Which OcNOS license do I need for a feature?

Open the By License/SKU view, pick the OcNOS edition (SP or DC) and tier (IPBASE, MPLS, CSR or PLUS), and the page lists every feature that license unlocks plus the validated platforms it runs on.

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Select up to eight OcNOS SKUs to see a side-by-side table of every feature each license unlocks, plus each SKU's validated platform count.

7.0 · 交互式兼容性矩阵

OcNOS License-to-Feature Mapping

Pick an OcNOS SKU → see every validated platform it runs on and every feature its license unlocks.
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Legacy SP Legacy DC

Browsing by license · switch to the feature matrix · Legacy SP/DC are view-only on the external site

700+ 功能

43 平台

13 类别

7.0+ OcNOS 版本

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在左侧选择功能以查看平台兼容性

硬件规格

OcNOS 硬件兼容列表（HCL）→

43 个经过验证的白盒平台。可按 ASIC、端口速率、时钟进行筛选。规格可并排比较。

服务提供商

OcNOS-SP →

SR-MPLS、SRv6、400G IPoDWDM、移动回传、MEF 3.0。面向 Qumran 和 Jericho 的运营商级 NOS。

数据中心

OcNOS-DC →

EVPN-VXLAN、面向 AI/ML 的无损 RoCEv2、ZTP 自动化。面向 Trident 和 Tomahawk 的开放 NOS。

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功能可用性因 OcNOS SKU 和 ASIC 而异。已在 OcNOS 7.0 下验证。请参阅硬件兼容性列表了解各平台规格。请联系 ipisales@ipinfusion.com 用于授权许可。

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Full OcNOS license → feature index — all 761 features (complete reference)

Minimum OcNOS license tier that unlocks each feature, per edition. Higher tiers include everything below them. "—" means the feature is not offered on that edition.

