Telecommunications
26 columns
250 rows
8 formats

Carrier Aggregation Configuration and Performance

This dataset provides detailed records of LTE-Advanced and 5G carrier aggregation configurations, including primary and secondary cell parameters, component carrier combinations, aggregated bandwidth, configuration changes, throughput improvements, and user equipment capability matching. It enables comprehensive analysis of CA deployments, performance gains, and device compatibility, supporting network optimization and technology benchmarking.

last updated 1 Nov 2025
by GoMask

The brief that made it

Analyzing the impact of carrier aggregation on network throughput

Sample rows

preview · 8 of 250 rows · all 26 columns

ca_config_idstring	ca_config_change_typestring	s_cell_countinteger	s_cell_band_1string	deployment_typestring	p_cell_bandstring	p_cell_frequencyfloat	p_cell_bandwidthfloat	s_cell_frequency_1float	s_cell_bandwidth_1float	s_cell_band_2string	s_cell_frequency_2float	s_cell_bandwidth_2float	s_cell_band_3string	s_cell_frequency_3float	s_cell_bandwidth_3float	component_carrier_combinationstring	aggregated_bandwidthfloat	ca_config_change_datedate	throughput_before_cafloat	throughput_after_cafloat	throughput_improvement_percentfloat	ue_modelstring	ue_ca_capabilitystring	ue_ca_matchboolean	notesstring
CFG001-US22-2022	initial	1	B3	LTE-Advanced	B7	2600	20	1800	20	blank	blank	blank	blank	blank	blank	B7+B3	40	2022-02-18	40.2	110.4	174.6	Samsung Galaxy S21	2CC LTE-A: B7+B3	true	Urban deployment, typical configuration for US market
CFG002-DE21-2021	downgrade	0	blank	LTE-Advanced	B20	800	10	blank	blank	blank	blank	blank	blank	blank	blank	B20	10	2021-09-07	20.7	19.8	0	Nokia 5.3	Single LTE: B20	true	Edge case: single carrier, rural deployment in Germany
CFG003-JP23-2023	upgrade	2	n257	5G	n78	3600	100	26500	400	n41	2500	100	blank	blank	blank	n78+n257+n41	600	2023-03-15	1300.5	7100.7	445.97	Sony Xperia 1 IV	3CC NR: n78+n257+n41	true	Advanced urban deployment, mmWave aggregation in Tokyo
CFG004-GB22-2022	initial	1	B7	LTE-Advanced	B3	1800	20	2600	20	blank	blank	blank	blank	blank	blank	B3+B7	40	2022-05-08	32.8	98.7	200.73	Huawei P30	2CC LTE-A: B3+B7	true	Central London test, typical urban configuration
CFG005-IN21-2021	upgrade	1	n78	5G	n41	2500	100	3700	80	blank	blank	blank	blank	blank	blank	n41+n78	180	2021-04-22	380.6	1090.1	186.55	OnePlus 9 Pro	2CC NR: n41+n78	true	Metro area, moderate bandwidth aggregation in India
CFG006-AU23-2023	initial	0	blank	LTE-Advanced	B28	700	10	blank	blank	blank	blank	blank	blank	blank	blank	B28	10	2023-07-02	12.9	13.2	2.33	Oppo A74	Single LTE: B28	true	Rural Australia, single band deployment
CFG007-FR22-2022	upgrade	2	B7	LTE-Advanced	B3	1800	15	2600	20	B20	800	10	blank	blank	blank	B3+B7+B20	45	2022-03-12	52.6	175.3	233.41	Apple iPhone 13	3CC LTE-A: B3+B7+B20	true	Suburban Paris, advanced aggregation
