Telecommunications
26 columns
401 rows
8 formats

Antenna and Radio Equipment Configuration

This dataset provides a comprehensive view of antenna and radio equipment configurations for cellular network sites, detailing sector parameters, antenna specifications, MIMO setups, RRH associations, feeder cable losses, and cabinet inventories. It is ideal for network planning, optimization, and asset management in telecommunications infrastructure.

last updated 1 Nov 2025
by GoMask

The brief that made it

Cell site network planning and optimization

Sample rows

preview · 8 of 401 rows · all 26 columns

site_idstring	antenna_mimo_configurationstring	feeder_cable_loss_dbfloat	rrh_makestring	site_namestring	site_address_streetstring	site_address_citystring	site_address_statestring	site_address_postal_codestring	site_address_countrystring	sector_idstring	sector_azimuthinteger	sector_tilt_electricalfloat	sector_tilt_mechanicalfloat	antenna_idstring	antenna_makestring	antenna_modelstring	antenna_frequency_bandstring	rrh_idstring	rrh_modelstring	rrh_frequency_bandstring	cabinet_idstring	cabinet_makestring	cabinet_modelstring	cabinet_inventory_descriptionstring	last_updateddatetime
NYC-101A	2x2	1.4	Ericsson	Central Park North	123 E 110th St	New York	NY	10029	USA	NYC-101A-SEC1	0	10	0	ANT-NYC-101A-S1	Ericsson	AIR 6449	700MHz,2100MHz	RRH-NYC-101A-SEC1	RRU 4426	700MHz	CAB-NYC-101A-A	CommScope	CS-9000	LTE, backup generator, UPS	2024-05-25T14:12:45
NYC-101A	4x4	2.1	Ericsson	Central Park North	123 E 110th St	New York	NY	10029	USA	NYC-101A-SEC2	120	14.5	0	ANT-NYC-101A-S2	Ericsson	AIR 3225	850MHz	RRH-NYC-101A-SEC2	RRU 4439	850MHz	CAB-NYC-101A-B	Delta	Delta-7K	LTE, backup battery	2024-05-28T10:03:19
NYC-101A	Other	0.8	blank	Central Park North	123 E 110th St	New York	NY	10029	USA	NYC-101A-SEC3	240	0	30	ANT-NYC-101A-S3	Ericsson	AIR 3246	2100MHz	blank	blank	blank	CAB-NYC-101A-C	CommScope	CS-8000	LTE Only	2024-06-01T09:21:12
PARIS-OPERA-001	Massive MIMO	2.8	Huawei	Opera Bastille	12 Rue de Lyon	Paris	IDF	75012	FRA	PARIS-OPERA-001-SEC1	90	25	0	ANT-PARIS-OPERA-001-S1	Huawei	AAU5613	1800MHz,2600MHz	RRH-PARIS-OPERA-001-S1	RRU 3931	2600MHz	CAB-PARIS-OPERA-001-A	ABB	ABB-Flex	NR, 5G Node B, battery	2024-05-17T13:55:41
PARIS-OPERA-001	Massive MIMO	3.7	Huawei	Opera Bastille	12 Rue de Lyon	Paris	IDF	75012	FRA	PARIS-OPERA-001-SEC2	180	14.5	0	ANT-PARIS-OPERA-001-S2	Huawei	Active 5G	3500MHz,4800MHz	RRH-PARIS-OPERA-001-S2	RRU 3972	4800MHz	CAB-PARIS-OPERA-001-B	ABB	ABB-XL	NR, cooling, generator	2024-05-17T16:07:19
PARIS-OPERA-001	4x4	1.2	Huawei	Opera Bastille	12 Rue de Lyon	Paris	IDF	75012	FRA	PARIS-OPERA-001-SEC3	270	0	30	ANT-PARIS-OPERA-001-S3	Huawei	AAU5613	1800MHz	RRH-PARIS-OPERA-001-S3	RRU 3931	1800MHz	blank	blank	blank	blank	2024-06-02T11:30:07
LDN-BK101	2x2	2	Kathrein	Brick Lane East	78 Brick Lane	London	ENG	E1 6RL	GBR	LDN-BK101-SEC1	60	12.5	0	ANT-LDN-BK101-S1	Kathrein	K80010608	800MHz,1800MHz	RRH-LDN-BK101-SEC1	KR-8008	800MHz	CAB-LDN-BK101-A	Rittal	RIT-1200	LTE Only, small battery	2024-05-29T12:45:53
LDN-BK101	8x8	3.5	Huawei	Brick Lane East	78 Brick Lane	London	ENG	E1 6RL	GBR	LDN-BK101-SEC2	180	0	30	ANT-LDN-BK101-S2	Huawei	AAU5613	1800MHz,2600MHz	RRH-LDN-BK101-SEC2	Active 5G	2600MHz	blank	blank	blank	blank	2023-11-14T10:11:43