功能	类别	标准	OcNOS-SP	OcNOS-DC
xConnect	Layer 1 & 2	IPI Proprietary	—	IPBASE
xConnect Resiliency	Layer 1 & 2	IPI Proprietary	—	IPBASE
Virtual LANs with Port-based VLANs	Layer 1 & 2	IEEE 802.1Q (2005)	IPBASE	IPBASE
Routed VLAN interface	Layer 1 & 2	IEEE 802.1Q (2005)	IPBASE	IPBASE
Port based VLAN interface	Layer 1 & 2	IEEE 802.1Q (2005)	IPBASE	IPBASE
Private VLAN	Layer 1 & 2	IEEE 802.1Q (2005)	IPBASE	IPBASE
STP	Layer 1 & 2	IEEE 802.1D (2004)	IPBASE	IPBASE
Multiple Spanning Tree Protocol (MSTP)	Layer 1 & 2	IEEE 802.1Q (2005): Clause 13	IPBASE	IPBASE
Rapid Spanning Tree (RSTP)	Layer 1 & 2	IEEE 802.1D (2004): Clause 17	IPBASE	IPBASE
Rapid Per VLAN Spanning Tree (RPVST+)	Layer 1 & 2	Cisco Proprietary	—	IPBASE
LLDP v2	Layer 1 & 2	IEEE 802.1ab 2009	IPBASE	IPBASE
Link Aggregation Control Protocol (LACP)	Layer 1 & 2	IEEE 802.3ad-2002	IPBASE	IPBASE
Static link aggregation group	Layer 1 & 2	IEEE 802.3ad-2002	IPBASE	IPBASE
Load Balancing on interfaces with unequal bandwidths	Layer 1 & 2	IPI Proprietary	IPBASE	—
Multi-Chassis Link Aggregation (MLAG)	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MLAG Active/Standby support as attachment circuit for VPWS Pseudowire Redundancy	Layer 1 & 2	IPI Proprietary	MPLS	—
MLAG Active/Active over po interface	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MLAG Active/Standby over po interface	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MLAG Active/Active over sa interface	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MLAG Active/Standby over sa interface	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
UCMP MLAG Active/Active over sa interface	Layer 1 & 2	IPI Proprietary	CSR	—
UCMP MLAG Active/Standby over sa interface	Layer 1 & 2	IPI Proprietary	CSR	—
IGMP Snooping over MLAG Active/Active	Layer 1 & 2	IPI Proprietary	—	IPBASE
IGMP Snooping over MLAG Active/Standby	Layer 1 & 2	IPI Proprietary	—	IPBASE
Protected Port on MLAG+RSTP Active/Active over po interface	Layer 1 & 2	IPI Proprietary	—	IPBASE
Protected Port on MLAG+RSTP Active/Active over SA interface	Layer 1 & 2	IPI Proprietary	—	IPBASE
MLAG+PB Active/Active over po interface	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MLAG+PB Active/Standby over po interface	Layer 1 & 2	IPI Proprietary	—	—
MLAG+PB Active/Active over sa interface	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MLAG+PB Active/Standby over sa interface	Layer 1 & 2	IPI Proprietary	—	IPBASE
MLAG+VRRPv4 Active/Active over po interface + VRRPv4 (VMAC enabled) + VRRPv4 with Non-Owner ( VRRP Virtual-IP is unique) + Static route	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MLAG+VRRPv4 Active/Active over po interface + VRRPv4 (VMAC enabled) + VRRPv4 with Non-Owner ( VRRP Virtual-IP is unique) + EBGP	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MLAG+VRRPv4 Active/Standby over po interface + VRRPv4 (VMAC enabled) + VRRPv4 with Non-Owner ( VRRP Virtual-IP is unique) + Static route	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MLAG+VRRPv4 Active/Standby over po interface + VRRPv4 (VMAC enabled) + VRRPv4 with Non-Owner ( VRRP Virtual-IP is unique) + EBGP	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MLAG+VRRPv4 Active/Active over sa interface	Layer 1 & 2	IPI Proprietary	—	IPBASE
MLAG+VRRPv4 Active/Standby over sa interface	Layer 1 & 2	IPI Proprietary	—	IPBASE
DHCP Relay over MLAG+VRRPv4 + Static route	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MLAG+VRRPv4 Active/Active over po interface + VRRPv6 (VMAC enabled) + VRRPv6 with Non-Owner ( VRRP Virtual-IP is unique) + VRRPv6 Virtual-IPv6 address as Link-Local Address + Static route	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MLAG+VRRPv6 Active/Standby over po interface	Layer 1 & 2	IPI Proprietary	—	IPBASE
MLAG+VRRPv6 Active/Active over sa interface	Layer 1 & 2	IPI Proprietary	—	IPBASE
MLAG+VRRPv6 Active/Standby over sa interface	Layer 1 & 2	IPI Proprietary	—	IPBASE
Link Bonding - For transmission over several slower links (Eg: Radio links) which are bonded together. Packets are fragmented and and reassmebled.	Layer 1 & 2	Broadcom Proprietary	CSR	—
Priority-based Flow Control (PFC) with QoS	Layer 1 & 2	IEEE 802.1Qbb	—	IPBASE
DCBX	Layer 1 & 2	IEEE 802.1Qaz IEEE 802.1ab 2009	—	IPBASE
Layer 2 Tunneling Protocol (L2PT)/ Layer 2 Control Protocols (L2CP)	Layer 1 & 2	RFC 2661/IEEE 802.1Q (2014)	IPBASE	IPBASE
Customer VLAN (CVLAN)/ Service tag VLAN (SVLAN) translation (Also supports Untag-Provider Edge Port (PEP)/ Untag-Customer Edge Port (CEP) option)	Layer 1 & 2	IEEE 802.1ad	IPBASE	IPBASE
SVLAN translation (Also supports CVLAN modification option)	Layer 1 & 2	IEEE 802.1ad	IPBASE	IPBASE
Changing the outer TPID (Tag Protocol Identifier) of provider network port	Layer 1 & 2	IEEE 802.1ad	IPBASE	IPBASE
Remarking COS, Canonical Format Indicator (CFI) for C-Tag and S-Tag at CEP and PNP (Provider Network Port)	Layer 1 & 2	IEEE 802.1ad	IPBASE	IPBASE
Q-in-Q Layer 3 Termination	Layer 1 & 2	IEEE 802.1ad	IPBASE	IPBASE
Bridge Protocol Data Unit (BPDU) Protect	Layer 1 & 2	IEEE 802.1d	IPBASE	IPBASE
Root Guard	Layer 1 & 2	IEEE 802.1d	IPBASE	IPBASE
Media Access Control (MAC) Learning disable	Layer 1 & 2	IEEE 802.1q	IPBASE	IPBASE
Static MAC Address Assignment	Layer 1 & 2	IEEE 802.1q	IPBASE	IPBASE
Port based authentication with Radius server	Layer 1 & 2	IEEE 802.1x	IPBASE	IPBASE
TFO (Trigger FailOver)	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
Port Security	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
VLAN Cross Connect	Layer 1 & 2	IPI Proprietary	—	IPBASE
VLAN Cross Connect with double TAG	Layer 1 & 2	IPI Proprietary	—	IPBASE
LACP Force-up	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
LACP Aggregator Force-up	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
Protected Port on Physical Interface	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
MAC Authentication Bypass	Layer 1 & 2	IPI Proprietary	IPBASE	—
Unidirectional Link Detection (UDLD)	Layer 1 & 2	IPI Proprietary	IPBASE	IPBASE
Ethernet ARP	三层路由	RFC 826	IPBASE	IPBASE
Path Maximum Transmission Unit (MTU) for IPv4 and IPv6	三层路由	RFC 1191 (obsoletes 1063)	—	IPBASE
Transmission of Internet Protocol (IP) Datagrams over Ethernet	三层路由	RFC 894	IPBASE	IPBASE
Congestion Control in IP/Transmission Control Protocol (TCP) Networks	三层路由	RFC 896	IPBASE	IPBASE
IP Broadcast	三层路由	RFC 919	IPBASE	IPBASE
IP Broadcast in the Presence of Subnets	三层路由	RFC 922	IPBASE	IPBASE
IP Subnetting	三层路由	RFC 950	IPBASE	IPBASE
Classless Inter-Domain Routing (CIDR)	三层路由	RFC 1519	IPBASE	IPBASE
Requirements for IP Version 4 Routers	三层路由	RFC 1812	IPBASE	IPBASE
Route Redistribution across RIP, OSPF and BGP	三层路由	RFC 2328, RFC 4271, RFC 2453	IPBASE	IPBASE
VLAN Routing	三层路由		IPBASE	IPBASE
IPv6 IF MIB	三层路由	RFC 8096 Sec3	IPBASE	—
Route-Map Continue	三层路由	IPI Proprietary	IPBASE	IPBASE
Static Route Discard	三层路由	IPI Proprietary	IPBASE	IPBASE
Policy Based Routing	三层路由	IPI Proprietary	IPBASE	—
Policy Based Routing with Next Hop tracking	三层路由	IPI Proprietary	IPBASE	—
Inter Virtual Routing and Forwarding (VRF) Route Leaking	三层路由	IPI Proprietary	IPBASE	IPBASE
Static Inter VRF Route Leaking for IPv6 (between Default and Non-Default instances)	三层路由	IPI Proprietary	IPBASE	IPBASE
Multiple Loopback interfaces in same VRF	三层路由	IPI Proprietary	IPBASE	IPBASE
Static route tracking using object tracking (IP SLA)	三层路由	IPI Proprietary	IPBASE	IPBASE
Route Advertisement for IPv6	三层路由	IPI Proprietary	IPBASE	IPBASE
Route Monitor	三层路由	IPI Proprietary	IPBASE	IPBASE
UDLD Support on L3 Interface	三层路由	IPI Proprietary	IPBASE	IPBASE
Recursive Next Hop resolution for VRF static routes	三层路由	IPI Proprietary	IPBASE	IPBASE
Loose mode	三层路由	RFC 3704	IPBASE	IPBASE
Loose default mode	三层路由	RFC 3704	IPBASE	IPBASE
Strict mode	三层路由	RFC 3704	IPBASE	IPBASE
Border Gateway Protocol, Version 4	三层路由	RFC 4271	IPBASE	IPBASE
BGP Community Attributes	三层路由	RFC 1997	IPBASE	IPBASE
BGP Large Community	三层路由	RFC 8092	IPBASE	IPBASE
BGP Multiple large communities support in route-map	三层路由	IPI Proprietary	IPBASE	IPBASE
BGP Route Flap Dampening	三层路由	RFC 2439	IPBASE	IPBASE
BGP Route Reflection	三层路由	RFC 4456	IPBASE	IPBASE
Autonomous System (AS) Confederations for BGP	三层路由	RFC 5065	IPBASE	IPBASE
Capabilities Negotiation with BGP-4	三层路由	RFC 5492	IPBASE	IPBASE
Applications of BGP-4 in the Internet	三层路由	RFC 1772	IPBASE	IPBASE
Protection of BGP Sessions Via the TCP Message-digest (MD5) Signature Option	三层路由	RFC 2385	IPBASE	IPBASE
Route Refresh Capability for BGP-4	三层路由	RFC 2918	IPBASE	IPBASE
BGP Support for Four-Octet AS Number Space	三层路由	RFC 4893	IPBASE	IPBASE
Subcodes for BGP Cease Notifications	三层路由	RFC 4486	IPBASE	IPBASE
Graceful BGP Session Shutdown	三层路由	draft-ietf-grow-bgp-gshut-06	IPBASE	IPBASE
BGPv4 MD5 Authentication	三层路由	RFC 2385	IPBASE	IPBASE
BFD Trigger for BGP	三层路由	RFC 5882	IPBASE	IPBASE
Route Target Filter	三层路由	RFC 4684	IPBASE	—
Next Hop Tracking	三层路由	IPI Proprietary	IPBASE	IPBASE
BGP - Outbound Route Filter	三层路由	RFC 5292	IPBASE	IPBASE
BGP - Labeled Unicast ( BGP-LU)	三层路由	RFC 3107	IPBASE	—
BGP MIB	三层路由	RFC 4273	IPBASE	IPBASE
BGP Graceful-Restart	三层路由	RFC 4724	IPBASE	IPBASE
Inter-VRF route leaking for user-defined VRFs	三层路由	RFC 4364	IPBASE	IPBASE
BGP Dynamic Peering	三层路由	IPI Proprietary	IPBASE	IPBASE
BGP Unnumbered – using extended next hop encoding (ENHE)	三层路由	RFC 5549	IPBASE	IPBASE
BGP Peer Groups	三层路由	IPI Proprietary	IPBASE	IPBASE
BGP Add Path - Advertisement of Multiple Paths in BGP	三层路由	RFC 7911	IPBASE	IPBASE
EIBGP Max Path - Multipath load sharing among external Border Gateway Protocol (eBGP) and internal BGP (iBGP) paths for improved load balancing	三层路由	IPI Proprietary	IPBASE	IPBASE
The Accumulated IGP Metric Attribute for BGP	三层路由	RFC 7311	IPBASE	IPBASE