CFG008-US23-2023	initial	1	n78	5G	n258	27500	800	3700	100	blank	blank	blank	blank	blank	blank	n258+n78	900	2023-01-23	2100	8200	290.48	Google Pixel 6 Pro	2CC NR: n258+n78	true	Advanced urban deployment, mmWave in New York
CFG009-KR21-2021	upgrade	3	n257	5G	n78	3500	100	26500	400	n41	2500	100	n7	2600	100	n78+n257+n41+n7	700	2021-06-10	1500	8100	440	LG V60 ThinQ	4CC NR: n78+n257+n41+n7	true	Seoul, mmWave/spectrum aggregation, flagship test
CFG010-CA23-2023	upgrade	2	B20	LTE-Advanced	B7	2600	20	800	10	B3	1800	15	blank	blank	blank	B7+B20+B3	45	2023-05-12	55	190	245.45	Sony Xperia 10 II	3CC LTE-A: B7+B20+B3	true	Toronto, suburban LTE aggregation
CFG011-CN22-2022	initial	1	n78	5G	n41	2500	60	3700	80	blank	blank	blank	blank	blank	blank	n41+n78	140	2022-04-21	400	1450	262.5	Xiaomi Mi 11	2CC NR: n41+n78	true	Shanghai, urban 5G aggregation
CFG012-IT23-2023	upgrade	1	B3	LTE-Advanced	B7	2600	20	1800	15	blank	blank	blank	blank	blank	blank	B7+B3	35	2023-01-10	44.8	132.5	195.58	Motorola Edge 20	2CC LTE-A: B7+B3	true	Rome, typical upgrade scenario
CFG013-ES21-2021	upgrade	2	B20	LTE-Advanced	B3	1800	20	800	10	B7	2600	20	blank	blank	blank	B3+B20+B7	50	2021-02-27	66.7	215	222.44	Samsung Galaxy S20 FE	3CC LTE-A: B3+B20+B7	true	Madrid, advanced LTE aggregation
CFG014-BR22-2022	upgrade	1	n78	5G	n28	700	30	3700	100	blank	blank	blank	blank	blank	blank	n28+n78	130	2022-07-19	280	690	146.43	Motorola Moto G 5G	2CC NR: n28+n78	true	Brazil, rural 5G aggregation
CFG015-CA22-2022	upgrade	3	B20	LTE-Advanced	B7	2600	20	800	10	B3	1800	20	B8	900	10	B7+B20+B3+B8	60	2022-05-15	70	275	292.86	Apple iPhone 12	4CC LTE-A: B7+B20+B3+B8	true	Toronto, advanced suburban aggregation
CFG016-DE23-2023	upgrade	2	n41	5G	n78	3700	100	2500	80	n258	27500	400	blank	blank	blank	n78+n41+n258	580	2023-04-20	1450	6700	362.07	Samsung Galaxy S22 Ultra	3CC NR: n78+n41+n258	true	Berlin, mmWave spectrum aggregation
CFG017-IN22-2022	initial	0	blank	LTE-Advanced	B8	900	10	blank	blank	blank	blank	blank	blank	blank	blank	B8	10	2022-11-28	18.5	18.9	2.16	Vivo Y21	Single LTE: B8	true	Rural India, single band configuration
CFG018-JP22-2022	initial	1	n78	5G	n28	700	30	3700	100	blank	blank	blank	blank	blank	blank	n28+n78	130	2022-06-17	380	800	110.53	Google Pixel 5	2CC NR: n28+n78	true	Rural Japan, moderate aggregation
CFG019-US21-2021	downgrade	0	blank	LTE-Advanced	B5	850	10	blank	blank	blank	blank	blank	blank	blank	blank	B5	10	2021-08-22	9.1	8.9	0	LG K51	Single LTE: B5	true	Single band, rural US, downgrade scenario
CFG020-AU22-2022	initial	1	B7	LTE-Advanced	B28	700	15	2600	20	blank	blank	blank	blank	blank	blank	B28+B7	35	2022-05-06	34.5	95	175.36	Samsung Galaxy A52	2CC LTE-A: B28+B7	true	Australian city, urban aggregation

