC5607]
Available Formats
Value | Description | Reference |
---|---|---|
1 | No-Protection | [RFC5607] |
2 | Integrity-Protection | [RFC5607] |
3 | Integrity-Confidentiality-Protection | [RFC5607] |
Code Values for RADIUS Attribute 241.1, Frag-Status
Registration Procedure(s)
RFC Required
Reference
[RFC7499]
Available Formats
Value | Description | Reference |
---|---|---|
0 | Reserved | [RFC7499] |
1 | Fragmentation-Supported | [RFC7499] |
2 | More-Data-Pending | [RFC7499] |
3 | More-Data-Request | [RFC7499] |
4-255 | Unassigned |
RADIUS Packet Type Codes
Registration Procedure(s)
IESG Approval
Reference
[RFC3575]
Available Formats
Decimal | Message | Reference |
---|---|---|
1 | Access-Request | [RFC2865] |
2 | Access-Accept | [RFC2865] |
3 | Access-Reject | [RFC2865] |
4 | Accounting-Request | [RFC2865] |
5 | Accounting-Response | [RFC2865] |
6 | Accounting-Status (now Interim Accounting) | [RFC3575] |
7 | Password-Request | [RFC3575] |
8 | Password-Ack | [RFC3575] |
9 | Password-Reject | [RFC3575] |
10 | Accounting-Message | [RFC3575] |
11 | Access-Challenge | [RFC2865] |
12 | Status-Server (experimental) | [RFC2865] |
13 | Status-Client (experimental) | [RFC2865] |
21 | Resource-Free-Request | [RFC3575] |
22 | Resource-Free-Response | [RFC3575] |
23 | Resource-Query-Request | [RFC3575] |
24 | Resource-Query-Response | [RFC3575] |
25 | Alternate-Resource-Reclaim-Request | [RFC3575] |
26 | NAS-Reboot-Request | [RFC3575] |
27 | NAS-Reboot-Response | [RFC3575] |
28 | Reserved | |
29 | Next-Passcode | [RFC3575] |
30 | New-Pin | [RFC3575] |
31 | Terminate-Session | [RFC3575] |
32 | Password-Expired | [RFC3575] |
33 | Event-Request | [RFC3575] |
34 | Event-Response | [RFC3575] |
35-39 | Unassigned | |
40 | Disconnect-Request | [RFC3575][RFC5176] |
41 | Disconnect-ACK | [RFC3575][RFC5176] |
42 | Disconnect-NAK | [RFC3575][RFC5176] |
43 | CoA-Request | [RFC3575][RFC5176] |
44 | CoA-ACK | [RFC3575][RFC5176] |
45 | CoA-NAK | [RFC3575][RFC5176] |
46-49 | Unassigned | |
50 | IP-Address-Allocate | [RFC3575] |
51 | IP-Address-Release | [RFC3575] |
52 | Protocol-Error | [RFC7930] |
53-249 | Unassigned | |
250-253 | Experimental Use | [RFC3575] |
254 | Reserved | [RFC3575] |
255 | Reserved | [RFC3575] |
RADIUS IP Port Configuration and Reporting TLVs
Registration Procedure(s)
Standards Action
Reference
[RFC8045]
Available Formats
Value | Description | Data Type | Reference |
---|---|---|---|
0 | Reserved | [RFC8045] | |
1 | IP-Port-Type | integer | [RFC8045, Section 3.2.1] |
2 | IP-Port-Limit | integer | [RFC8045, Section 3.2.2] |
3 | IP-Port-Ext-IPv4-Addr | ipv4addr | [RFC8045, Section 3.2.3] |
4 | IP-Port-Int-IPv4-Addr | ipv4addr | [RFC8045, Section 3.2.4] |
5 | IP-Port-Int-IPv6-Addr | ipv6addr | [RFC8045, Section 3.2.5] |
6 | IP-Port-Int-Port | integer | [RFC8045, Section 3.2.6] |
7 | IP-Port-Ext-Port | integer | [RFC8045, Section 3.2.7] |
8 | IP-Port-Alloc | integer | [RFC8045, Section 3.2.8] |
9 | IP-Port-Range-Start | integer | [RFC8045, Section 3.2.9] |
10 | IP-Port-Range-End | integer | [RFC8045, Section 3.2.10] |
11 | IP-Port-Local-Id | string | [RFC8045, Section 3.2.11] |
12-255 | Unassigned |
Data Type
Registration Procedure(s)
Standards Action
Reference
[RFC8044]
Available Formats
Value | Description | Reference |
---|---|---|
1 | integer | [RFC2865][RFC8044] |
2 | enum | [RFC2865][RFC8044] |
3 | time | [RFC2865][RFC8044] |
4 | text | [RFC2865][RFC8044] |
