3 UDR Benchmark Testing

This chapter describes UDR, SLF, and EIR test scenarios.

3.1 Test Scenario 1: SLF Call Deployment Model

This section provides information about SLF call deployment model test scenarios.

3.1.1 SLF Call Model: 24.2K TPS for Performance-Medium Resource Profile for SLF Lookup

This test scenario describes performance and capacity of SLF functionality offered by UDR and provides the benchmarking results for various deployment sizes.

You can perform benchmark tests on UDR/SLF for compute and storage resources by considering the following conditions:
  • Signaling (SLF Look Up): 24.2K TPS
  • Provisioning: 1260 TPS
  • Total Subscribers: 17M
  • Profile Size: 450 bytes
The following table describes the benchmarking parameters and their values:

Table 3-1 Traffic Model Details

Request Type Details TPS
Lookup 24.2k SLF Lookup GET Requests 24.2K
Provisioning (1.26K using Provgw one site) CREATE 126K
DELETE 126K
UPDATE 504K
GET 504K

Note:

  • To run this model, one UDR site is brought down and 24.2K look up traffic and 1.26K provisioning traffic are run from one site.
  • The values provided is for single site deployment
The following table describes the testcase parameters and their values:

Table 3-2 Testcase Parameters

Input Parameter Details Configuration Values
UDR Version Tag 24.2.4
Target TPS 24.2K Lookup + 1.26K Provisioning
Traffic Profile SLF 24.2K Profile
Notification Rate OFF
UDR Response Timeout 5s
Client Timeout 30s
Signaling Requests Latency Recorded on Client 10ms
Provisioning Requests Latency Recorded on Client 30ms
The following table describes consolidated resource requirement and their utilization:

Table 3-3 Consolidated Resource Requirement

Resource CPU Memory Ephemeral Storage PVC
cnDBTier 90 283 GB 16 GB 438
SLF 187 119 GB 32 GB NA
ProvGw 32 30 GB 10 GB NA
Buffer 50 50 GB 20 GB 200
Total 359 482 GB 78 GB 638

Note:

All values are inclusive of ASM sidecar.

The following table describes cnDBTier1 resources and their utilization:

Note:

  • The same resources and usage are application for cnDBTier2
  • For cnDBTier, you must use ocudr_slf_37msub_dbtier and ocudr_udr_10msub_dbtier custom value files for SLF and UDR respectively. For more information, see Cloud Native Core, Unified Data Repository Installation, Upgrade, and Fault Recovery Guide.

Table 3-4 cnDBTier Resources and Usage

Microservice Name Container Name Number of Pods CPU Allocation Per Pod (cnDBtier1) Memory Allocation Per Pod (cnDBtier1) Ephemeral Storage Per Pod PVC Allocation Per Pod Total Resources (cnDBtier) CPU Usage (cnDBtier) Memory Usage PVC Usage
Management node (ndbmgmd) mysqlndbcluster 2 2 CPUs 11.25 GB 1 GB 16 GB 6 CPUs

31 GB

Ephemeral Storage: 2 GB

PVC Allocation: 32 GB

Minimal resources are used 40 MB/pod
istio-proxy 1 CPUs 4 GB
Data node (ndbmtd) mysqlndbcluster 4 4 CPUs 33 GB 1 GB 25 GB (Backup: 56 GB)

28 CPUs

156 GB

Ephemeral Storage: 4 GB

PVC Allocation: 324 GB

3 CPU/pod 20 GB/pod 9 GB/pod (Backup: 103 MB/pod)
istio-proxy 2 CPUs 4 GB
db-backup-executor-svc 100m CPU 256 mi
APP SQL node (ndbappmysqld) mysqlndbcluster 5 4 CPUs 4 GB 1 GB 10 GB

35 CPUs

40 GB

Ephemeral Storage: 5 GB

PVC Allocation: 50 GB

4 CPU/pod 1 GB/pod 205 MB/pod
istio-proxy 3 CPUs 4 GB
SQL node (Used for Replication) (ndbmysqld) mysqlndbcluster 2 4 CPUs 16 GB 1 GB 16 GB