What the 250 rows show

from the 250-row sample

Downgrade (ca config change type) stands out: mean s_cell_count is 0.03, against 1.3 for the rest.

1median s_cell_count
2deployment types
10s cell band 2s
15p cell bands
2,500median p_cell_frequency
20median p_cell_bandwidth

Mean s_cell_count by ca_config_change_type250 rows

s_cell_count250 rows, in bands of 0.5

Median 1, from 0 to 3.

s_cell_band_1187 rows with a value · 63 left blank

n7849
B330
B729
B2018
n4117
n25713
B811
n2587
n14
n284

26 columns by typefrom the column list below

string 11
integer 1
float 12
date 1
boolean 1

Columns

26 columns in four groups

blueprint · 26 columns
column	type	description	example
Text 11 columns
`ca_config_id`	string	Unique identifier for each carrier aggregation configuration instanceunique	CFG001-US22-2022
`deployment_type`	string	Type of deployment, e.g., LTE-Advanced or 5GLTE-Advanced · 5G	LTE-Advanced
`p_cell_band`	string	Primary cell frequency band (e.g., B3, n78)	B7
`s_cell_band_1`	string	Secondary cell 1 frequency band (if present)optional	B3
`s_cell_band_2`	string	Secondary cell 2 frequency band (if present)10 2s · optional	n41
`s_cell_band_3`	string	Secondary cell 3 frequency band (if present)8 3s · optional	n7
`component_carrier_combination`	string	String representation of the component carrier combination (e.g., B3+B7+n78)	B7+B3
`ca_config_change_type`	string	Type of CA configuration change (e.g., initial, upgrade, downgrade)initial · upgrade · downgrade	initial
`ue_model`	string	User Equipment (UE) model name or identifier	Samsung Galaxy S21
`ue_ca_capability`	string	UE carrier aggregation capability description (e.g., 3CC, 4CC, supported bands)	2CC LTE-A: B7+B3
`notes`	string	Additional notes or comments about the configuration or deploymentoptional	Berlin, suburban upgrade
Numbers 13 columns
`p_cell_frequency`	float	Primary cell center frequency in MHz0 or more	2600
`p_cell_bandwidth`	float	Primary cell bandwidth in MHz0 or more	20
`s_cell_count`	integer	Number of secondary cells aggregated0 or more	1
`s_cell_frequency_1`	float	Secondary cell 1 center frequency in MHz0 or more · optional	1800
`s_cell_bandwidth_1`	float	Secondary cell 1 bandwidth in MHz0 or more · optional	20
`s_cell_frequency_2`	float	Secondary cell 2 center frequency in MHz0 or more · optional	2500
`s_cell_bandwidth_2`	float	Secondary cell 2 bandwidth in MHz0 or more · optional	100
`s_cell_frequency_3`	float	Secondary cell 3 center frequency in MHz0 or more · optional	2600
`s_cell_bandwidth_3`	float	Secondary cell 3 bandwidth in MHz0 or more · optional	100
`aggregated_bandwidth`	float	Total aggregated bandwidth in MHz0 or more	40
`throughput_before_ca`	float	Measured throughput before CA configuration in Mbps0 or more · optional	40.2
`throughput_after_ca`	float	Measured throughput after CA configuration in Mbps0 or more · optional	110.4
`throughput_improvement_percent`	float	Percentage improvement in throughput due to CA configuration0 to 100 · optional	174.6
Dates and times 1 column
`ca_config_change_date`	date	Date of the CA configuration change	2022-02-18
True or false 1 column
`ue_ca_match`	boolean	Indicates if UE capability matches the CA configuration	true

Use it for

A telecommunications dashboard
S_cell_count by ca_config_change_type and a breakdown of s_cell_band_1. Excel, Power BI or Tableau.
Why do the 37 downgrade rows have a mean s_cell_count of 0.03?
A root-cause class exercise
Hand out the rows and one question. The answer is in the data, not in the brief.
Ca configs250
CFG001-US22-20221initial
CFG002-DE21-20210downgrade
CFG003-JP23-20232upgrade
A software demo
Believable ca configs with deployment_type, p_cell_band and p_cell_frequency to fill a screen in front of a buyer.

This dataset250 rows26 columns

Yours1,000 rows26 columns

blueprint · carrier-aggregation-configuration-and-performance

Behind this dataset

Same schema. As many rows as you need.

These 250 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

Cell ID and carrier aggregation configuration ID
PCell (Primary Cell) frequency band and bandwidth
SCell (Secondary Cell) bands and bandwidths for aggregation
CA combination: intra-band contiguous, intra-band non-contiguous, inter-band
Total aggregated bandwidth (MHz) across all component carriers
UE category support: Cat 6 (2CA), Cat 12 (3CA), Cat 16 (4CA), Cat 18/20 (5CA)
Throughput improvement: baseline vs. CA-enabled (Mbps gain)
CA activation rate: percentage of capable UEs using CA

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: carrier-aggregation-configuration-and-performance

What should your data show?

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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?