5 | string | [RFC2865][RFC8044] |
6 | concat | [RFC8044] |
7 | ifid | [RFC3162][RFC8044] |
8 | ipv4addr | [RFC2865][RFC8044] |
9 | ipv6addr | [RFC3162][RFC8044] |
10 | ipv6prefix | [RFC3162][RFC8044] |
11 | ipv4prefix | [RFC6572][RFC8044] |
12 | integer64 | [RFC6929][RFC8044] |
13 | tlv | [RFC6929][RFC8044] |
14 | vsa | [RFC2865][RFC8044] |
15 | extended | [RFC6929][RFC8044] |
16 | long-extended | [RFC6929][RFC8044] |
17 | evs | [RFC6929][RFC8044] |
RADIUS Softwire46 Configuration and Multicast Attributes
Registration Procedure(s)
Standards Action
Reference
[RFC8658]
Available Formats
Value | Description | Data Type | Reference |
---|---|---|---|
0 | Reserved | [RFC8658] | |
1 | Softwire46-MAP-E | tlv | [RFC8658, Section 3.1.1.1] |
2 | Softwire46-MAP-T | tlv | [RFC8658, Section 3.1.1.2] |
3 | Softwire46-Lightweight-4over6 | tlv | [RFC8658, Section 3.1.1.3] |
4 | Softwire46-Rule (BMR) | tlv | [RFC8658, Section 3.1.3.1] |
5 | Softwire46-Rule (FMR) | tlv | [RFC8658, Section 3.1.3.1] |
6 | Softwire46-BR | ipv6addr | [RFC8658, Section 3.1.3.2] |
7 | Softwire46-DMR | ipv6prefix | [RFC8658, Section 3.1.3.3] |
8 | Softwire46-V4V6Bind | tlv | [RFC8658, Section 3.1.3.4] |
9 | Softwire46-PORTPARAMS | tlv | [RFC8658, Section 3.1.3.5] |
10 | Rule-IPv6-Prefix | ipv6prefix | [RFC8658, Section 3.1.4.1] |
11 | Rule-IPv4-Prefix | ipv4prefix | [RFC8658, Section 3.1.4.2] |
12 | EA-Length | integer | [RFC8658, Section 3.1.4.3] |
13 | IPv4-Address | ipv4addr | [RFC8658, Section 3.1.5.1] |
14 | Bind-IPv6-Prefix | ipv6prefix | [RFC8658, Section 3.1.5.2] |
15 | PSID-Offset | integer | [RFC8658, Section 3.1.6.1] |
16 | PSID-Len | integer | [RFC8658, Section 3.1.6.2] |
17 | PSID | integer | [RFC8658, Section 3.1.6.3] |
18 | Softwire46-Option-Code | integer | [RFC8658, Section 3.2.1] |
19 | ASM-Prefix64 | ipv6prefix | [RFC8658, Section 3.3.1] |
20 | SSM-Prefix64 | ipv6prefix | [RFC8658, Section 3.3.2] |
21 | U-Prefix64 | ipv6prefix | [RFC8658, Section 3.3.3] |
22-255 | Unassigned |
Option Codes Permitted in the Softwire46-Priority Attribute
Registration Procedure(s)
IETF Review
Reference
[RFC8658]
Available Formats
Option Code | Softwire46 Mechanism | Reference |
---|---|---|
1 | MAP-E | [RFC7597] |
2 | MAP-T | [RFC7599] |
3 | Lightweight 4over6 | [RFC7596] |
144 | DS-Lite | [RFC6519] |
Contact Information
ID | Name | Contact URI | Last Updated |
---|---|---|---|
[Alan_DeKok] | Alan DeKok | mailto:aland&freeradius.org | 2021-07-12 |
[Avi_Lior] | Avi Lior | mailto:avi&bridgewatersystems.com | 2011-09-06 |
[Bruno_Tomas] | Bruno Tomas | mailto:pmo&wballiance.com | 2019-06-20 |
[Christian_Hublet] | Christian Hublet | mailto:Christian.Hublet&alcatel-lucent.be | 2007-06-21 |
[Jeff_Moore] | Jeff Moore | mailto:jeff.moore&cisco.com | 2001-02 |
[Murtaza_Chiba] | Murtaza Chiba | mailto:mchiba&cisco.com | 2001-06 |
[Pat_Calhoun] | Pat Calhoun | mailto:pcalhoun&diameter.org | 2001-05 |
[Pete_McCann] | Pete McCann | mailto:mccap&lucent.com | 2002-03 |
[Ramprasad_Golla] | Ramprasad Golla | mailto:rgolla&grid-net.com | 2010-11-30 |
[Renxiang_Yan] | Renxiang Yan | mailto:Renxiang.Yan&alcatel-sbell.com.cn | 2007-06-19 |
[Stuart_Kerry] | Stuart Kerry | mailto:stuart.kerry&philips.com | 2003-01 |
[Tim_Nyce] | Tim Nyce | mailto:tnyce&idts.org | 2004-03 |
[Tomohiro_Ichida] | Tomohiro Ichida | mailto:t_ichida&willcom-inc.com | 2008-08-12 |
[WBA] | Wireless Broadband Alliance | https://www.wballiance.com/ | 2019-06-20 |