13 CPUs

41GB

Ephemeral Storage: 2 GB

PVC Allocation: 32 GB

Minimal resources are used 2.2 GB/pod
istio-proxy 2 CPUs 4 GB
init-sidecar 100m CPU 256 MB    
DB Monitor Service (db-monitor-svc) db-monitor-svc 1 4 CPUs 4 GB 1 GB NA

5 CPUs

5 GB

Ephemeral Storage: 1 GB

Minimal resources are used Minimal resources are used
istio-proxy 1 CPUs 1 GB
DB Backup Manager Service (backup-manager-svc) backup-manager-svc 1 100m CPU 128 MB 1 GB NA

2 CPUs

2 GB

Ephemeral Storage: 1 GB

Minimal resources are used Minimal resources are used
istio-proxy 1 CPUs 1 GB
Replication Service (db-replication-svc) db-replication-svc 1 2 CPU 12 GB 1 GB NA

3 CPUs

13 GB

Ephemeral Storage: 1 GB

Minimal resources are used Minimal resources are used
istio-proxy 200m CPU 500MB
The following table describes SLF resources and their utilization for Site1 (Lookup Latency: 10ms):

Table 3-5 SLF Resources and Usage

Microservice name Container name Number of Pods CPU Allocation Per Pod Memory Allocation Per Pod Total Resources CPU Usage Memory Usage CPU Utilization hpa
Ingress-gateway-sig ingressgateway-sig 8 6 CPUs 4 GB

80 CPUs

40 GB Memory

Ephemeral Storage: 8 GB

3 CPU/pod 2 GB/pod 49%
istio-proxy 4 CPUs 1 GB 2.1 CPU/pod 350 MB/pod
Ingress-gateway-prov ingressgateway-prov 2 4 CPUs 4 GB

12 CPUs

10 GB

Ephemeral Storage: 2 GB

0.9 CPU/pod 1.4 GB/pod 24%
istio-proxy 2 CPUs 1 GB 0.65 CPU/pod 300 MB/pod
Nudr-dr-service nudr-drservice 6 6 CPUs 4 GB

54 CPUs

30 GB

Ephemeral Storage: 6 GB

3.1 CPU/pod 1.7 GB/pod 55%
istio-proxy 3 CPUs 1 GB 2 CPU/pod 325 MB/pod
Nudr-dr-provservice nudr-dr-provservice 2 4 CPUs 4 GB

12 CPUs

10 GB

Ephemeral Storage: 2 GB

.9 CPU/pod 1.5 GB/pod 22%
istio-proxy 2 CPUs 1 GB 0.5 CPU/pod 300 MB/pod
Nudr-nrf-client-nfmanagement nrf-client-nfmanagement 2 1 CPU 1 GB

4 CPUs

4 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
istio-proxy 1 CPUs 1 GB
Nudr-egress-gateway egressgateway 2 1 CPUs 1 GB

4 CPUs

4 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
istio-proxy 1 CPUs 1 GB
Nudr-config nudr-config 2 2 CPUs 2 GB

6 CPUs

6 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
istio-proxy 1 CPUs 1 GB
Nudr-config-server nudr-config-server 2 2 CPUs 2 GB

6 CPUs

6 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
istio-proxy 1 CPUs 1 GB
alternate-route alternate-route 2 1 CPUs 1 GB

4 CPUs

4 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
istio-proxy 1 CPUs 1 GB
app-info app-info 2 1 CPUs 1 GB

4 CPUs

4 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
istio-proxy 1 CPUs 1 GB
perf-info perf-info 2 1 CPUs 1 GB

4 CPUs

4 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
istio-proxy 1 CPUs 1 GB

Note:

The same resources and usage are used for Site2.

The following table describes provision gateway resources and their utilization (Provisioning Latency: 30ms):

Table 3-6 Provision Gateway Resources and their utilization

Microservice name Container name Number of Pods CPU Allocation Per Pod Memory Allocation Per Pod Total Resources CPU Usage Memory Usage CPU Utilization hpa
provgw-ingress-gateway ingressgateway 2 2 CPUs 2 GB

6 CPUs

6 GB Memory

Ephemeral Storage: 2 GB

0.7 CPU/pod 1.6 GB/pod 45%
istio-proxy 1 CPUs 1 GB 0.5 CPU/pod 300 MB/pod
provgw-egress-gateway egressgateway 2 3 CPUs 2 GB