Extended BGP Administrative Shutdown Communication	三层路由	RFC 9003	IPBASE	IPBASE
Extended Optional Parameters Length for BGP OPEN Message	三层路由	RFC 9072	IPBASE	IPBASE
BGP community for IANA (Internet Assigned Numbers Authority) reserved address for blackholing	三层路由	RFC 7999	IPBASE	IPBASE
Advertising IPv4 Network Layer Reachability Information (NLRI) with an IPv6 Next Hop	三层路由	RFC 8950	IPBASE	—
BGP GR for VPN Address Family	三层路由	RFC 4724	IPBASE	—
BGP PIC Edge	三层路由	draft-ietf-rtgwg-bgp-pic-19	MPLS	—
BGP Flowspec	三层路由	RFC 8955	IPBASE	—
BGP Auto soft clear	三层路由	RFC 2918	IPBASE	IPBASE
EVPN RR/Route Server	三层路由	RFC 4456	IPBASE	IPBASE
BGP Policy Grouping and Nesting	三层路由	RFC 9067	IPBASE	IPBASE
BGP RPKI Invalid Route Rejection	三层路由	RFC 8210	IPBASE	IPBASE
BGP Link state distribution (OSPF)	三层路由	RFC 7752	MPLS	—
BGP Link state distribution (ISIS)	三层路由	RFC 7752	MPLS	—
BGP Link state distribution for OSPF-SR	三层路由	draft-ietf-idr-bgp-ls-segment-routing-ext-12	MPLS	—
BGP Link state distribution for ISIS-SR	三层路由	draft-ietf-idr-bgp-ls-segment-routing-ext-12 draft-ietf-isis-segment-routing-extensions-22	MPLS	—
BGP-LS extensions for Segment Routing (SR) BGP Egress Peer Engineering	三层路由	draft-ietf-idr-bgpls-segment-routing-epe-19	MPLS	—
BGP - Link State (BGP-LS) Advertisement of IGP Traffic Engineering Performance Metric Extensions	三层路由	RFC 8571	MPLS	—
RIP Version 1	三层路由	RFC 1058	IPBASE	IPBASE
RIP and RIP Version 2	三层路由	RFC 2453	IPBASE	IPBASE
Increment Metrics When Sending Routes, Not When Receiving	三层路由	RFC 2453	IPBASE	IPBASE
RIP-2 MD5 Authentication	三层路由	RFC 2082	IPBASE	IPBASE
Open Shortest Path First Version 2	三层路由	RFC 2328	IPBASE	IPBASE
Applicability statement for OSPF	三层路由	RFC 1370	IPBASE	IPBASE
OSPF Opaque Link State Advertisements (LSA)	三层路由	RFC 5250	IPBASE	IPBASE
OSPF Graceful Restart	三层路由	RFC 3623	IPBASE	IPBASE
OSPF as PE/CE protocol for BGP/MPLS IP VPN	三层路由	RFC 4577	IPBASE	IPBASE
Passive Interface Support for OSPFv2	三层路由	IPI Proprietary	IPBASE	IPBASE
OSPF Multiarea adjacency	三层路由	RFC 5185	IPBASE	IPBASE
OSPF Not-So-Stubby-Area (NSSA) Option	三层路由	RFC 3101	IPBASE	IPBASE
IP FRR (Fast Reroute): OSPF-LFA (Loop-Free Alternate)	三层路由	RFC 5286	IPBASE	IPBASE
Bidirectional Forwarding Detection (BFD) Trigger for OSPFv2	三层路由	RFC 5882	IPBASE	IPBASE
Link Local Signaling	三层路由	RFC 2328	IPBASE	IPBASE
Virtual link	三层路由	RFC 2328	IPBASE	IPBASE
OSPF Traffic Engineering (TE) Metric Extensions	三层路由	RFC 7471	MPLS	IPBASE
OSPF Sham-link between VPN (Virtual Private Networks) sites	三层路由	RFC 4577	MPLS	—
OSPF Version 3 for IPv6 Support	三层路由	RFC 5340	IPBASE	IPBASE
Passive Interface Support in OSPFv3	三层路由	IPI Proprietary	IPBASE	IPBASE
Graceful Restart Mechanism for OSPFv3	三层路由	RFC 5187	IPBASE	IPBASE
BFD Trigger for OSPFv3	三层路由	RFC 5613	IPBASE	IPBASE
Authentication/Confidentiality for OSPFv3 with IPsec	三层路由	RFC 4552	IPBASE	IPBASE
OSPFv3 MTU	三层路由	RFC 5340	IPBASE	—
OSPF LDP Sync	三层路由	IPI Proprietary	MPLS	—
OSPF Support For Demand Circuits	三层路由	RFC 1793	IPBASE	IPBASE
OSPF Stub Router Advertisement	三层路由	RFC 6987	IPBASE	IPBASE
IP Fast Reroute - Remote Loop-Free Alternate for OSPF(RLFA)	三层路由	RFC 7490 RFC 8102	IPBASE	—
Use of OSI IS-IS for routing in TCP/IP and dual environments	三层路由	RFC 1195	IPBASE	IPBASE
Management Information Base (MIB) for ISIS	三层路由	RFC 4444	IPBASE	IPBASE
Original ISO specification of IS-IS	三层路由	ISO 10589	IPBASE	IPBASE
Dynamic Hostname Exchange Mechanism for IS-IS	三层路由	RFC 2763	IPBASE	IPBASE
Restart Signaling (Graceful Restart) for IS-IS	三层路由	RFC 5306	IPBASE	IPBASE
Routing IPv6 with IS-IS	三层路由	RFC 5308	IPBASE	IPBASE
IS-IS Exponential Back-off of SPF (Shortest Path First)	三层路由	RFC 8541	IPBASE	IPBASE
Intermediate System to Intermediate System for IPv6	三层路由	IPI Proprietary	IPBASE	IPBASE
Passive Interface Support for IS-IS	三层路由	IPI Proprietary	IPBASE	IPBASE
Bidirectional Forwarding Detection Trigger for IS-IS	三层路由	RFC 5882	IPBASE	IPBASE
IS-IS Mesh Groups	三层路由	RFC 2973	IPBASE	IPBASE
Domain-wide Prefix Distribution with Two-Level IS-IS	三层路由	RFC 2966	IPBASE	IPBASE
Three-Way Handshake for Intermediate System to Intermediate System (IS-IS) Point-to-Point Adjacencies	三层路由	RFC 3373	IPBASE	IPBASE
IS-IS extensions for Traffic Engineering	三层路由	RFC 5305	MPLS	—
ISIS Traffic Engineering (TE) Metric Extensions	三层路由	RFC 8570	MPLS	—
M-ISIS: Multi Topology (MT) Routing in IS-IS	三层路由	RFC 5120	IPBASE	IPBASE
IS-IS Cryptographic Authentication	三层路由	RFC 3567	IPBASE	IPBASE
IS-IS Expanded Use of Overload Bit for BGP Convergence	三层路由	RFC 3277	IPBASE	IPBASE
IP Fast Reroute - Loop-Free Alternate for IS-IS	三层路由	RFC 5286	IPBASE	IPBASE
Micro-loop avoidance (IS-IS)	三层路由	RFC 6976	IPBASE	—
Invalid TLV Handling in IS-IS	三层路由	RFC 8918	IPBASE	IPBASE
BFD	三层路由	RFC 5880	IPBASE	IPBASE
BFD for IPv4 single hop	三层路由	RFC 5881	IPBASE	IPBASE
Generic Application for BFD	三层路由	RFC 5882	IPBASE	IPBASE
BFD Multi-hop	三层路由	RFC 5883	IPBASE	IPBASE
BFD Over BGP / ISIS / OSPF / Static route	三层路由	RFC 5882	IPBASE	IPBASE
BFD Over Non-default VRF for static (IPv4 and IPv6) and OSPF v2 and v3	三层路由	RFC 5880,RFC 5882	IPBASE	IPBASE
BFD Authentication for MultiHop BFD	三层路由	RFC 5880	IPBASE	IPBASE
MIB support for BFD	三层路由	IPI proprietary, RFC 7331	IPBASE	IPBASE
VRRP Version 3 for IPv4	三层路由	RFC 5798	IPBASE	IPBASE
VRRP Version 3 for IPv6	三层路由	RFC 5798	IPBASE	IPBASE
VRRP Interface Tracking	三层路由	IPI proprietary	IPBASE	IPBASE
VRRP Authetication for VRRP v2 backward compatibility	三层路由	RFC 2328	IPBASE	—
VRRP Object Tracking	三层路由	IPI proprietary	IPBASE	IPBASE
MPLS Architecture	MPLS	RFC 3031	MPLS	—
MPLS Label Stack Encoding	MPLS	RFC 3032	MPLS	—
Time To Live (TTL) Processing in Multi-Protocol Label Switching (MPLS) Networks	MPLS	RFC 3443	MPLS	—
MPLS Diffserv	MPLS	RFC 3270	MPLS	—
Multiprotocol Label Switching (MPLS) Label Switching Router (LSR) Management Information Base (MIB)	MPLS	RFC 3813	MPLS	—
Multiprotocol Label Switching (MPLS) Forwarding Equivalence Class to Next Hop Label Forwarding Entry (FEC-To-NHLFE) Management Information Base (MIB)	MPLS	RFC 3814	MPLS	—
MPLS reachability for LU nexthop tracking	MPLS	IPI proprietary	MPLS	—
MPLS aware RIB	MPLS	IPI Proprietary	MPLS	—
LDP	MPLS	RFC 5036	MPLS	—
LDP Applicability	MPLS	RFC 3037	MPLS	—
Support for LDP TCP-MD5	MPLS	RFC 5036	MPLS	—
Definitions of Managed Objects for the MPLS and LDP	MPLS	RFC 3815	MPLS	—
LDP Downstream-on-Demand (DoD) in Seamless MPLS	MPLS	RFC 7032	MPLS	—
LDP Extension for Inter-Area Label Switched Paths (LSPs)	MPLS	RFC 5283	MPLS	—
LDP Graceful Restart	MPLS	RFC 3478	MPLS	—
LDP Fast Re-Route (FRR)	MPLS	RFC 5286	MPLS	—
LDP Remote Loop Free Alternate IP Fast Reroute (RLFA)	MPLS	RFC 7490	MPLS	—
LDP Session Protection	MPLS	RFC 8223	MPLS	—
LDP ECMP	MPLS	IPI proprietary	MPLS	—
LDP Authentication support for Auto Targeted Peer	MPLS	IPI proprietary	MPLS	—
LDP Tunneling over RSVP-TE	MPLS	IPI Proprietary	MPLS	—
RSVPv1	MPLS	RFC 2205	MPLS	—
RSVP Refresh Overhead Reduction Extensions	MPLS	RFC 2961	MPLS	—
Inter-area RSVP-TE	MPLS	RFC 4105	—	—
Fast Reroute Extensions to RSVP-TE for LSP Tunnels One-to-One Backup	MPLS	RFC 4090	MPLS	—
Fast Reroute Extensions to RSVP-TE for LSP Tunnels - Facility Backup	MPLS	RFC 4090	MPLS	—
RSVPv1 message processing rules	MPLS	RFC 2209	MPLS	—
Entropy label support for RSVP transport	MPLS	RFC 6790	MPLS	—
RSVP re-optimization	MPLS	IPI Proprietary	MPLS	—
Diffserv Traffic Engineering (DSTE)	MPLS	RFC 3564	—	—
Protocol Extensions for Support of Diff-serv-aware MPLS Traffic Engineering	MPLS	RFC 4124	MPLS	—
Maximum Allocation Bandwidth Constraints Model for Diff-serv-aware MPLS Traffic Engineering	MPLS	RFC 4125	—	—
Multiprotocol Label Switching (MPLS) Traffic Engineering (TE) Management Information Base (MIB)	MPLS	RFC 3812	MPLS	—
RSVP multiple secondary	MPLS	IPI Proprietary	MPLS	—
RSVP Shared Risk Link-Group (SRLG) support	MPLS	RFC 4203, RFC 4205	MPLS	—
RSVP MIB	MPLS	RFC 2206	MPLS	—
RSVP Muitipath (Mapping services over multiple RSVP trunks)	MPLS	IPI Proprietary	MPLS	—
RSVP Graceful Restart	MPLS	RFC 3473	MPLS	—
RSVP-TE dynamic facility backup LSP	MPLS	IPI Proprietary	MPLS	—
Auto-Bandwidth with RSVP-TE	MPLS	IPI Proprietary	MPLS	—
Pseudowire Setup and Maintenance using the Label Distribution Protocol	MPLS	RFC 4447	MPLS	—
Virtual Private Wire Service (VPWS) ethernet encapsulation mapping (Service Mapping) 1> Outer tag Match 2> Outer and inner tag Match 3> Outer tag range Match 4> Untag	MPLS	IPI Proprietary	MPLS	—
VPLS ethernet encapsulation mapping (Service Mapping) 1> Outer tag Match 2> Outer and inner tag Match 3> Outer tag range Match 4> Untag	MPLS	IPI Proprietary	MPLS	—
VPWS ethernet action (Service Mapping, Action) 1> POP outer tag 2> XLATE outer tag 3> Push tag	MPLS	IPI Proprietary	MPLS	—
VPLS ethernet action (Service Mapping, Action) 1> POP outer tag 2> XLATE outer tag 3> Push tag	MPLS	IPI Proprietary	MPLS	—
Multiple match criteria for VPWS Ethernet Encapsulation using Service Template	MPLS	IPI Proprietary	MPLS	—
Multiple match criteria for VPLS Ethernet Encapsulation using Service Template	MPLS	IPI Proprietary	MPLS	—
Encapsulation Methods for Transport of Ethernet Over MPLS Networks	MPLS	RFC 4448	MPLS	—
Static VPLS	MPLS	IPI Proprietary	MPLS	—
Virtual Private LAN Service (VPLS) Using Label Distribution Protocol (LDP) Signaling	MPLS	RFC 4762	MPLS	—
Virtual Private LAN Service (VPLS) Using BGP for signaling and auto-discovery	MPLS	RFC 4761	MPLS	—
Static pseudowire Setup and Maintenance	MPLS	IPI Proprietary	MPLS	—
Pseudowire MIB support	MPLS	RFC 5601	MPLS	—
Pseudowire (PW) over MPLS PSN (Packet Switched Network) Management Information Base (MIB)	MPLS	RFC 5602	MPLS	—
Ethernet Pseudowire (PW) Management Information Base (MIB)	MPLS	RFC 5603	MPLS	—
FAT Pseudowire(PW) Label	MPLS	RFC 6391	MPLS	—
L2CP/L2PT over VPWS	MPLS	IPI Proprietary	MPLS	—
