Telecommunications
19 columns
250 rows
8 formats

MPLS Traffic Engineering and LSP Management

This dataset provides detailed records of MPLS label switched paths (LSPs) for traffic engineering, including router endpoints, explicit routing paths, bandwidth reservations and utilization, fast reroute configurations, RSVP-TE signaling status, and QoS assignments. It is ideal for network engineers, planners, and operations teams seeking to optimize MPLS networks, monitor performance, and ensure high availability.

last updated 1 Nov 2025
by GoMask

The brief that made it

Network capacity planning and optimization

Sample rows

preview · 8 of 250 rows · all 19 columns

lsp_idstring	rsvp_te_signaling_statusstring	secondary_path_latency_msfloat	frr_enabledboolean	frr_typestring	lsp_namestring	ingress_router_idstring	egress_router_idstring	explicit_path_hop1string	explicit_path_hop2string	explicit_path_hop3string	bandwidth_reserved_mbpsfloat	bandwidth_utilized_mbpsfloat	qos_classstring	last_updateddatetime	admin_statusstring	operational_statusstring	primary_path_latency_msfloat	remarksstring
lsp-001-coreA	up	12.1	true	link	Core Backbone MPLS LSP 01	R01-NYC	R12-LON	10.0.0.1	10.0.1.1	10.0.2.1	8500.2	8412.91	gold	2024-06-04T10:15:22Z	enabled	active	2.8	High availability, premium client, backbone route.
lsp-002-intlB	pending	89.2	true	node	Intl Silver MPLS Path 02	R09-AMS	R13-TYO	193.0.1.9	202.1.2.3	203.0.113.51	500.5	367.12	silver	2024-06-02T19:27:46Z	maintenance	degraded	61.3	International peering, moderate latency, scheduled upgrade.
lsp-003-edgeC	down	blank	false	none	Edge Bronze Test LSP 03	R03-ORD	R02-DFW	blank	blank	blank	0.01	0	bronze	2024-04-17T21:52:19Z	disabled	inactive	blank	Low-priority, test, zero traffic, legacy route.
lsp-004-coreD	up	15	true	link	Core Gold Backbone LSP 04	R05-LAX	R16-FRA	10.0.3.1	10.0.4.1	10.0.5.1	9924	9887.77	gold	2024-06-03T14:22:12Z	enabled	active	4.2	High availability, premium client, backbone.
lsp-005-intlE	up	31.5	true	link	International Silver LSP 05	R07-PAR	R18-BOM	194.0.1.7	195.1.2.3	203.0.113.98	650.1	584.11	silver	2024-06-03T02:13:48Z	enabled	active	20.7	International long-haul, moderate usage.
lsp-006-edgeF	down	blank	false	none	Edge Bronze Legacy LSP 06	R11-MIA	R10-LAS	255.255.255.255	blank	blank	50	0	bronze	2024-05-11T15:38:23Z	disabled	inactive	blank	Legacy MPLS, zero traffic, maintenance scheduled.
lsp-007-coreG	up	18.2	true	node	Core Gold Backbone LSP 07	R04-ATL	R17-SIN	10.1.0.2	10.1.1.2	10.1.2.2	6500	6479.99	gold	2024-06-04T09:18:09Z	enabled	active	7.1	Premium, high-bandwidth, backbone, low latency.