6 CPUs

6 GB Memory

Ephemeral Storage: 2 GB

0.8 CPU/pod 1 GB/pod 51%
istio-proxy 1 CPUs 1 GB 0.6 CPU/pod 300 MB/pod
provgw-service provgw-service 2 3 CPUs 2 GB

8 CPUs

6 GB Memory

Ephemeral Storage: 2 GB

1 CPU/pod 1.2 GB/pod 40%
istio-proxy 1 CPUs 1 GB 0.6 CPU/pod 300 MB/pod
provgw-config provgw-config 2 2 CPUs 2 GB

6 CPUs

6 GB Memory

Ephemeral Storage: 2 GB

Minimal resources are used. Utilization data is not captured.
istio-proxy 1 CPUs 1 GB
provgw-config-server provgw-config-server 2 2 CPUs 2 GB

6 CPUs

6 GB Memory

Ephemeral Storage: 2 GB

Minimal resources are used. Utilization data is not captured.
istio-proxy 1 CPUs 1 GB
The following table provides observation data for the performance test that can be used for the benchmark testing to scale up SLF performance:

Table 3-7 Result and Observation

Parameter Values
Test Duration 8hr
TPS Achieved 24.2k SLF Lookup + 1.26k Provisioning
Success Rate 100%
Average UDR processing time (Request and Response) 20ms

3.2 Test Scenario 2: EIR Deployment Model

Performance Requirement - 300K subscriber DB size with 10K EIR lookup TPS

This test scenario describes performance and capacity improvements of EIR functionality offered by UDR and provides the benchmarking results for various deployment sizes.

The following features are disabled for this testcase:
  • TLS
  • OAuth2.0
  • Default Response set to EQUIPMENT_UNKNOWN
  • Header Validations like XFCC, server header, and user agent header

EIR is benchmarked for compute and storage resources under following conditions:

  • Signaling (EIR Look Up): 10K TPS
  • Total Subscribers: 300K
  • Profile Size: 130 bytes
  • Average HTTP Provisioning Request Packet Size: NA
  • Average HTTP Provisioning Response Packet Size: NA

Figure 3-1 EIR Deployment Model


EIR Deployment Model

The following table describes the benchmarking parameters and their values:

Table 3-8 Traffic Model Details

Request Type Details TPS
Lookup 10k EIR EIC 10k

The following table describes the testcase parameters and their values:

Table 3-9 Testcase Parameters

Input Parameter Details Configuration Values
UDR Version Tag 22.3.0
Target TPS 10k Lookup
Traffic Profile 10k EIR EIC
Notification Rate OFF
EIR Response Timeout 5s
Client Timeout 10s
Signaling Requests Latency Recorded on Client NA
Provisioning Requests Latency Recorded on Client NA
The following table describes the consolidated resource requirements and their utilization:

Table 3-10 Consolidated Resource Requirement

Resource CPUs Memory
EIR 32 30 GB
cnDBTier 177 616 GB
Total 600 903 GB
The following table describes cnDBTier resources and their utilization:

Table 3-11 cnDBTier Resources and their Utilization

Micro service name Container name Number of Pods CPU Allocation Per Pod Memory Allocation Per Pod Total Resources CPU Usage Memory Usage
Management node mysqlndbcluster 2 4 CPUs 4 GB

4 CPU

8 GB Memory

.013 CPU/pod .031 GB/pod
Data node mysqlndbcluster 4 16 CPUs 32 GB

64 CPU

128 GB Memory

1 CPU/pod 15.5 GB/pod
APP SQL node mysqlndbcluster 3 16 CPUs 32 GB

48 CPU

96 GB Memory

4.1 CPU/pod .8 GB/pod
SQL node (Used for Replication) mysqlndbcluster 2 2 CPUs 4 GB

4 CPU

8 GB Memory

.02 CPU/pod .6 GB/pod
DB Monitor Service db-monitor-svc 1 500m CPUs 500 MB

1 CPU

1 GB Memory

Minimal resources are used. Utilization is not captured
DB Backup Manager Service replication-svc 1 250m CPUs 320 MB

1 CPU

1 GB Memory

Minimal resources are used. Utilization is not captured
The following table describes EIR resources and their utilization:

Table 3-12 EIR Resources and their Utilization (Lookup Latency: 16.9ms) without Aspen Service Mesh (ASM) Enabled