AMS-WEST4	2x2	1.9	Comba	Westpoort Tower	Westpoortweg 2	Amsterdam	NH	1042 AB	NLD	AMS-WEST4-SEC1	45	10	0	ANT-AMS-WEST4-S1	Comba	CombaPro	1800MHz	RRH-AMS-WEST4-SEC1	CP-1800	1800MHz	CAB-AMS-WEST4-A	Delta	Delta-EU	LTE Only	2024-05-23T17:22:54
AMS-WEST4	Massive MIMO	2.3	blank	Westpoort Tower	Westpoortweg 2	Amsterdam	NH	1042 AB	NLD	AMS-WEST4-SEC2	135	0	30	ANT-AMS-WEST4-S2	Huawei	Active 5G	3500MHz	blank	blank	blank	blank	blank	blank	blank	2024-05-28T09:54:12
AMS-WEST4	2x2	1.6	Comba	Westpoort Tower	Westpoortweg 2	Amsterdam	NH	1042 AB	NLD	AMS-WEST4-SEC3	225	0	0	ANT-AMS-WEST4-S3	Comba	CombaPro	800MHz	RRH-AMS-WEST4-SEC3	CP-800	800MHz	CAB-AMS-WEST4-B	Rittal	RIT-1200	LTE Only	2024-05-18T11:15:34
STL-ARCH-900	2x2	1.1	Ericsson	Gateway Arch South	11 N 4th St	St. Louis	MO	63102	USA	STL-ARCH-900-SEC1	0	15	0	ANT-STL-ARCH-900-S1	Ericsson	AIR 6449	700MHz,850MHz	RRH-STL-ARCH-900-S1	RRU 4426	700MHz	CAB-STL-ARCH-900-A	CommScope	CS-9000	LTE, backup battery	2024-05-25T08:44:56
STL-ARCH-900	Other	1.6	blank	Gateway Arch South	11 N 4th St	St. Louis	MO	63102	USA	STL-ARCH-900-SEC2	120	10	0	ANT-STL-ARCH-900-S2	Ericsson	AIR 3225	2100MHz	blank	blank	blank	blank	blank	blank	blank	2022-12-13T14:11:31
STL-ARCH-900	Other	2.3	blank	Gateway Arch South	11 N 4th St	St. Louis	MO	63102	USA	STL-ARCH-900-SEC3	240	0	30	ANT-STL-ARCH-900-S3	Ericsson	AIR 3246	850MHz	blank	blank	blank	CAB-STL-ARCH-900-B	Delta	Delta-7K	LTE	2022-11-02T10:21:26
TKY-SHIBUYA-29	Massive MIMO	2.9	blank	Shibuya Crossing	2-24-1 Shibuya	Tokyo	TK	150-0002	JPN	TKY-SHIBUYA-29-SEC1	0	10	0	ANT-TKY-SHIBUYA-29-S1	Samsung	5GActive	3500MHz,4800MHz	blank	blank	blank	CAB-TKY-SHIBUYA-29-A	Schneider Electric	SE-4K	NR, cooling, battery	2024-05-31T18:15:03
TKY-SHIBUYA-29	Massive MIMO	4.2	blank	Shibuya Crossing	2-24-1 Shibuya	Tokyo	TK	150-0002	JPN	TKY-SHIBUYA-29-SEC2	120	12.2	0	ANT-TKY-SHIBUYA-29-S2	Samsung	5GActive	4800MHz	blank	blank	blank	blank	blank	blank	blank	2024-05-19T09:41:29
TKY-SHIBUYA-29	8x8	2.1	blank	Shibuya Crossing	2-24-1 Shibuya	Tokyo	TK	150-0002	JPN	TKY-SHIBUYA-29-SEC3	240	0	0	ANT-TKY-SHIBUYA-29-S3	Samsung	5GActive	3500MHz	blank	blank	blank	CAB-TKY-SHIBUYA-29-B	Schneider Electric	SE-4K	NR, cooling, battery	2024-06-02T20:51:05
RIO-FLAMENGO-2	Massive MIMO	3.2	Samsung	Flamengo Park	Av. Infante Dom Henrique	Rio de Janeiro	RJ	22210-030	BRA	RIO-FLAMENGO-2-SEC1	90	15	0	ANT-RIO-FLAMENGO-2-S1	Samsung	5GActive	2300MHz,4800MHz	RRH-RIO-FLAMENGO-2-S1	S-RRU23	4800MHz	blank	blank	blank	blank	2024-06-01T13:08:48
RIO-FLAMENGO-2	4x4	1.8	blank	Flamengo Park	Av. Infante Dom Henrique	Rio de Janeiro	RJ	22210-030	BRA	RIO-FLAMENGO-2-SEC2	180	0	30	ANT-RIO-FLAMENGO-2-S2	Samsung	5GActive	2300MHz	blank	blank	blank	CAB-RIO-FLAMENGO-2-A	ABB	ABB-Flex	NR, cooling	2024-05-27T21:14:38
RIO-FLAMENGO-2	8x8	2.3	Samsung	Flamengo Park	Av. Infante Dom Henrique	Rio de Janeiro	RJ	22210-030	BRA	RIO-FLAMENGO-2-SEC3	270	25	0	ANT-RIO-FLAMENGO-2-S3	Samsung	5GActive	2600MHz	RRH-RIO-FLAMENGO-2-S3	S-RRU26	2600MHz	CAB-RIO-FLAMENGO-2-B	ABB	ABB-Flex	NR, LTE, cooling	2024-05-30T07:22:16

What the 401 rows show

from the 401-row sample

Massive MIMO (antenna mimo configuration) stands out: mean feeder_cable_loss_db is 5.2, against 2.7 for the rest.