lsp-008-intlH	pending	90.7	true	node	Intl Silver MPLS Path 08	R15-LON	R14-PVG	195.0.1.15	202.1.3.4	203.0.113.101	330.33	252.9	silver	2024-06-04T12:24:41Z	maintenance	degraded	49.3	International peering, moderate latency.
lsp-009-edgeI	pending	blank	false	none	Bronze Edge MPLS LSP 09	R06-SEA	R19-JNB	0.0.0.0	blank	blank	75.15	41.3	bronze	2024-05-30T07:11:38Z	enabled	inactive	blank	Bronze, edge-case, test config, boundary IP.
lsp-010-coreJ	up	14.5	true	link	Core Gold Backbone LSP 10	R08-CHI	R20-DXB	10.2.0.3	10.2.1.3	10.2.2.3	9200	9100.58	gold	2024-06-03T23:55:04Z	enabled	active	9.2	Premium route, backbone, active, low latency.
lsp-011-intlK	up	33.2	true	link	Silver Intl MPLS LSP 11	R12-LON	R05-LAX	195.0.1.12	202.1.2.5	203.0.113.110	400	309	silver	2024-06-04T06:03:17Z	enabled	active	26.1	International peering, moderate usage, enabled.
lsp-012-edgeL	pending	blank	false	none	Bronze Edge Legacy LSP 12	R16-FRA	R01-NYC	10.10.10.10	blank	blank	100	55.12	bronze	2024-05-20T13:27:30Z	enabled	inactive	blank	Legacy route, minimal config, maintenance.
lsp-013-coreM	up	12.4	true	node	Core Gold Backbone LSP 13	R20-DXB	R04-ATL	10.3.0.4	10.3.1.4	10.3.2.4	5000	4975	gold	2024-06-04T07:40:59Z	enabled	active	5.7	Backbone, high-bandwidth, premium.
lsp-014-intlN	pending	112.4	true	node	Silver Intl MPLS LSP 14	R13-TYO	R07-PAR	202.1.1.13	193.0.2.7	203.0.113.120	700	560	silver	2024-06-03T03:33:11Z	maintenance	degraded	88	Long-haul, moderate usage, pending upgrade.
lsp-015-edgeO	pending	blank	false	none	Bronze Edge MPLS LSP 15	R02-DFW	R09-AMS	192.168.1.2	blank	blank	120	47.21	bronze	2024-05-17T02:55:19Z	enabled	inactive	blank	Bronze edge, minimal config, test route.
lsp-016-coreP	up	15.6	true	link	Core Gold Backbone LSP 16	R10-LAS	R08-CHI	10.4.0.5	10.4.1.5	10.4.2.5	6100	6082.19	gold	2024-06-04T01:44:56Z	enabled	active	4.9	Premium backbone, high bandwidth, recent activity.
lsp-017-intlQ	up	19.8	true	link	Silver Intl MPLS LSP 17	R18-BOM	R14-PVG	194.168.1.18	203.0.113.14	202.1.2.14	700	691	silver	2024-06-04T15:35:15Z	enabled	active	16.2	International long-haul, enabled, moderate latency.
lsp-018-edgeR	down	blank	false	none	Bronze Edge Legacy LSP 18	R19-JNB	R03-ORD	10.20.20.20	blank	blank	75	0	bronze	2024-05-02T17:08:09Z	disabled	inactive	blank	Legacy route, scheduled maintenance, zero traffic.
lsp-019-coreS	up	11.2	true	node	Core Gold Backbone LSP 19	R14-PVG	R11-MIA	10.5.0.6	10.5.1.6	10.5.2.6	5800	5745	gold	2024-06-04T04:17:02Z	enabled	active	2.1	Backbone, premium, high-bandwidth, low latency.
lsp-020-intlT	up	58.2	true	link	Silver Intl MPLS LSP 20	R15-LON	R18-BOM	202.1.3.15	193.0.2.18	203.0.113.150	550	482	silver	2024-06-04T16:29:27Z	enabled	active	40.8	International, moderate usage, enabled.