Split-horizon for VPLS	MPLS	IPI Proprietary	MPLS	—
Hierarchical VPLS	MPLS	RFC 4762	MPLS	—
BGP Auto-discovery for LDP signaled VPLS	MPLS	RFC 6704	MPLS	—
MLAG (Active/Standby) for VPLS	MPLS	RFC 6718	MPLS	—
VPLS: MAC Withdrawal	MPLS	RFC 4762	MPLS	—
VPLS/H-VPLS: MAC Move Protection	MPLS	IPI Proprietary	MPLS	—
Per L2 subinterface mac-limit (port-security) for VPLS/EVPN services	MPLS	IPI Proprietary	MPLS	—
L2VPN-L3VPN stitching	MPLS	IPI Proprietary	MPLS	—
Extranet VPNs with BGP/MPLS IP Virtual Private Networks (VPNs)	MPLS	RFC 4364	MPLS	—
OSPF as the Provider Edge/Customer Edge Protocol for BGP/MPLS IP Virtual Private Networks (VPNs)	MPLS	RFC 4577	MPLS	—
Intranet VPNs with BGP/MPLS IP Virtual Private Networks (VPNs)	MPLS	RFC 4364	MPLS	—
Static route as the Provider Edge/Customer Edge Protocol for BGP/MPLS IP Virtual Private Networks (VPNs)	MPLS	RFC 4364	MPLS	—
BGP-MPLS IP Virtual Private Network (VPN) Extension for IPv6 VPN (6vPE)	MPLS	RFC 4659	MPLS	—
Connecting IPv6 Islands over IPv4 MPLS using IPv6 Provider Edge Routers (6PE)	MPLS	RFC 4798	MPLS	—
Label Disposition for VPNv4 and 6VPE	MPLS	RFC 4364,RFC 4659	MPLS	—
Label Disposition for 6PE	MPLS	RFC 4798	MPLS	—
Inter AS option A support for L3PVN/6VPE/6PE	MPLS	RFC 4364,RFC 4659,RFC 4798	MPLS	—
Inter AS option B support for L3PVN/6VPE/6PE	MPLS	RFC 4364,RFC 4659,RFC 4798	MPLS	—
Inter AS option C support for L3PVN/6VPE/6PE	MPLS	RFC 4364,RFC 4659,RFC 4798	MPLS	—
PER VRF Label support for 6PE	MPLS	IPI proprietary	MPLS	—
LU as transport for 6VPE/VPN	MPLS	RFC 4659	MPLS	—
BGP Peer Group - static	MPLS	IPI proprietary	MPLS	—
Internet access for L3VPN	MPLS	RFC 4365 section 10.1	MPLS	—
L3VPN MIB	MPLS	RFC 4382	MPLS	—
DSCP preserve for L3VPN	MPLS	IPI proprietary	MPLS	—
L3VPN ECMP (VPNv4 & VPNv6)	MPLS	RFC 4364	MPLS	—
Bridged Virtual Interface(BVI )support for VPNv4 & VPNv6, 6PE, DHCPv4 and DHCPv6	MPLS	IPI Proprietary	MPLS	—
BGP-LU next-hop-self in route map	MPLS	IPI Proprietary	MPLS	—
Multi-Protocol Label Switching (MPLS): VRF export-map extension	VXLAN & EVPN	IPI Proprietary	MPLS	—
OAM for MPLS networks	MPLS	RFC 4377	MPLS	—
A framework for MPLS OAM	MPLS	RFC 4378	MPLS	—
Detecting MPLS Data Plane Failures	MPLS	RFC 4379	MPLS	—
MPLS BFD Detection	MPLS	RFC 5884, RFC 5885	MPLS	—
Stats per Label Switched Path (LSP)	MPLS	IPI Proprietary	MPLS	—
Stats per Virtual Circuit (VC)	MPLS	IPI Proprietary	MPLS	—
L2VPN Statistics MIB	MPLS	IPI Proprietary	MPLS	—
Maintenance Domain (MD), Maintenance Association (MA), Maintenance domain Intermediate Point (MIP), Down Maintenance association End Point (MEP)	运营商以太网	IEEE 802.1ag - 2007	MPLS	IPBASE
Continuity check (multicast CCM)	运营商以太网	IEEE 802.1ag - 2007	MPLS	IPBASE
Ping (unicast)	运营商以太网	IEEE 802.1ag - 2007	MPLS	—
Link trace	运营商以太网	IEEE 802.1ag - 2007	MPLS	—
Fault reporting (RDI, MAC Status defect, CCM Cross Connect Defect, Error CCM Defect)	运营商以太网	IEEE 802.1ag - 2007	MPLS	—
CFM over Layer 2 Bridge with xSTP	运营商以太网	IEEE 802.1ag - 2007	MPLS	—
CFM over VPWS using SubInterface	运营商以太网	IEEE 802.1ag / RFC 8214	MPLS	—
CFM over EVPN MPLS ELINE Single Homing	运营商以太网	IEEE 802.1ag / RFC 8214	MPLS	—
CFM over EVPN MPLS ELINE Multi Homing(Active/Active)	运营商以太网	IEEE 802.1ag / RFC 8214	MPLS	—
CFM over EVPN MPLS ELINE Multi Homing(Active/Standby - Port-Active)	运营商以太网		—	—
CFM over EVPN MPLS ELINE Multi Homing(Active/Standby - Single-Active)	运营商以太网		—	—
CFM over EVPN MPLS ELAN Single Homing	运营商以太网		MPLS	—
CFM over EVPN MPLS ELAN Multi Homing(Active/Active)	运营商以太网		MPLS	—
CFM over EVPN VxLAN ELINE Single Homing	运营商以太网	IEEE 802.1ag/RFC 8214	MPLS	—
CFM over EVPN VxLAN ELAN Single Homing	运营商以太网	IEEE 802.1ag/RFC 8214	MPLS	—
CFM over EVPN VxLAN ELAN Multi Homing(Active/Active)	运营商以太网	IEEE 802.1ag / RFC 8214	MPLS	—
CFM over xConnect	运营商以太网	IEEE 802.1ag - 2007	MPLS	IPBASE
CFM over PB	运营商以太网	IEEE 802.1ag - 2007	MPLS	IPBASE
CFM using L2 subinterface	运营商以太网	IEEE 802.1ag - 2007	MPLS	—
CFM over VPLS	运营商以太网	IEEE 802.1ag - 2007	MPLS	—
Ethernet Data Plane Loopback (EDPL)	运营商以太网	RFC 2544	IPBASE	—
Frame Delay and inter frame delay variation measurement using DMM and DMR over Layer 2 Bridge	运营商以太网	Y.1731	MPLS	—
Frame Delay and inter frame delay variation measurement using DMM (Delay Measurement Message) and DMR (Delay Measurement Reply) over VPWS	运营商以太网	Y.1731	MPLS	—
Frame Delay and inter frame delay variation measurement using DMM (Delay Measurement Message) and DMR (Delay Measurement Reply) over VPLS	运营商以太网	Y.1731	MPLS	—
Frame Delay and inter frame delay variation measurement using DMM (Delay Measurement Message) and DMR (Delay Measurement Reply) over EVPN MPLS ELINE Single Homing	运营商以太网	Y.1731	MPLS	—
Frame Delay and inter frame delay variation measurement using DMM (Delay Measurement Message) and DMR (Delay Measurement Reply) over EVPN MPLS ELINE Multi Homing(Active/Active)	运营商以太网	Y.1731	MPLS	—
Frame Delay and inter frame delay variation measurement using DMM (Delay Measurement Message) and DMR (Delay Measurement Reply) over EVPN MPLS ELINE Multi Homing(Active/Standby - Port-Active)	运营商以太网	Y.1731	—	—
Frame Delay and inter frame delay variation measurement using DMM (Delay Measurement Message) and DMR (Delay Measurement Reply) over EVPN MPLS ELINE Multi Homing(Active/Standby - Single-Active)	运营商以太网	Y.1731	—	—
Frame Delay and inter frame delay variation measurement using DMM (Delay Measurement Message) and DMR (Delay Measurement Reply) over EVPN MPLS ELAN Single Homing	运营商以太网	Y.1731	MPLS	—
Frame Delay and inter frame delay variation measurement using DMM (Delay Measurement Message) and DMR (Delay Measurement Reply) over EVPN MPLS ELAN Multi Homing(Active/Active)	运营商以太网	Y.1731	MPLS	—
Frame Delay and inter frame delay variation measurement using DMM (Delay Measurement Message) and DMR (Delay Measurement Reply) over EVPN VxLAN ELINE Single Homing	运营商以太网	Y.1731	MPLS	—
Frame Delay and inter frame delay variation measurement using DMM (Delay Measurement Message) and DMR (Delay Measurement Reply) over EVPN VxLAN ELAN Single Homing	运营商以太网	Y.1731	MPLS	—
Frame Delay and inter frame delay variation measurement using DMM (Delay Measurement Message) and DMR (Delay Measurement Reply) over EVPN VxLAN ELAN Multi Homing(Active/Active)	运营商以太网	Y.1731	MPLS	—
Frame Delay and inter frame delay variation measurement using DMM (Delay Measurement Message) and DMR (Delay Measurement Reply) over xConnect	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using LMM/LMR and SLM/SLR over Layer 2 Bridge	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using LMM/LMR and SLM/SLR over VPWS	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using LMM/LMR over VPLS	运营商以太网	Y.1731	—	—
Frame Loss Measurement using SLM/SLR over VPLS	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using LMM/LMR over EVPN MPLS ELINE Single Homing	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using SLM/SLR over EVPN MPLS ELINE Single Homing	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using LMM/LMR over EVPN MPLS ELINE Multi Homing(Active/Active)	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using SLM/SLR over EVPN MPLS ELINE Multi Homing(Active/Active)	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using LMM/LMR and SLM/SLR over EVPN MPLS ELINE Multi Homing(Active/Standby - Port-Active)	运营商以太网	Y.1731	—	—
Frame Loss Measurement using LMM/LMR and SLM/SLR over EVPN MPLS ELINE Multi Homing(Active/Standby - Single-Active)	运营商以太网	Y.1731	—	—
Frame Loss Measurement using LMM/LMR over EVPN MPLS ELAN Single Homing	运营商以太网	Y.1731	—	—
Frame Loss Measurement using SLM/SLR over EVPN MPLS ELAN Single Homing	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using LMM/LMR over EVPN MPLS ELAN Multi Homing(Active/Active)	运营商以太网	Y.1731	—	—
Frame Loss Measurement using SLM/SLR over EVPN MPLS ELAN Multi Homing(Active/Active)	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using LMM/LMR over EVPN VxLAN ELINE Single Homing	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using SLM/SLR over EVPN VxLAN ELINE Single Homing	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using LMM/LMR over EVPN VxLAN ELAN Single Homing	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using SLM/SLR over EVPN VxLAN ELAN Single Homing	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using LMM/LMR over EVPN VxLAN ELAN Multi Homing(Active/Active)	运营商以太网	Y.1731	—	—
Frame Loss Measurement using SLM/SLR over EVPN VxLAN ELAN Multi Homing(Active/Active)	运营商以太网	Y.1731	MPLS	—
Frame Loss Measurement using LMM/LMR and SLM/SLR over xConnect	运营商以太网	Y.1731	MPLS	—
Frame Loss Diagnostics ETH-TST/LCK	运营商以太网	Y.1731	MPLS	—
Y.1731 Ethernet Bandwidth Notification (EBN)	运营商以太网	Y.1731	MPLS	—
Ethernet Client Signal Fail (ETH-CSF)	运营商以太网	G.8013/Y.1731	MPLS	—
Y.1731 over PB	运营商以太网	Y.1731	MPLS	—
ERPS over CFM on Provider/Customer domain	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
Sub-ring support (Multiple ring and ladder topologies)	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
Support of multiple ERP Instances on single ring	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
Over Native-L2	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
Over Bridge-domain	运营商以太网	ITU-T G.8032v2	MPLS	—
Over MPLS	运营商以太网	ITU-T G.8032v2	—	—
Over EVPN	运营商以太网	ITU-T G.8032v2	—	—
Over LAG interface	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
With CFM (for link fault detection)	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
Separate Control and Data-VLAN	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
Multiple major ring	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
Multiple Sub-ring	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
Sub-ring with virtual channel	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