Micro service name Container name Number of Pods CPU Allocation Per Pod Memory Allocation Per Pod Total Resources CPU Usage Memory Usage
Ingress-gateway-sig Ingress-gateway-sig 5 6 CPUs 4 GB

30 CPUs

20 GB Memory

3 CPU/pod 2 GB/pod
Ingress-gateway-prov Ingress-gateway-prov 2 6 CPUs 4 GB

12 CPUs

8 GB Memory

.07 CPU/pod .9 GB/pod
Nudr-dr-service nudr-drservice 6 4 CPUs 4 GB

24 CPUs

24 GB Memory

3 CPU/pod 1.2 GB/pod
Nudr-dr-provservice nudr-dr-provservice 2 4 CPUs 4 GB

8 CPUs

8 GB Memory

.02 CPU/pod .5 GB/pod
Nudr-egress-gateway egressgateway 1 2 CPUs 2 GB

2 CPUs

2 GB Memory

.04 CPU/pod .4 GB/Pod
Nudr-config nudr-config 2 2 CPUs 2 GB

4 CPUs

4 GB Memory

Minimal resources are used. Utilization is not captured
Nudr-config-server nudr-config-server 2 2 CPUs 2 GB

4 CPU

4 GB Memory

Minimal resources are used. Utilization is not captured

Note:

The following table provides observation data for the performance test that can be used for the benchmark testing to scale up EIR performance:

Table 3-13 Result and Observation

Parameter Values
Test Duration 8hr
TPS Achieved 10k
Success Rate 100%
Average EIR processing time (Request and Response) 16.9ms

3.3 Test Scenario 3: SOAP and Diameter Deployment Model

2K SOAP provisioning TPS for ProvGw for Medium profile + Diameter 25K with Large profile

The following features are disabled for this testcase:
  • TLS
  • OAuth2.0
  • Header Validations like XFCC, server header, and user agent header

UDR is benchmarked for compute and storage resources under following conditions:

  • Signaling : 10K TPS
  • Provisioning: 2K TPS
  • Total Subscribers: 1M - 10M range used for Diameter Sh and 1M range used for SOAP/XML
  • Profile Size: 2.2KB
  • Average HTTP Provisioning Request Packet Size: NA
  • Average HTTP Provisioning Response Packet Size: NA

Figure 3-2 SOAP and Diameter Deployment Model


SOAP and Diameter Deployment Model

The following table describes the benchmarking parameters and their values:

Table 3-14 Traffic Model Details

Request Type Details TPS
Diameter SH Traffic SH Traffic 25K
Provisioning (2K using Provgw) SOAP Traffic 2K

Table 3-15 SOAP Traffic Model

Request Type SOAP Traffic %
GET 33%
DELETE 11%
POST 11%
PUT 45%

Table 3-16 Diameter Traffic Model

Request Type Diameter Traffic %
SNR 25%
PUR 50%
UDR 25%

The following table describes the benchmarking parameters and their values:

Table 3-17 Testcase Parameters

Input Parameter Details Configuration Values
UDR Version Tag 22.2.0
Target TPS 25K + 2K
Traffic Profile 25K sh + 2K SOAP
Notification Rate OFF
UDR Response Timeout 5s
Client timeout 10s
Signaling Requests Latency Recorded on Client NA
Provisioning Requests Latency Recorded on Client NA

Note:

PNR scenarios are not tested because server stub is not used.
The following table describes cnDBTier resources and their utilization:

Table 3-18 cnDBTier Resources and their Utilization

Micro service name Container name Number of Pods CPU Allocation Per Pod Memory Allocation Per Pod Total Resources CPU Usage Memory Usage
Management node mysqlndbcluster 3 4 CPUs 10 GB

12 CPUs

30 GB Memory

0.2 CPU/pod .2 GB/pod
Data node mysqlndbcluster 4 15 CPUs 98 GB

64 CPU

408 GB Memory

5.8 CPU/pod 92 GB/pod
db-backup-executor-svc 100m CPU 128 MB NA NA
APP SQL node mysqlndbcluster 4 16 CPUs 16 GB

64 CPUs

64 GB Memory

9.5 CPU/pod 8.8 GB/pod
SQL node (Used for Replication) mysqlndbcluster 4 8 CPUs 16 GB

49 CPUs

81 GB Memory

Utilization data is not available for this service because of resource constraints, pods are not used.
DB Monitor Service db-monitor-svc 1 200m CPUs 500 MB

