Telecommunications
18 columns
500 rows
8 formats

5G Standalone (SA) Core Network Locations

This dataset provides detailed, location-specific information on 5G Standalone (SA) core network element deployments, including AMF, SMF, and UPF placements across centralized, distributed, and edge facilities. It covers data center locations, cloud infrastructure types, and service-based architecture topologies, making it ideal for network planning, optimization, and regulatory compliance analysis.

last updated 1 Nov 2025
by GoMask

The brief that made it

5G network planning and optimization

Sample rows

preview · 8 of 500 rows · all 18 columns

network_element_idstring	network_element_typestring	is_activeboolean	placement_typestring	facility_idstring	facility_namestring	address_streetstring	address_citystring	address_statestring	address_postal_codestring	address_countrystring	latitudefloat	longitudefloat	cloud_infrastructure_typestring	cloud_providerstring	service_architecture_topologystring	deployment_datedate	operator_namestring
AMF-CENT-NY-001	AMF	false	centralized	DC-NY-01	Metro NY Data Center	123 Madison Ave	New York	NY	10010	USA	40.741895	-73.989308	on-premises	blank	hub-and-spoke	2018-03-12	Telecom United
SMF-CENT-DE-001	SMF	false	centralized	DC-BER-01	Berlin Core Facility	Friedrichstrasse 45	Berlin	BE	10117	Germany	52.520008	13.404954	on-premises	blank	mesh	2019-07-24	EuroNet
UPF-EDGE-MUM-001	UPF	true	edge	EDGE-MUM-1	Mumbai Edge Facility	15 Bandra Kurla Complex	Mumbai	MH	400051	India	19.0668	72.8506	hybrid	AWS	hierarchical	2022-01-15	IndiCore Telecom
SMF-DIST-LON-001	SMF	true	distributed	DIST-LON-1	London West Cloud	210 Oxford St	London	ENG	W1D 1NN	UK	51.5144	-0.1497	public cloud	Azure	mesh	2023-02-28	BritTel Networks
UPF-CENT-TYO-001	UPF	true	centralized	DC-TYO-01	Tokyo Data Core	2-1-1 Otemachi	Tokyo	TYO	100-0004	Japan	35.6841	139.767	on-premises	blank	hub-and-spoke	2020-05-19	JapanCore Telco
AMF-EDGE-PAR-001	AMF	true	edge	EDGE-PAR-1	Paris Edge Cluster	10 Rue de Rivoli	Paris	IDF	75001	France	48.8566	2.3522	hybrid	GCP	mesh	2022-08-03	FranceNet
UPF-DIST-SAO-001	UPF	true	distributed	DIST-SAO-1	Sao Paulo Cloud Center	Av Paulista 1000	Sao Paulo	SP	01310-100	Brazil	-23.5615	-46.6559	public cloud	AWS	mesh	2021-03-27	BrasilTel
SMF-CENT-SF-001	SMF	true	centralized	DC-SF-01	San Francisco Data Hub	600 Market St	San Francisco	CA	94104	USA	37.7898	-122.4005	on-premises	blank	mesh	2019-10-11	Telecom United
AMF-DIST-SYD-001	AMF	true	distributed	DIST-SYD-1	Sydney Distributed Node	125 George St	Sydney	NSW	2000	Australia	-33.8675	151.207	public cloud	GCP	hierarchical	2021-11-20	AusNet
UPF-EDGE-OSL-001	UPF	true	edge	EDGE-OSL-1	Oslo Edge Facility	Karl Johans gate 15	Oslo	OSL	0154	Norway	59.9139	10.7522	hybrid	Azure	hierarchical	2022-07-11	NordicTel
AMF-CENT-DEL-001	AMF	false	centralized	DC-DEL-01	Delhi Central Facility	22 Connaught Place	Delhi	DL	110001	India	28.6304	77.2177	on-premises	blank	mesh	2020-02-10	IndiCore Telecom
SMF-DIST-MAN-001	SMF	true	distributed	DIST-MAN-1	Manchester Cloud Node	50 Piccadilly	Manchester	ENG	M1 2AF	UK	53.4808	-2.2426	public cloud	AWS	mesh	2023-03-04	BritTel Networks
UPF-EDGE-MEL-001	UPF	true	edge	EDGE-MEL-2	Melbourne Edge Site	10 Collins St	Melbourne	VIC	3000	Australia	-37.8136	144.9631	hybrid	GCP	mesh	2022-10-25	AusNet
SMF-CENT-CHI-001	SMF	false	centralized	DC-CHI-01	Chicago Data Center	500 S Clark St	Chicago	IL	60605	USA	41.8767	-87.6315	on-premises	blank	hub-and-spoke	2018-12-01	Telecom United
AMF-DIST-HAM-001	AMF	true	distributed	DIST-HAM-1	Hamburg Distributed Facility	Mönckebergstrasse 18	Hamburg	HH	20095	Germany	53.5511	9.9937	public cloud	Azure	hierarchical	2021-06-13	EuroNet
UPF-DIST-RIO-001	UPF	true	distributed	DIST-RIO-1	Rio Cloud Node	Rua da Carioca 35	Rio de Janeiro	RJ	20050-008	Brazil	-22.9068	-43.1729	public cloud	AWS	mesh	2021-04-09	BrasilTel
AMF-EDGE-BOM-001	AMF	true	edge	EDGE-BOM-2	Mumbai II Edge Facility	20 Nariman Point	Mumbai	MH	400021	India	18.9261	72.8235	hybrid	Azure	hierarchical	2023-01-21	IndiCore Telecom
SMF-CENT-AMS-001	SMF	false	centralized	DC-AMS-01	Amsterdam Core Hub	Damrak 80	Amsterdam	NH	1012 LP	Netherlands	52.3738	4.8909	on-premises	blank	hub-and-spoke	2019-09-17	DutchTel
UPF-EDGE-ANT-001	UPF	false	edge	EDGE-ANT-1	Antarctica Test Facility	NA	McMurdo	ANT	00000	Antarctica	blank	blank	on-premises	blank	blank	2017-12-31	PolarTestNet
SMF-DIST-DEL-002	SMF	true	distributed	DIST-DEL-1	Delhi Distributed Node	44 Nehru Place	Delhi	DL	110019	India	28.5546	77.2076	public cloud	GCP	mesh	2023-02-18	IndiCore Telecom