Sub-ring without virtual channel	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
Multiple instances over same physical ring	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
E-Line over G.8032 (1:1) (Ref. Sec.7.3 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	—	—
E-Line over G.8032 (1+1) (Ref. Sec.7.3 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	PLUS	—
E-Tree Over G.8032 (Ref. Sec.7.4 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	—	—
E-LAN Over G.8032 (Ref. Sec.7.5 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	MPLS	—
Mixed E-Services Over G.8032 (Ref. Sec.7.6 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	—	—
Dual-homed connectivity to EVPN network (Ref. Sec.8 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	—	—
Single node resilient connectivity to EVPN network (Ref. Sec.8 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	—	—
Single node resilient connectivity to VPLS network (Ref. Sec.8 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	—	—
Dual-homed connectivity to VPLS network (Ref. Sec.8 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	—	—
G.8032 resilient inter-network connectivity (Ref. Sec.8 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	—	—
G.8031 service Over G.8032 (Ref. Sec.10.2 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	—	—
Access Sub-Ring connected to Major ring (Ref. Sec.10.3 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	—	—
Non-ERP node connected to major ring (Ref. Sec.10.4 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	—	—
Revertive Mode	运营商以太网	ITU-T G.8032v2	MPLS	IPBASE
Non-Revertive Mode	运营商以太网	ITU-T G.8032v2	—	—
Force Switch	运营商以太网	ITU-T G.8032v2	MPLS	—
Manual Switch	运营商以太网	ITU-T G.8032v2	MPLS	—
Segmentation minimization (Ref. Sec.13 ITU-T-Series-G-Sup-52)	运营商以太网	ITU-T G.8032v2	—	—
Y.1731 Over G.8032 ring	运营商以太网	ITU-T G.8032v2	—	—
MLAG (Active-Standby with IDP link) interconnection with G.8032 major ring	运营商以太网	ITU-T G.8032v2	MPLS	—
MLAG (Active-Standby with IDL link) interconnection with G.8032 major ring	运营商以太网	ITU-T G.8032v2	—	—
MLAG IDL link as G.8032 ring port	运营商以太网	ITU-T G.8032v2	—	—
User control over non-data VLAN forwarding (Block/unblock) : For Sub-Interface (as MPLS access interface)	运营商以太网	ITU-T G.8032v2	IPBASE	—
User control over non-data VLAN forwarding (Block/unblock) : For l2 interface	运营商以太网	ITU-T G.8032v2	—	—
Traffic switchover within 50ms	运营商以太网	ITU-T G.8032v2	MPLS	—
ELPS	运营商以太网	ITU-T G.8031	MPLS	—
Over Native L2	运营商以太网	ITU-T G.8031	MPLS	—
Over PB	运营商以太网	ITU-T G.8031	—	—
Over Bridge-Domain	运营商以太网	ITU-T G.8031	—	—
Over Cross-Connect	运营商以太网	ITU-T G.8031	MPLS	—
Multiple ELPS instance over same physical link	运营商以太网	ITU-T G.8031	—	—
Different Control and Data-VLAN	运营商以太网	ITU-T G.8031	—	—
Same Control and Data-VLAN	运营商以太网	ITU-T G.8031	MPLS	—
ELPS with CFM	运营商以太网	ITU-T G.8031	MPLS	—
Manual Switch Signal	运营商以太网	ITU-T G.8031	MPLS	—
Force Switch Signal	运营商以太网	ITU-T G.8031	MPLS	—
Lockout Signal	运营商以太网	ITU-T G.8031	MPLS	—
Exercise Signal	运营商以太网	ITU-T G.8031	MPLS	—
Revertive mode	运营商以太网	ITU-T G.8031	MPLS	—
Non-Revertive mode	运营商以太网	ITU-T G.8031	MPLS	—
1:1 Protection Mode	运营商以太网	ITU-T G.8031	MPLS	—
1+1 (Bidirectional) Protection Mode	运营商以太网	ITU-T G.8031	—	—
1+1 (Unidirectional) Protection Mode	运营商以太网	ITU-T G.8031	—	—
Y.1731 over ELPS (G.8031)	运营商以太网	ITU-T G.8031	—	—
Color blind	运营商以太网	ITU-T Y.1564	MPLS	—
Color-aware	运营商以太网	ITU-T Y.1564	MPLS	—
Layer 2 EVPN for VXLAN	VXLAN & EVPN	RFC 7348, RFC 7432, RFC 8365	IPBASE	IPBASE
Layer 2 EVPN Auto RT for VXLAN	VXLAN & EVPN	RFC 8365	IPBASE	IPBASE
Layer 2 EVPN Multihoming for VXLAN	VXLAN & EVPN	RFC 7432, RFC 8365	IPBASE	IPBASE
VxLAN EVPN with BGP unnumbered	VXLAN & EVPN	IPI proprietary	IPBASE	IPBASE
EVPN VXLAN- L2CP on EVPN Access	VXLAN & EVPN	IPI proprietary	IPBASE	IPBASE
VXLAN - QoS	VXLAN & EVPN	RFC 2474	IPBASE	IPBASE
VXLAN - Ethernet Virtual Connection (EVC)	VXLAN & EVPN	RFC 7348	IPBASE	IPBASE
Integrated Routing and Bridging (IRB) with VXLAN	VXLAN & EVPN	RFC 9135	IPBASE	IPBASE
Selectively Enabling Multiple IP addresses on IRB Interface for Anycast-gateway	VXLAN & EVPN		IPBASE	IPBASE
VXLAN IRB QoS	VXLAN & EVPN	RFC 2474	IPBASE	IPBASE
Prefix Route for EVPN IRB for VxLAN	VXLAN & EVPN	RFC 9136	IPBASE	IPBASE
VXLAN EVPN ARP/ND cache Ageing	VXLAN & EVPN	draft-ietf-bess-evpn-proxy-arp-nd-02	IPBASE	IPBASE
Inter-VRF route leaking over VXLAN-EVPN	VXLAN & EVPN	RFC 9135, RFC 4364	IPBASE	IPBASE
IPv4 and IPv6 DHCP Relay for VxLAN IRB	VXLAN & EVPN	RFC 6607	IPBASE	IPBASE
VXLAN tunnel over SVI interface	VXLAN & EVPN	RFC 8365	IPBASE	IPBASE
SNMP support for VXLAN statistics and traps	VXLAN & EVPN	IPI proprietary	—	IPBASE
Static VXLAN	VXLAN & EVPN	RFC 7348	IPBASE	IPBASE
VXLAN Trunk as access port	VXLAN & EVPN	RFC 7348	IPBASE	IPBASE
VXLAN - Overlay Equal-Cost Multipath (ECMP)	VXLAN & EVPN	RFC 7348	IPBASE	IPBASE
VxLAN E-LINE/X-connect	VXLAN & EVPN	RFC 8214	IPBASE	—
VxLAN- Subif as access	VXLAN & EVPN	IPI proprietary	IPBASE	—
Service Monitoring over VxLAN ( Ping, Pathtrace, CCM Functionality)	VXLAN & EVPN	draft-tissa-nvo3-oam-fm-04.txt	—	—
Virtual Extensible LAN (VXLAN): IRB support for advertising host routes	MPLS	RFC 9135, RFC 9136	IPBASE	IPBASE
SPAN support for port+(VLAN/VLAN-range)	VXLAN & EVPN	IPI proprietary	—	IPBASE
ERSPAN on VXLAN Access Port	VXLAN & EVPN	IPI Proprietary	—	IPBASE
Virtual Extensible LAN (VXLAN): OSPF and ISIS support on an IRB Interface(SH)	MPLS	RFC 9135, RFC 9136	IPBASE	IPBASE
OSPFv2 and ISISv4 support on an IRB Interface(MH)	VXLAN & EVPN	RFC 9135, RFC 9136	—	IPBASE
MAC movement detection based on L2 traffic	VXLAN & EVPN	RFC 7432	—	IPBASE
Virtual Extensible LAN (VXLAN): E-TREE Single Homing	MPLS	RFC 8317-Scenario 1	IPBASE	IPBASE
Virtual Extensible LAN (VXLAN): E-TREE Multi Homing	MPLS	RFC 8317-Scenario 1	IPBASE	IPBASE
VLAN-to-VNI mapping	VXLAN & EVPN	IPI proprietary	—	IPBASE
Virtual Extensible LAN (VXLAN): ACL support on IRB interface	MPLS	IPI Proprietary	IPBASE	—
Single Hop BFD over IRB	VXLAN & EVPN	IPI Proprietary	—	IPBASE
EVPN-VXLAN-MAC-Limit	VXLAN & EVPN	IPI Proprietary	IPBASE	IPBASE
Virtual Extensible LAN (VXLAN): VRF export-map extension	VXLAN & EVPN	IPI Proprietary	IPBASE	IPBASE
EVPN AF route-maps + EVPN route-filtering based on RT	VXLAN & EVPN	IPI Proprietary	IPBASE	IPBASE
EVPN Layer 3 GW / VXLAN Layer 3 stitching	VXLAN & EVPN	RFC 9136	—	IPBASE
PIM - Sparse Mode (PIM-SM)	Multicast	RFC 4601	IPBASE	IPBASE
Bootstrap Router (BSR) Mechanism for PIM	Multicast	RFC 5059	IPBASE	IPBASE
Static Rendezvous Point Configuration	Multicast	RFC4601 and RFC 5015	IPBASE	IPBASE
PIM - Dense Mode (PIM-DM): Protocol Specification (Revised)	Multicast	RFC 3973	IPBASE	IPBASE
PIM - Source Specific Multicast	Multicast	RFC 4607	IPBASE	IPBASE
Multicast Source Discovery Protocol (MSDP)	Multicast	RFC 3618	IPBASE	IPBASE
Support for More than 32 PIM Interfaces	Multicast	IPI Proprietary	IPBASE	IPBASE
Source-Specific Protocol-Independent Multicast in 232/8	Multicast	RFC 4608	IPBASE	IPBASE
Overview of Source-Specific Multicast (SSM)	Multicast	RFC 3569	IPBASE	IPBASE
Bidirectional Protocol Independent Multicast (BIDIR-PIM)	Multicast	RFC 5015	IPBASE	—
Interoperability between the Virtual Router Redundancy Protocol and PIM	Multicast	RFC 7910	IPBASE	—
Bidirectional Forwarding Detection (BFD) Trigger for PIM	Multicast	RFC 5882	IPBASE	IPBASE
PIM MIB for IPv4	Multicast	RFC 5060	IPBASE	IPBASE
Group To RP Mapping	Multicast	RFC 6226	IPBASE	IPBASE
Anycast-RP Using Protocol Independent	Multicast	RFC 4610	IPBASE	IPBASE
PIM ECMP IPv4	Multicast	RFC6754	IPBASE	IPBASE
PIM - Sparse Mode (PIM-SM)-IPv6	Multicast	RFC 4601	IPBASE	IPBASE
Bootstrap Router (BSR) Mechanism for PIMv6	Multicast	RFC 5059	IPBASE	IPBASE
Static Rendezvous Point Configuration-IPv6	Multicast	RFC4601 and RFC 5015	IPBASE	IPBASE
PIM - Dense Mode (PIM-DM): Protocol Specification (Revised)-IPv6	Multicast	RFC 3973	IPBASE	IPBASE
PIM - Source Specific Multicast-IPv6	Multicast	RFC 4607	IPBASE	IPBASE
Multicast Source Discovery Protocol (MSDP)-IPv6	Multicast	RFC 3618	—	PLUS
Support for More than 32 PIM Interfaces-IPv6	Multicast	IPI proprietary	IPBASE	IPBASE
Source-Specific Protocol-Independent Multicast in 232/8-IPv6	Multicast	RFC 4608	IPBASE	IPBASE
Overview of Source-Specific Multicast (SSM)-IPv6	Multicast	RFC 3569	IPBASE	IPBASE
Bidirectional Protocol Independent Multicast (BIDIR-PIM)-IPv6	Multicast	RFC 5015	—	—
Interoperability between the Virtual Router Redundancy Protocol and PIMv6	Multicast	RFC 7910	—	—
Bidirectional Forwarding Detection (BFD) Trigger for PIMv6	Multicast	RFC 5882	IPBASE	IPBASE
PIM MIB for IPv6	Multicast	RFC 5060	IPBASE	IPBASE
Group To RP Mapping-IPv6	Multicast	RFC 6226	IPBASE	IPBASE
Anycast-RP Using Protocol Independent-IPv6	Multicast	RFC 4610	IPBASE	IPBASE
PIM ECMP-IPv6	Multicast	RFC6754	IPBASE	IPBASE
IGMP, Version 2	Multicast	RFC 2236	IPBASE	IPBASE
IGMP, Version 3	Multicast	RFC 3376	IPBASE	IPBASE
IGMP report suppression for v1, v2 and v3	Multicast	RFC 4541	IPBASE	IPBASE
Considerations for IGMP Snooping Switches	Multicast	RFC 4541	IPBASE	IPBASE
IGMP-based Multicast Forwarding ("IGMP Proxying")	Multicast	RFC 4605	IPBASE	IPBASE
MLD, Version 1	Multicast	RFC 2710	IPBASE	IPBASE
MLD, Version 2	Multicast	RFC 3810	IPBASE	IPBASE
MLD report suppression for v1, v2	Multicast	RFC 2710,RFC 3810	IPBASE	IPBASE
MLD-based Multicast Forwarding MLD Proxying")	Multicast	RFC 4605	IPBASE	IPBASE
Considerations for Multicast Listener Discovery (MLD) Snooping Switches	Multicast	RFC 4541	IPBASE	IPBASE
DiffServ Field in IPv4/IPv6 Headers	QoS	RFC 2474	IPBASE	IPBASE
Assign matching traffic flow to a specific queue	QoS	RFC 2475	IPBASE	IPBASE
1/2/3 Level queuing hierarchy	QoS	RFC 3644	IPBASE	—
Layer 2 and Layer 3 QoS	QoS	IEEE 802.1p, RFC 2474	IPBASE	IPBASE