3 CPUs

2 GB Memory

Minimal resources are used. Utilization is not captured
DB Backup Manager Service replication-svc 1 200m CPU 500 MB

3 CPUs

2 GB Memory

Minimal resources are used. Utilization is not captured

cnDBTier Usage

Results for Kubectl top pods on cndbtier is shown below:
Results for Kubectl top pods on cndbtier

Results for Kubectl get hpa on cndbtier is shown below:
Results for Kubectl get hpa on cndbtier

cnDBTier Metrics:
  • Data memory usage: 72GB (5.164GB used)
  • DB Reads per second: 52k
  • DB Writes per second: 24k
The following table describes UDR resources and their utilization:

Table 3-19 UDR Resources and their Utilization (Request Latency: 40ms)

Micro service name Container name Number of Pods CPU Allocation Per Pod Memory Allocation Per Pod Total Resources CPU Usage Memory Usage
nudr-diameterproxy nudr-diameterproxy 19 2.5 CPUs 4 GB

47.5 CPUs

76 GB Memory

1.75 CPU/pod 1 GB/pod
nudr-diam-gateway nudr-diam-gateway 3 6 CPUs 4 GB

18 CPUs

12 GB Memory

.2.5 CPU/pod 2 GB/pod
Ingress-gateway-sig ingressgateway-sig 2 2 CPUs 2 GB

4 CPUs

4 GB Memory

Minimal resources are used. Utilization is not captured
Ingress-gateway-prov ingressgateway-prov 2 2 CPUs 2 GB

4 CPUs

4 GB Memory

1 CPU/pod 1 GB/pod
Nudr-dr-service nudr-drservice 2 2 CPUs 2 GB

4 CPUs

4 GB Memory

Minimal resources are used. Utilization is not captured
Nudr-dr-provservice nudr-dr-provservice 2 2 CPUs 2 GB

4 CPUs

4 GB Memory

1.4 CPU/pod 1 GB/pod
Nudr-nrf-client-nfmanagement nrf-client-nfmanagement 2 1 CPUs 1 GB

2 CPUs

2 GB Memory

Minimal resources are used. Utilization is not captured
Nudr-egress-gateway egressgateway 2 2 CPUs 2 GB

4 CPU

4 GB Memory

Minimal resources are used. Usage is not captured
Nudr-config nudr-config 2 1 CPUs 1 GB

2 CPU

2 GB Memory

Minimal resources are used. Utilization is not captured
Nudr-config-server nudr-config-server 2 1 CPUs 1 GB

2 CPU

2 GB Memory

Minimal resources are used. Utilization is not captured
alternate-route alternate-route 2 1 CPUs 1 GB

2 CPU

2 GB Memory

Minimal resources are used. Usage is not captured
app-info app-info 2 1 CPUs 1 GB

2 CPU

2 GB Memory

Minimal resources are used. Utilization is not captured
perf-info perf-info 2 1 CPUs 1 GB

2 CPU

2 GB Memory

Minimal resources are used. Usage is not captured

Resource Utilization

Diameter resource utilization is shown below:
Diameter Usage

UDR HPA resource utilization is shown below:
UDR HPA

The following table describes provision gateway resources and their utilization:

Table 3-20 Provision Gateway Resources aand their Utilization (Provisioning Request Latency: 40ms)

Micro service name Container name Number of Pods CPU Allocation Per Pod Memory Allocation Per Pod Total Resources CPU Usage Memory Usage
provgw-ingress-gatewa ingressgateway 3 2 CPUs 2 GB

6 CPUs

6 GB Memory

1.3 CPU/pod 1 GB/pod
provgw-egress-gateway egressgateway 2 2 CPUs 2 GB

4 CPUs

4 GB Memory

.0.9 CPU/pod 700 Mi/pod
provgw-service provgw-service 4 2.5 CPUs 3 GB

10 CPUs

12 GB Memory

1.75 CPU/pod 1 GB/pod
provgw-config provgw-config 2 1 CPUs 1 GB

2 CPUs

2 GB Memory

Minimal resources are used. Utilization is not captured
provgw-config-server provgw-config-server 2 1 CPUs 1 GB