What the 500 rows show

from the 500-row sample

74%is_active = true
3cloud infrastructure types
3cloud providers
3service architecture topologies
63address countries
110address cities

network_element_type500 rows by value

placement_type500 rows · 3 values

distributed170
edge167
centralized163

18 columns by typefrom the column list below

string 14
float 2
date 1
boolean 1

Columns

18 columns in four groups

blueprint · 18 columns
column	type	description	example
Text 14 columns
`network_element_id`	string	Unique identifier for the 5G core network element (e.g., AMF, SMF, UPF)unique	AMF-CENT-NY-001
`network_element_type`	string	Type of 5G core network element (e.g., AMF, SMF, UPF)AMF · SMF · UPF	AMF
`placement_type`	string	Placement strategy for the network element (centralized, distributed, edge)centralized · distributed · edge	centralized
`facility_id`	string	Unique identifier for the data center or facility where the network element is deployed	DC-NY-01
`facility_name`	string	Name of the data center or facility	Metro NY Data Center
`address_street`	string	Street address of the facility	123 Madison Ave
`address_city`	string	City where the facility is located	New York
`address_state`	string	State or province where the facility is located	NY
`address_postal_code`	string	Postal or ZIP code of the facility	10010
`address_country`	string	Country where the facility is located	USA
`cloud_infrastructure_type`	string	Type of cloud infrastructure used (on-premises, public cloud, hybrid)on-premises · public cloud · hybrid	on-premises
`cloud_provider`	string	Name of the public cloud provider (e.g., AWS, Azure, GCP) if applicable3 providers · optional	AWS
`service_architecture_topology`	string	Description of the service-based architecture topology (e.g., mesh, hub-and-spoke, hierarchical)3 topologies · optional	hub-and-spoke
`operator_name`	string	Name of the telecom operator managing the network element	Telecom United
Numbers 2 columns
`latitude`	float	Latitude coordinate of the facility-90 to 90 · optional	40.741895
`longitude`	float	Longitude coordinate of the facility-180 to 180 · optional	-73.989308
Dates and times 1 column
`deployment_date`	date	Date when the network element was deployed at the facilityoptional	2018-03-12
True or false 1 column
`is_active`	boolean	Indicates if the network element is currently active	false

Use it for

A telecommunications dashboard
The is_active rate, is_active by network_element_type and a breakdown of placement_type. Excel, Power BI or Tableau.
Why do 368 of 500 rows have is_active = true?
A class exercise
Hand out the rows and one question. Everyone works from the same 500 rows.
Network elements500
AMF-CENT-NY-001AMF
UPF-EDGE-MUM-001UPF
SMF-DIST-LON-001SMF
A software demo
Believable network elements with network_element_type, placement_type and facility_id to fill a screen in front of a buyer.

This dataset500 rows18 columns

Yours1,000 rows18 columnsaddress_street: UK only

blueprint · 5g-standalone-sa-core-network-locations

Behind this dataset

Same schema. As many rows as you need.

These 500 rows came out of a blueprint — 18 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

Network function instance ID (AMF, SMF, UPF, UDM, etc.)
Deployment location: central data center, regional edge, far edge (MEC)
Data center facility: operator-owned, colocation (Equinix, Digital Realty), hyperscale cloud
Cloud infrastructure: bare metal, VMs (VMware, OpenStack), containers (Kubernetes)
UPF placement strategy: centralized anchor, distributed (regional), edge (ultra-low latency)
Service-based architecture: RESTful APIs, HTTP/2, OAuth 2.0 security
Network slicing support and slice-specific NF instances
Control and user plane separation (CUPS) for flexible scaling

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

Open the blueprint in Data Factory

1 credit per row. New accounts start with 25 free credits.

Exports: CSV, JSON, JSONL, Parquet, SQL, Excel, TSV, XML
Licence: yours to use, including commercially
API slug: 5g-standalone-sa-core-network-locations

What should your data show?

No signup. No card.

Sample rows

What the 500 rows show

Columns

Use it for

A telecommunications dashboard

A class exercise

A software demo

Make it yours.

Same schema. As many rows as you need.

More in Telecommunications

What should your data show?