Shaping per queue, per port	QoS	RFC 3644	IPBASE	IPBASE
Multiple hardware queues per port	QoS	IEEE 802.1p, RFC 2474	IPBASE	IPBASE
Weighted Round Robin (WRR)/ Weighted Fair Queueing (WFQ)/ Strict Priority (SP) Scheduling Per Queue	QoS	RFC 4594	IPBASE	IPBASE
Weighted Random Early Detection (WRED)	QoS	RFC 2309	IPBASE	IPBASE
802.1p remarking	Layer 1 & 2	RFC 2475	IPBASE	IPBASE
Classification based on interface, ACL, DSCP, IP precedence, RTP, 802.1p, and VLAN	QoS	RFC 2475	IPBASE	IPBASE
Trust IEEE 802.1p/DSCP	QoS	RFC 2475	IPBASE	IPBASE
Remarking of bridged packets	QoS	IPI Proprietary	—	IPBASE
Police Rate (SRTCM/TRTCM)	QoS	RFC 2697, RFC 4115	IPBASE	IPBASE
Minimum and Maximum Bandwidth Per Queue	QoS	RFC 3644	IPBASE	IPBASE
Service Queuing (Mapping services to specific VLANs and shaping each VLAN based traffic)	QoS	IPI Proprietary	IPBASE	—
VLAN based shaping	QoS	IPI Proprietary	—	—
Explicit Congestion Notification	QoS	RFC 3168	—	IPBASE
QoS Class map statistics	QoS	IPI Proprietary	IPBASE	IPBASE
Egress Q statistics	QoS	IPI Proprietary	IPBASE	IPBASE
IP SLA (ICMP Echo)	QoS	IPI Proprietary	IPBASE	IPBASE
ToS Based queue distribution over Layer 2 Interface	QoS	IPI Proprietary	IPBASE	IPBASE
Configurable CoPP	QoS	IPI Proprietary	IPBASE	—
Mirror to CPU with filtering	QoS	IPI Proprietary	—	IPBASE
Role based CLI management and access	Management & Automation	IPI Proprietary	IPBASE	IPBASE
CLI access via console, telnet (IPv4 and IPv6) and SSH (IPv4 and IPv6)	Management & Automation	RFC-4251, RFC-4252, RFC-4253, RFC-4254	IPBASE	IPBASE
CLI commit rollback	Management & Automation	IPI Proprietary	IPBASE	IPBASE
Authentication using TACACS+/radius client (IPv4 and IPv6)	Management & Automation	Radius – RFC 2866, Tacacs+- RFC 8907	IPBASE	IPBASE
Extended ping and traceroute	Management & Automation	Linux APIs	IPBASE	IPBASE
SNMP v1, v2, and v3 (IPv4 and IPv6)	Management & Automation	RFC-1157	IPBASE	IPBASE
SNMP: support for multiple instances of SNMP MIB- v2, and v3	Management & Automation	RFC 1910 , RFC 3411	IPBASE	IPBASE
sFlow	Management & Automation	RFC 3176	IPBASE	IPBASE
Error Disable	Management & Automation	IPI Proprietary	IPBASE	IPBASE
Debounce Timer	Management & Automation	IPI Proprietary	IPBASE	IPBASE
DHCP Server (IPv4 and IPv6)	Management & Automation	RFC 2131 - basic support	IPBASE	IPBASE
DHCP client (IPv4 and Ipv6)	Management & Automation	RFC-8415, RFC-2131 - basic support	IPBASE	IPBASE
DHCP relay (IPv4 and IPv6)	Management & Automation	RFC-3046- basic support	IPBASE	IPBASE
DHCP group (IPv4 and IPv6)	Management & Automation	IPI Proprietary	IPBASE	IPBASE
NTP Client (IPv4 and IPv6)	Management & Automation	RFC 5905	IPBASE	IPBASE
NTP Server (IPv4 and IPv6)	Management & Automation	RFC 5905	IPBASE	—
Syslog (IPv4 and IPv6)	Management & Automation	RFC-3164	IPBASE	IPBASE
File Upload/Download using File Transfer Protocol (FTP)/ Trivial File Transfer Protocol (TFTP)/ SSH/Secure File Transfer Protocol (SFTP)/ Secure Copy Protocol (SCP)	Management & Automation	Linux APIs	IPBASE	IPBASE
Management VRF	Management & Automation	IPI Proprietary	IPBASE	IPBASE
Routing Protocols in Management VRF (RIP, RIPng, OSPF, and ISIS)	Management & Automation	IPI Proprietary	IPBASE	IPBASE
Ansible	Management & Automation	Not Applicable	IPBASE	IPBASE
Upgrade Mechanism from ONIE prompt using onie nos install and from OcNOS shell using sys-update	Management & Automation	IPI Proprietary	IPBASE	IPBASE
ACL support over Management, VTY and Loopback	Management & Automation	IPI Proprietary	IPBASE	IPBASE
Licensing (IPv4 and IPv6)	Management & Automation	IPI Proprietary	IPBASE	IPBASE
Two-Way Active Measurement Protocol (TWAMP)	Management & Automation	RFC 5357 #Appendix-I	IPBASE	—
TWAMP - One Way Measurement	Management & Automation	RFC 5357 #Appendix-I	IPBASE	—
Zero Touch Provisioning (ZTP)(with IPv4)	Management & Automation	RFC 8572	IPBASE	IPBASE
Zero Touch Provisioning (ZTP) (with IPv6)	Management & Automation	RFC 8572	IPBASE	IPBASE
DHCP Snooping over MLAG	Management & Automation	RFC 7513	—	IPBASE
DHCPv6 Prefix Delegation	Management & Automation	RFC3633 – Partial, RFC8987 – Partial	IPBASE	IPBASE
DNS Relay (IPv4 and IPv6)	Management & Automation	RFC1034, 1035	IPBASE	—
DHCP-Option 82 (IPv4)	Management & Automation	RFC 3046	IPBASE	IPBASE
Storing Multiple images on Platform	Management & Automation	IPI Proprietary	IPBASE	IPBASE
DHCP Relay over L3VPN	Management & Automation	IPI Proprietary	MPLS	—
Fault Management System	Management & Automation	IPI Proprietary	IPBASE	IPBASE
DHCP Relay across VRFs	Management & Automation	IPI Proprietary	IPBASE	IPBASE
TWAMP over MPLS transport	Management & Automation	IPI Proprietary	MPLS	—
TWAMP - Reflector/Server	Management & Automation	RFC 5357	IPBASE	—
TWAMP - Client	Management & Automation	RFC 5357	IPBASE	—
TWAMP over MPLS L3VPN	Management & Automation	IPI Proprietary	MPLS	—
TWAMP over EVPN MPLS L3VPN	Management & Automation	IPI Proprietary	MPLS	—
TWAMP over L3VPN over SR MPLS	Management & Automation	IPI Proprietary	MPLS	—
TWAMP over EVPN L3VPN over SR MPLS	Management & Automation	IPI Proprietary	MPLS	—
TWAMP over L3VPN over SRv6	Management & Automation	IPI Proprietary	PLUS	—
TWAMP over Inter-VPN access Interface	Management & Automation	RFC 5337	MPLS	—
NACM (Access Control) for RCA access roles	Management & Automation	IPI Proprietary	IPBASE	—
Container runtime and its life cycle management (e.g., K3S) - single container	Management & Automation	IPI Proprietary	IPBASE	—
Event Manager	Management & Automation	IPI Proprietary	IPBASE	IPBASE
YANG 1.0 Data Modelling Language	Management & Automation	RFC 6020	IPBASE	IPBASE
NETCONF Protocol	Management & Automation	RFC 6241	IPBASE	IPBASE
NETCONF Protocol over Secure Shell (SSH)	Management & Automation	RFC 6242	IPBASE	IPBASE
NETCONF Protocol over Transport Layer Security (TLS)	Management & Automation	RFC 5246	IPBASE	IPBASE
NETCONF Event Notifications	Management & Automation	RFC 5277	IPBASE	IPBASE
YANG Module for NETCONF Monitoring	Management & Automation	RFC 6022	IPBASE	IPBASE
NETCONF Base Notifications	Management & Automation	RFC 6470	IPBASE	IPBASE
YANG 1.1 Data Modeling Language	Management & Automation	RFC 7950	IPBASE	IPBASE
Netconf Enable/Disable and custom port	Management & Automation	IPI Proprietary	IPBASE	IPBASE
Multiple simultaneous config session for CLI	Management & Automation	IPI Proprietary	IPBASE	IPBASE
Transaction based CLI	Management & Automation	IPI Proprietary	IPBASE	IPBASE
With-defaults trim	Management & Automation		IPBASE	IPBASE
Netconf Call Home	Management & Automation	RFC 8071	IPBASE	IPBASE
Openconfig Support	Management & Automation	OpenConfig	IPBASE	IPBASE
gNMI Subscribe RPC IPv4 and IPv6 (dial-in)	Management & Automation	gNMI Spec v 0.10.0	IPBASE	PLUS
gNMI Publish RPC IPv4 (dial-out)	Management & Automation	gNMI dial-out via grpctunnel	MPLS	PLUS
gNMI Once and Poll modes (Subscribe RPC)	Management & Automation	gNMI Spec v 0.8.0	MPLS	PLUS
gNMI Get RPC	Management & Automation	gNMI Spec v 0.8.0	MPLS	PLUS
gNMI wild-card keylist name in sensor-path	Management & Automation	gNMI Spec v 0.8.0	MPLS	PLUS
gNMI secure (TLS) connection	Management & Automation	gNMI Spec v 0.8.0	MPLS	PLUS
gNMI in-band (single or multi vrf instance)	Management & Automation	gNMI Spec v 0.8.0	MPLS	PLUS
gNMI On Change Stream Mode	Management & Automation	gNMI Spec v 0.8.0	MPLS	PLUS
gNMI User authentication	Management & Automation	gNMI Spec v 0.8.0	MPLS	PLUS
gNMI OpenConfig data models	Management & Automation	OpenConfig	MPLS	PLUS
Storm control	Security	IPI Proprietary	IPBASE	IPBASE
Flow control	Security	IEEE 802.3x	IPBASE	IPBASE
DHCP Snooping	Security	RFC 7513	IPBASE	IPBASE
IP Source Guard	Security	RFC 7513	IPBASE	IPBASE
Dynamic ARP Inspection	Security	IPI Proprietary	IPBASE	IPBASE
Configurable password policy	Security	IPI Proprietary	IPBASE	IPBASE
Source IP address	Security	RFC 2827	IPBASE	IPBASE
Destination IP address	Security	RFC 2827	IPBASE	IPBASE
TCP/UDP source port	Security	RFC 2827	IPBASE	IPBASE
TCP/UDP destination port	Security	RFC 2827	IPBASE	IPBASE
IP protocol type	Security	RFC 2827	IPBASE	IPBASE
Source MAC address	Security	RFC 2827	IPBASE	IPBASE
Destination MAC address	Security	RFC 2827	IPBASE	IPBASE
Ethertype	Security	RFC 2827	IPBASE	IPBASE
TCP Flags, Protocol type, IP fragment flags, DSCP, CoS, IP precedence	Security	RFC 2827	IPBASE	IPBASE
Rule prioritization and Re sequence	Security	IPI Proprietary	IPBASE	IPBASE
On-fly modification	Security	IPI Proprietary	IPBASE	IPBASE
ACL per rule statistics	Security	IPI Proprietary	IPBASE	IPBASE
Timed ACL	Security	IPI Proprietary	IPBASE	IPBASE
ARP ACL	Security	IPI Proprietary	IPBASE	IPBASE
Switched port analyzer (SPAN)	硬件	IPI Proprietary	IPBASE	IPBASE
Remote switched port analyzer (RSPAN)	硬件	IPI Proprietary	IPBASE	IPBASE
Encapsulated remote switched port analyzer (ERSPAN)	硬件	IPI Proprietary	—	IPBASE
Unified Forwarding Table (UFT)	硬件	IPI Proprietary	—	IPBASE
Load balance	硬件	IPI Proprietary	IPBASE	IPBASE
Dynamic load balancing (RTAG7 hash)	硬件	IPI Proprietary	—	IPBASE
PHY/MAC level interface loopback	硬件	IPI Proprietary	IPBASE	IPBASE
TCAM space monitoring	硬件	IPI Proprietary	IPBASE	IPBASE
Hardware watchdog timer	硬件	IPI Proprietary	CSR	—
Wake on LAN	硬件	IPI Proprietary	CSR	—
Backup and restore from USB	硬件	IPI Proprietary	IPBASE	IPBASE
Chassis Monitoring: Temperature monitor	硬件	IPI Proprietary	IPBASE	IPBASE
Fan control	硬件	IPI Proprietary	IPBASE	IPBASE
Power Monitoring	硬件	PMBus	IPBASE	IPBASE
CPU load monitoring	硬件	IPI Proprietary	IPBASE	IPBASE
Board information (EEPROM)	硬件	IPI Proprietary	IPBASE	IPBASE
Power Supply Unit (PSU) Field Replacement Unit (FRU) information	硬件	IPI Proprietary	IPBASE	IPBASE
Fan FRU information (EEPROM)	硬件	IPI Proprietary	IPBASE	IPBASE