2 CPUs

2 GB Memory

Minimal resources are used. Utilization is not captured

Provisioning Gateway resource utilization is shown below:
ProvGW Usage

Resources calculation for UDR, Provisioning Gateway, and cnDbTier are shown below:

Table 3-21 cnUDR and ProvGw Resources Calculation

Resources cnUDR ProvGw
  Core services used for traffic runs (Nudr-diamgw, Nudr-diamproxy, Nudr-ingressgateway-prov and Nudr-dr-prov) at 70% usage Other Microservices Total Core services used for traffic runs (ProvGw-ingressgateway, ProvGw-provgw service and ProvGw-egressgateway) at 70% usage Other Microservice Total
CPU 73.5 24 97.5 20 4 24
Memory in GB 96 24 120 22 4 26
Disk Volume (Ephemeral storage) in GB 26 16 42 9 4 13

Table 3-22 cnDbTier Resources Calculation

Resources cnDbTier
  SQL nodes (at actual usage) SQL Nodes (Overhead/ Buffer resources at 20%) Data nodes (at actual usage) Data nodes (Overhead/ Buffer resources at 10%) MGM nodes and other resources (Default resources) Total
CPU 76 16 23.2 5 18 138.5
Memory in GB 70.4 14 368 36 34 522
Disk Volume (Ephemeral storage) in GB 8 NA 960 (ndbdisksize= 240*4) NA 20 988

Table 3-23 Total Resources Calculation

Resources Total
CPU 260
Memory in GB 668 GB
Disk Volume (Ephemeral storage) in GB 104 GB

The following table provides observation data for the performance test that can be used for the benchmark testing to scale up UDR performance:

Table 3-24 Result and Observation

Parameter Values
Test Duration 18hr
TPS Achieved 10K
Success Rate 100%
Average UDR processing time (Request and Response) 40ms

3.4 Test Scenario 4: Policy Data Traffic Deployment Model

This section provides information about policy data traffic deployment model test scenarios.

3.4.1 Policy Data: 17.2K N36, 300 TPS Notifications and 500 TPS Provisioning

You can perform benchmark tests on UDR for compute and storage resources by considering the following conditions:

  • Signaling : 17.2K
  • Provisioning: 500 TPS
  • Total Subscribers: 10M

The following table describes the benchmarking parameters and their values:

Table 3-25 Traffic Model Details

Request Type Details TPS
N36 traffic (100%) 17.2K TPS for sm-data and subs-to-notify POST/DELETE subs-to-notify POST 3K (17.45%)
sm-data GET 4.7K (27.3%)
subs-to-notify DELETE 3K (17.45%)
sm-data PATCH 6.5K (37.8%)
500 TPS PROVISIONING

Policy Data PUT Operation

UPDATE 300 (60%)
GET 100 (40%)
CREATE 50 (10%)
DELETE 50 (10%)
NOTIFICATIONS (triggered from 300 PUT provisioning traffic) POST Operation (Egress) 300
The following table describes the test case parameters and their values:

Table 3-26 Testcase Parameters

Input Parameter Details Configuration Values
UDR Version Tag 24.2.0
Target TPS 17.2K Signaling
Notification Rate 300
UDR Response Timeout 2700ms
Signaling Requests Latency Recorded on Client 19ms
Provisioning Requests Latency Recorded on Client 24ms

Table 3-27 Consolidated Resource Requirement

Resource CPU Memory Ephemeral Storage PVC
cnDBTier 92 CPUs 485 GB 21 GB 1404 GB
UDR 215 CPUs 156 GB 48 GB NA
Buffer 50 CPUs 50 GB 20 GB 200 GB
Total 357 CPUs 691 GB 89 GB 1604 GB
The following table describes cnDBTier resources and their utilization:

Table 3-28 cnDBTier Resources and their Utilization

Microservice name Container name Number of Pods CPU Allocation Per Pod Memory Allocation Per Pod Ephemeral Storage Per Pod PVC Allocation Per Pod Total Resources CPU Usage Memory Usage PVC Usage
Management node (ndbmgmd) mysqlndbcluster 2 2 CPUs 9 GB 1 GB 15 GB