2.4median feeder_cable_loss_db
6cabinet makes
9antenna makes
21site address countries
21rrh frequency bands
37antenna frequency bands

Mean feeder_cable_loss_db by antenna_mimo_configuration401 rows

feeder_cable_loss_db401 rows, in bands of 2

Median 2.4, from 0.20 to 17.6.

rrh_make225 rows with a value · 176 left blank

Ericsson67
Huawei60
Kathrein30
Nokia30
Comba12
Samsung11
CommScope6
Fujitsu5
ZTE4

26 columns by typefrom the column list below

string 21
integer 1
float 3
datetime 1

Columns

26 columns in three groups

blueprint · 26 columns
column	type	description	example
Text 21 columns
`site_id`	string	Unique identifier for the cell site location	NYC-101A
`site_name`	string	Descriptive name of the cell siteoptional	Central Park North
`site_address_street`	string	Street address of the cell siteoptional	123 E 110th St
`site_address_city`	string	City where the cell site is locatedoptional	New York
`site_address_state`	string	State or province of the cell siteoptional	NY
`site_address_postal_code`	string	Postal code of the cell siteoptional	10029
`site_address_country`	string	Country where the cell site is locatedoptional	USA
`sector_id`	string	Unique identifier for the sector within the site	NYC-101A-SEC1
`antenna_id`	string	Unique identifier for the antenna	ANT-NYC-101A-S1
`antenna_make`	string	Manufacturer of the antenna9 makes	Ericsson
`antenna_model`	string	Model number or name of the antenna	AIR 6449
`antenna_frequency_band`	string	Frequency band(s) supported by the antenna (e.g., 700MHz, 1800MHz)	700MHz,2100MHz
`antenna_mimo_configuration`	string	MIMO configuration of the antenna (e.g., 2x2, 4x4, Massive MIMO)2x2 · 4x4 · 8x8 · Massive MIMO · Other	2x2
`rrh_id`	string	Unique identifier for the Remote Radio Head (RRH)optional	RRH-NYC-101A-SEC1
`rrh_make`	string	Manufacturer of the RRH9 makes · optional	Ericsson
`rrh_model`	string	Model number or name of the RRHoptional	RRU 4426
`rrh_frequency_band`	string	Frequency band supported by the RRHoptional	700MHz
`cabinet_id`	string	Unique identifier for the equipment cabinetoptional	CAB-NYC-101A-A
`cabinet_make`	string	Manufacturer of the equipment cabinet6 makes · optional	CommScope
`cabinet_model`	string	Model number or name of the equipment cabinetoptional	CS-9000
`cabinet_inventory_description`	string	Description of the equipment inventory in the cabinetoptional	LTE, backup battery
Numbers 4 columns
`sector_azimuth`	integer	Azimuth angle (degrees) for the sector0 to 359	0
`sector_tilt_electrical`	float	Electrical tilt (degrees) for the sector0 to 30 · optional	10
`sector_tilt_mechanical`	float	Mechanical tilt (degrees) for the sector0 to 30 · optional	0
`feeder_cable_loss_db`	float	Feeder cable loss in decibels (dB)0 or more · optional	1.4
Dates and times 1 column
`last_updated`	datetime	Timestamp of the last update to this configuration record	2024-05-25T14:12:45

Use it for

A telecommunications dashboard
Feeder_cable_loss_db by antenna_mimo_configuration and a breakdown of rrh_make. Excel, Power BI or Tableau.
Why do the 101 Massive MIMO rows have a mean feeder_cable_loss_db of 5.2?
A root-cause class exercise
Hand out the rows and one question. The answer is in the data, not in the brief.
Sites401
NYC-101A1.42x2
NYC-101A2.14x4
NYC-101A0.8Other
A software demo
Believable sites with site_name, site_address_street and site_address_city to fill a screen in front of a buyer.

This dataset401 rows26 columns

Yours1,000 rows26 columnssite_id: UK only

blueprint · antenna-and-radio-equipment-configuration

Behind this dataset

Same schema. As many rows as you need.

These 401 rows came out of a blueprint — 26 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

Site ID and sector identifier (typically 3 sectors: alpha, beta, gamma or 1, 2, 3)
Antenna make/model (Ericsson AIR, Nokia AirScale, Commscope, Kathrein)
Frequency bands supported: multi-band antennas (e.g., 700/850/1900/AWS/2.5GHz)
Antenna azimuth (0-360°) pointing direction and beamwidth
Antenna tilt: mechanical tilt (degrees) and electrical tilt (RET - Remote Electrical Tilt)
MIMO configuration: 2x2, 4x4, 8x8, Massive MIMO (64T64R)
RRH (Remote Radio Head) power output and band support
Feeder cable type, length, and insertion loss (dB)

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: antenna-and-radio-equipment-configuration

What should your data show?

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Sample rows

What the 401 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

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