Chassis Monitoring: Hardware MIB and Traps	硬件	IPI Proprietary	IPBASE	IPBASE
100G Port Breakout into 4X10G	硬件	IPI Proprietary	IPBASE	IPBASE
100G Port Breakout into 4X25G	硬件	IPI Proprietary	IPBASE	IPBASE
100G Port Breakout into 2X50G	硬件	IPI Proprietary	IPBASE	IPBASE
400G Port Breakout-QSFP-DD	硬件	IPI Proprietary	IPBASE	IPBASE
800G Port Breakout-QSFP-DD	硬件	IPI Proprietary	—	IPBASE
Port Breakout on External PHY Ports	硬件	IPI Proprietary	IPBASE	—
Support of OAM Functionality over Remote Loopback	硬件	IPI Proprietary	PLUS	—
Suuport of attributes ( Reset/DDM/Disable Tx Transmission)	硬件	IPI Proprietary	PLUS	—
Smart SFP: Digital Diagnostic Monitoring (DDM) support	硬件	IPI Proprietary	PLUS	—
SNMP Support	硬件	IPI Proprietary	PLUS	—
Configuration and monitoring attributes such as target-output, target-gain, operating modes	硬件	IPI Proprietary	IPBASE	—
EDFA: Digital Diagnostic Monitoring (DDM) support	硬件	SFF-8636	IPBASE	—
400G -Grey	硬件	CMIS 5.1, OIF-C-CMIS-01.2	IPBASE	IPBASE
400G -ZR	硬件	CMIS 5.1, OIF-C-CMIS-01.2	IPBASE	IPBASE
400G - Open ZR/ZR+	硬件	CMIS 5.1, OIF-C-CMIS-01.2	IPBASE	IPBASE
800G-Grey	硬件	CMIS 5.1, OIF-C-CMIS-01.2	—	IPBASE
800G-ZR, OpenZR/ZR+	硬件	CMIS 5.1, OIF-C-CMIS-01.2	—	IPBASE
Digital Diagnostics Monitoring (Transceiver): Temperature monitor	硬件	SFF-8024, SFF-8436, SFF-8472, SFF-8679	IPBASE	IPBASE
Power Monitoring (Power, Current, Voltage)	硬件	SFF-8024, SFF-8436, SFF-8472, SFF-8679	IPBASE	IPBASE
Digital Diagnostics Monitoring (Transceiver): Hardware MIB and Traps	硬件	IPI Proprietary	IPBASE	IPBASE
Timing characteristics of a synchronous equipment slave clock (SyncE )	Timing & Sync	G.8262	CSR	—
Distribution of timing information through packet networks (ESMC)	Timing & Sync	G.8264	CSR	—
PTP Telecom profile for phase/time synchronization with full timing support from the network (T-BC)	Timing & Sync	G.8275.1 (T-BC)	CSR	—
Timing characteristics of telecom boundary clocks for use with full timing support from the network (T-BC)	Timing & Sync	G.8273.2 (T-BC)	CSR	—
PTP Telecom profile for phase/time synchronization with full timing support from the network (T-GM with Antenna compensatation)	Timing & Sync	G 8275.1 (T-GM)	CSR	—
PTP TP for time/phase synchronization with partial timing support from the network (T-BC-P, T-BC-A)	Timing & Sync	G.8275.2 (T-BC-P, T-BC-A) G.8273.4	CSR	—
PTP TP for time/phase synchronization with partial timing support from the network (T-GM with Antenna Compensation)	Timing & Sync	G 8275.2 (T-GM)	CSR	—
Default profile (T-BC)	Timing & Sync	IEEE-1588 (Annex J)	CSR	—
Default profile (T-GM)	Timing & Sync	IEEE-1588 (Annex J)	CSR	—
PTP Telecom Profile for frequency synchronization (T-GM)	Timing & Sync	G.8265.1 (T-GM)	CSR	—
PTP Telecom Profile for frequency synchronization (T-TSC)	Timing & Sync	G.8265.1 (T-TSC)	CSR	—
E2E Transparent clock (TC)	Timing & Sync	IEEE-1588 [Works with both G8275.1, G8275.2, default profile], G8273.3	CSR	—
IWF (Interworking function)	Timing & Sync	IEEE-1588	CSR	—
Timing profile SMPTE 2059-2	Timing & Sync	IEEE-1588	CSR	—
Layer 3 termination of IPv4 and IPv6 packets	三层路由	IPI proprietary	IPBASE	IPBASE
Subinterface on channel group (LAG)	三层路由	IPI proprietary	IPBASE	IPBASE
VLAN tagged packet - single / double for 802.1q and 802.1ad and combination	三层路由	IPI proprietary	IPBASE	IPBASE
VLAN tagged packet- 9100,9200 TPID	三层路由	IPI proprietary	IPBASE	IPBASE
IPv4 and IPv6 Unicast routing	三层路由	IPI proprietary	IPBASE	IPBASE
IP VRF	三层路由	IPI proprietary	IPBASE	IPBASE
MPLS support	三层路由	IPI proprietary	MPLS	—
MAC and IPv4 ACL	三层路由	IPI proprietary	IPBASE	IPBASE
QoS	QoS	IPI proprietary	IPBASE	IPBASE
PIM IPv4	Multicast	RFC 4601, RFC 3837, RFC 4607, RFC 5015	IPBASE	—
PIM IPv6	Multicast	RFC 4601, RFC 3837, RFC 4607	IPBASE	—
VLAN tagged packets - single/double for 802.1q and 802.1ad(88a8/9100/9200)	三层路由	IPI proprietary	IPBASE	—
Untagged and Default	三层路由	IPI proprietary	IPBASE	—
Static and Dynamic channel-group	三层路由	IPI proprietary	IPBASE	—
Rewrite operations - PUSH/POP/TRANSLATE for subinterface	三层路由	IPI proprietary	IPBASE	—
"AC-AC Cross-connect service( Ethernet Point-to-point)	三层路由	IPI proprietary	IPBASE	—
Bridge Domain ( Local-Briging Ethernet Point-to-MultiPoint)	三层路由	IPI proprietary	IPBASE	—
VLAN range	三层路由	IPI proprietary	IPBASE	—
Subinterface support for L2VPN (VPWS, VPLS)	三层路由	IPI proprietary	IPBASE	—
E-LAN and E-LINE (Single/Multi Homing)	MPLS	RFC 7432, RFC 8214	MPLS	—
EVPN MPLS - Auto RT	MPLS	RFC 8365	MPLS	—
QoS (Quality of Service)	MPLS	RFC 3270	MPLS	—
E-TREE Only optionA (Single Homing)	MPLS	RFC 8317	MPLS	—
MPLS with EVPN: E-TREE Single Homing	MPLS	RFC 8317-Scenario 1	MPLS	—
MPLS with EVPN: E-TREE Multi Homing	MPLS	RFC 8317-Scenario 1	MPLS	—
E-TREE - Support	MPLS	RFC 8317- Scenario 2	MPLS	—
EVPN MPLS/SR Active-Standby	MPLS	RFC 7432, RFC 8214, RFC 8365, RFC 8584	MPLS	—
EVPN over Segment-Routing (LSP/Policy)	MPLS	RFC 7432	MPLS	—
EVPN MPLS Service Mapping via local Tunnel Policy	MPLS	RFC 7432	MPLS	—
EVPN MPLS - one to one backup protection	MPLS	RFC 7432	MPLS	—
EVPN MPLS - facility backup protection	MPLS	RFC 7432	MPLS	—
Egress network counters support	MPLS	RFC 7432	MPLS	—
Support EVPN MPLS with RSVP-ECMP	MPLS	RFC 7432	MPLS	—
Support EVPN MPLS with LDP-ECMP	MPLS	RFC 7432	MPLS	—
EVPN MPLS - MAC statistics	MPLS	RFC 7432	MPLS	—
EVPN MPLS - L2CP on EVPN Access	MPLS	RFC 7432	MPLS	—
EVPN MPLS - SR + TI-LFA	MPLS	RFC 7432	MPLS	—
EVPN MPLS - BGP-LU	MPLS	RFC 7432	MPLS	—
EVPN MPLS - LU/SR service-update Support	MPLS	RFC 7432	MPLS	—
EVPN MPLS - MAC hold timer	MPLS	RFC 7432	MPLS	—
EVPN MPLS - Control Word	MPLS	RFC 7432	MPLS	—
Inter AS option A and C	MPLS	RFC 7432	MPLS	—
RSVP/LDP GR support with EVPN service	MPLS	RFC 7432	MPLS	—
Integrated Routing and Bridging in Ethernet VPN (EVPN MPLS with IRB)	MPLS	RFC 9135	MPLS	—
EVPN MPLS L3VPN (without IRB)	MPLS	RFC 7432	MPLS	—
MPLS with EVPN: IRB support for advertising host routes	MPLS	RFC 9135, RFC 9136	MPLS	—
Multiple IPs on IRB interface for anycast-gateway	MPLS	RFC 9135, RFC 9136	MPLS	—
MPLS with EVPN: OSPF and ISIS support on an IRB Interface(SH)	MPLS	RFC 9135, RFC 9136	MPLS	—
MPLS with EVPN: ACL support on IRB interface	MPLS		MPLS	—
EVPN LLF	VXLAN & EVPN	IPI Proprietary	MPLS	—
EVPN Mac-Limit	MPLS	IPI Proprietary	MPLS	—
ECMP for L3EVPN (Symmetric IRB)	MPLS	RFC 9135, RFC 7432	MPLS	—
EVPN-Flow Aware Transport	MPLS		MPLS	—
EVPN AF route-maps	MPLS	IPI Proprietary	MPLS	—
Support of Segment routing generic base infrastructure.	段路由	RFC 8402	MPLS	—
User Defined Adjacency SID (OPSFv2)	段路由	RFC 8665	MPLS	—
OSPF extensions for Segment-Routing	段路由	1.RFC 8665 2.RFC 7684 3.RFC 4970	MPLS	—
ISIS extensions for Segment-Routing	段路由	1. RFC 8667 2. draft-ietf-spring-conflict-resolution-05	MPLS	—
LDP and SR interworking	段路由	1. RFC8661	MPLS	—
SR Mapping server	段路由	RFC 8661	MPLS	—
Segment-Routing Policy (Traffic Engineering)	段路由	draft-ietf-spring-segment-routing-policy-06	MPLS	—
Segment-Routing Policy Hop-Limit	段路由		MPLS	—
Segment-routing OAM (LSP Ping/Traceroute) for MPLS dataplane	段路由	RFC 8287	MPLS	—
Segment-routing BFD	段路由	RFC 7880	MPLS	—
Topology Independent Fast Reroute using Segment Routing	段路由	draft-ietf-rtgwg-segment-routing-ti-lfa-03	MPLS	—
Service mapping using tunnel policy over SR policy	段路由	IPI Proprietary	MPLS	—
Entropy label support for SR MPLS (ISIS/OSPF)	段路由	RFC-9088 RFC-9089	MPLS	—
BGP On-demand nexthop (ODN) and auto steering	段路由	RFC 9012 #name-color-extended-community	MPLS	—
SR ECMP (ISIS/OSPF)	段路由		MPLS	—
ISIS SR Flexible Algorithms (Flex-Algo)	段路由	RFC 9350	MPLS	—
Traffic Steering for Flexible Algorithms	段路由	RFC 9012 #name-color-extended-community	MPLS	—
FTN Fallback Support for Flexible Algorithms	段路由	IPI Proprietary	MPLS	—
SRLG Disjoint Backup Path Support For Flexible Algorithms	段路由	RFC 9350	MPLS	—
User Defined Adjacency SID (ISIS)	段路由	RFC 8667	MPLS	—
SR based Micro loop Avoidance (ISIS)	段路由	draft-bashandy-rtgwg-segment-routing-uloop-12	MPLS	—
Support for path computation element protocol	段路由	RFC 5440 RFC 7896	MPLS	—
Support for Stateful PCE	段路由	RFC 8281 RFC 8231	MPLS	—
PCEP Extensions for Segment Routing	段路由	RFC 8664	MPLS	—
PCEP MIB Support	段路由	RFC 7420	MPLS	—
PCEP support for SRv6	段路由	draft-ietf-pce-segment-routing-ipv6-13	PLUS	—
Support of Segment routing IPv6 generic base infrastructure.	段路由	RFC 8986	PLUS	—
OSPF Extension to Support Segment Routing over IPv6 Dataplane	段路由	draft-ietf-lsr-ospfv3-srv6-extensions-01	PLUS	—
IS-IS Extension to Support Segment Routing over IPv6 Dataplane	段路由	draft-ietf-lsr-isis-srv6-extensions-11	PLUS	—
BGP based L3VPN (VPNv4) over SRv6 core	段路由	draft-ietf-bess-srv6-services-08	PLUS	—
BGP-LS support for Segment routing IPv6 (ISIS)	段路由	draft-ietf-idr-bgpls-srv6-ext-08	PLUS	—
BGP-LS support for Segment routing IPv6 (OSPF)	段路由	draft-ietf-idr-bgpls-srv6-ext-08	PLUS	—
EVPN ELINE (Single Homing) for SRv6	段路由	RFC 9252	PLUS	—
EVPN ELINE (Multi Homing) for SRv6	段路由	RFC 9252	PLUS	—
SRv6 OAM	段路由	RFC 9259	PLUS	—
EVPN ELAN (Single Homing) for SRv6	段路由	RFC 9252	PLUS	—
动态负载均衡（DLB）	AI/ML Fabric	TBD-ToBeUpdated	—	PLUS
DLB - Reactive Path Rebalance	AI/ML Fabric	IPI Proprietary	—	PLUS
DLB - Random Flow	AI/ML Fabric	IPI Proprietary	—	PLUS
PFC with QoS over L3 interface	AI/ML Fabric	IEEE 802.1Qbb	—	IPBASE
DCBX LLDP capability for PFC over L3 interface	AI/ML Fabric	IEEE 802.1Qaz IEEE 802.1ab 2009	—	IPBASE
Explicit Congestion Notification (ECN)	QoS	TBD-ToBeUpdated	—	IPBASE
Enhanced Transmission Selection (ETS) with QoS	AI/ML Fabric	IPI Proprietary	—	IPBASE
ECN over VxLAN	AI/ML Fabric	IPI Proprietary	—	PLUS
PFC over VxLAN	AI/ML Fabric	IPI Proprietary	—	PLUS
Dynamic ECN	AI/ML Fabric	IPI Proprietary	—	PLUS
PFC Deadlock Detection and Recovery	AI/ML Fabric	IPI Proprietary	—	PLUS
Switch packet Buffer Tuning	AI/ML Fabric	IPI Proprietary	—	PLUS