What the 250 rows show

from the 250-row sample

Pending (rsvp te signaling status) stands out: mean secondary_path_latency_ms is 79.6, against 20.1 for the rest.

67%frr_enabled = true
19.4median secondary_path_latency_ms
3qos classes
3admin statuses
3operational statuses
422.6median bandwidth_reserved_mbps

Mean secondary_path_latency_ms by rsvp_te_signaling_status165 rows

secondary_path_latency_ms165 rows, in bands of 20

Median 19.4, from 10.2 to 129.2.

frr_type250 rows · 3 values

link92
none82
node76

19 columns by typefrom the column list below

string 13
float 4
datetime 1
boolean 1

Columns

19 columns in four groups

blueprint · 19 columns
column	type	description	example
Text 13 columns
`lsp_id`	string	Unique identifier for the Label Switched Path (LSP)unique	lsp-001-coreA
`lsp_name`	string	Human-readable name for the LSP	Intl Silver MPLS Path 02
`ingress_router_id`	string	Identifier of the ingress router for the LSP	R01-NYC
`egress_router_id`	string	Identifier of the egress router for the LSP	R12-LON
`explicit_path_hop1`	string	Router ID or IP address of the first hop in the explicit pathoptional	10.0.0.1
`explicit_path_hop2`	string	Router ID or IP address of the second hop in the explicit pathoptional	10.0.1.1
`explicit_path_hop3`	string	Router ID or IP address of the third hop in the explicit pathoptional	10.0.2.1
`frr_type`	string	Type of Fast Reroute protection (e.g., 'link', 'node', 'none')link · node · none · optional	link
`rsvp_te_signaling_status`	string	Status of RSVP-TE signaling for the LSP (e.g., 'up', 'down', 'pending')up · down · pending	up
`qos_class`	string	Quality of Service class assigned to the LSP (e.g., 'gold', 'silver', 'bronze')gold · silver · bronze · optional	gold
`admin_status`	string	Administrative status of the LSP (e.g., 'enabled', 'disabled', 'maintenance')enabled · disabled · maintenance	enabled
`operational_status`	string	Operational status of the LSP (e.g., 'active', 'inactive', 'degraded')active · inactive · degraded	active
`remarks`	string	Additional notes or remarks about the LSPoptional	UK long-haul, batch 2.
Numbers 4 columns
`bandwidth_reserved_mbps`	float	Bandwidth reserved for the LSP in Mbps0 or more	8500.2
`bandwidth_utilized_mbps`	float	Current bandwidth utilized by the LSP in Mbps0 or more · optional	8412.91
`primary_path_latency_ms`	float	Measured latency of the primary path in milliseconds0 or more · optional	2.8
`secondary_path_latency_ms`	float	Measured latency of the secondary (FRR) path in milliseconds0 or more · optional	12.1
Dates and times 1 column
`last_updated`	datetime	Timestamp of the last update to the LSP record	2024-06-04T10:15:22Z
True or false 1 column
`frr_enabled`	boolean	Indicates if Fast Reroute (FRR) is enabled for the LSP	true

Use it for

A telecommunications dashboard
The frr_enabled rate, secondary_path_latency_ms by rsvp_te_signaling_status and a breakdown of frr_type. Excel, Power BI or Tableau.
Why do the 48 pending rows have a mean secondary_path_latency_ms of 79.6?
A root-cause class exercise
Hand out the rows and one question. The answer is in the data, not in the brief.
Lsps250
lsp-001-coreA12.1up
lsp-002-intlB89.2pending
lsp-003-edgeCdown
A software demo
Believable lsps with lsp_name, ingress_router_id and egress_router_id to fill a screen in front of a buyer.

This dataset250 rows19 columns

Yours1,000 rows19 columns

blueprint · mpls-traffic-engineering-and-lsp-management

Behind this dataset

Same schema. As many rows as you need.

These 250 rows came out of a blueprint — 19 columns with generation rules behind each one. Open it in Data Factory to retune a column, add your own, wire in foreign keys, and run it at the size you actually need.

Rules it was built with

LSP (Label Switched Path) identifier and name
Ingress router (headend) and egress router (tailend)
Explicit path: sequence of routers/links for traffic forwarding
Bandwidth reservation: guaranteed bandwidth (Mbps or Gbps)
RSVP-TE (Resource Reservation Protocol - Traffic Engineering) signaling
Fast reroute (FRR): backup path for sub-50ms failover
Primary and secondary LSPs for redundancy
LSP utilization: actual traffic vs. reserved bandwidth

Rows1,000 rows10,000 rows100,000 rows1,000,000 rows

Open the blueprint in Data Factory

1 credit per row. Preview 20 rows free. Buy rows for the full run.

Exports: CSV, JSON, JSONL, Parquet, SQL, Excel, TSV, XML
Licence: yours to use, including commercially
API slug: mpls-traffic-engineering-and-lsp-management

What should your data show?

No signup. No card.

Sample rows

What the 250 rows show

Columns

Use it for

A telecommunications dashboard

A root-cause class exercise

A software demo

Make it yours.

Same schema. As many rows as you need.

More in Telecommunications

What should your data show?