OcNOS 7.0 · 700+ 项特性 · 43 个平台

本矩阵涵盖的内容

OcNOS 7.0 覆盖来自 Edgecore、UfiSpace 与 Celestica 的 26 个 SP 平台与 17 个 DC 平台上的 700+ 功能，并按功能与平台划分许可层级。

Layer 1 & 2

IEEE 802.1Q VLAN、MSTP、RSTP、RPVST+、LACP、MLAG、Provider Bridging、Q-in-Q、VLAN 交叉连接、端口安全、BPDU 保护、MAC 认证旁路。

三层路由

BGP-4、OSPFv2/v3、IS-IS、RIPv2、BFD、VRRP、基于策略的路由、跨 VRF 路由泄漏、ECMP、IPv6、路由重分发、URPF。

MPLS & VPN

LDP、RSVP-TE、MPLS Diffserv、L3VPN（VPNv4/VPNv6）、6VPE、6PE、VPWS、VPLS、分层 VPLS、跨 AS 选项 A/B/C、pseudowire OAM。

段路由

SR-MPLS、SRv6、TI-LFA、ISIS/OSPF SR 扩展、Flex-Algo、SR Policy、PCEP/Stateful PCE、BGP-LS、SR ECMP、微环路避免。

EVPN & VXLAN

EVPN-VXLAN L2/L3、IRB anycast 网关、E-LINE、E-LAN、E-TREE、Active/Active 多归属、EVPN 路由过滤、VRF export-map、EVPN L3 GW 拼接。

AI/ML Fabric

RoCEv2 无损网络、PFC、ECN、DCBX、动态负载均衡（DLB）、PFC 死锁检测与恢复、交换机缓冲调优、基于 VXLAN 的 ECN。

运营商以太网

CFM（IEEE 802.1ag）、Y.1731、ERPS（G.8032）、ELPS（G.8031）、时延／丢包测量、DMM/DMR、SLM/SLR、以太网数据平面环回。

Timing & Sync

SyncE（G.8262）、IEEE 1588 PTP、G.8275.1 T-BC/T-GM/T-TSC、G.8275.2、ESMC、E2E transparent clock、IWF、SMPTE 2059-2。

Management & Automation

CLI、NETCONF/YANG、gNMI 流式遥测（On-Change）、SNMP v1/v2c/v3、Ansible、ZTP、NACM、K3S 容器生命周期管理。

SP 许可层级

Tier: Includes
IPBASE: BGP、OSPF、IS-IS、ECMP、VRF、VRRP、组播
MPLS: LDP, RSVP-TE, SR-MPLS, TI-LFA, Flex-Algo, PCEP, BGP-LS, L2VPN, L3VPN, EVPN, CFM, Y.1731
CSR: SyncE、PTP (G.8275.1/G.8275.2)、MPLS、移动回传
PLUS: IPoDWDM (400G OpenZR+ coherent), SRv6 & EVPN/L3VPN over SRv6

DC 许可层级

Tier: Includes
IPBASE: IP 路由、EVPN-VXLAN、BGP unnumbered、MLAG、ECMP
PLUS: IPoDWDM (400G/800G OpenZR+) for DCI, AI fabric (DLB, PFC/ECN, PFC deadlock), gNMI telemetry, buffer tuning

验证硬件

SP (26): Qumran MX/AX/UX/Q2C/Q2C+/Q2A/Q2U, Jericho 2C+
DC (17): Tomahawk 2–5, Trident 3/4
Vendors: Edgecore, UfiSpace, Celestica

Release Information

OcNOS-SP: 7.0.0
OcNOS-DC: 7.0.0
功能: 共 700+
平台: 43 项已验证
已更新: June 2026

资源

OcNOS-SP product page
OcNOS-DC product page
硬件兼容性列表
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