4 CPUs

18 GB

Ephemeral Storage: 2 GB

PVC Allocation: 30 GB

Minimal resources are used. 70 MB/pod
Data node (ndbmtd) mysqlndbcluster 4 4 CPUs 93 GB 1 GB 132 GB

Backup: 164 GB

16 CPUs

372 GB

Ephemeral Storage: 4 GB

PVC Allocation: 1184 GB

2 CPU/pod 77.5 GB/pod 33 GB/pod
APP SQL node (ndbappmysqld) mysqlndbcluster 10 6 CPUs 4 GB 1 GB 2 GB

60 CPUs

40 GB

Ephemeral Storage: 10 GB

PVC Allocation: 20 GB

4.8 CPU/pod 2 GB/pod 200 MB/pod
SQL node (ndbmysqld,used for replication) mysqlndbcluster 2 4 CPUs 24 GB 1 GB 13 GB

8 CPUs

48 GB

Ephemeral Storage: 2 GB

PVC Allocation: 26 GB

Minimal resources are used. 2 GB/pod
DB Monitor Service db-monitor-svc 1 4 CPUs 4 GB 1 GB NA

4 CPU

4 MB

Ephemeral Storage: 1 GB

Minimal resources are used. Minimal resources used
DB Backup Manager Service backup-manager-svc 1 100 millicores CPUs 128 MB 1 GB NA

1 CPU

128 MB

Ephemeral Storage: 1 GB

Minimal resources are used. Minimal resources used
Replication service (Multi site cases) replication-svc 1 2 CPUs 2 GB 1 GB 143 GB

2 CPUs

2 GB

Ephemeral Storage: 1 GB

PVC Allocation: 143 GB

Minimal resources used NA
The following table describes UDR resources and their utilization:

Table 3-29 UDR Resources and their Utilization (Average Latency: 19ms for N36 and 24ms for Provisioning)

Micro service name Container name Number of Pods CPU Allocation Per Pod Memory Allocation Per Pod Ephemeral Storage Per Pod Total Resources CPU Usage Memory Usage CPU Utilization
Ingress-gateway-sig ingressgateway-sig 9 6 CPUs 4 GB 1 GB

54 CPUs

36 GB

Ephemeral Storage: 9 GB

2.4 CPU/pod 1.7 GB/pod 39%
Ingress-gateway-prov ingressgateway-prov 2 4 CPUs 4 GB 1 GB

8 CPUs

8 GB

Ephemeral Storage: 2 GB

0.5 CPUs/pod 1.1 GB/pod 11%
Nudr-dr-service nudr-drservice 17 6 CPUs 4 GB 1 GB

102 CPUs

68 GB

Ephemeral Storage: 17 GB

3 CPUs/pod 2 GB/pod 48%
Nudr-dr-provservice nudr-dr-provservice 2 4 CPUs 4 GB 1 GB

8 CPUs

8 GB

Ephemeral Storage: 2 GB

1.4 CPUs/pod 1.9 GB/pod 34%
Nudr-notify-service nudr-notify-service 3 6 CPUs 5 GB 1 GB

18 CPUs

15 GB

Ephemeral Storage: 3 GB

4.2 CPUs/pod 2.2 GB/pod 70%
Nudr-egress-gateway egressgateway 2 6 CPUs 4 GB 1 GB

12 CPUs

8 GB

Ephemeral Storage: 2 GB

0.75 CPUs/pod 1.2 GB/pod 10%
Nudr-config nudr-config 2 1 CPU 1 GB 1 GB

2 CPUs

2 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
Nudr-config-server nudr-config-server 2 1 CPU 1 GB 1 GB

2 CPUs

2 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
Alternate-route alternate-route 2 1 CPU 1 GB 1 GB

2 CPUs

2 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
Nudr-nrf-client-nfmanagement-service nrf-client-nfmanagement 2 1 CPU 1 GB 1 GB

2 CPUs

2 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
App-info app-info 2 1 CPU 1 GB 1 GB

2 CPUs

2 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
Perf-info perf-info 2 1 CPU 1 GB 1 GB

2 CPUs

2 GB

Ephemeral Storage: 2 GB

Minimal resources are used.
Nudr-dbcr-auditor-service nudr-dbcr-auditor-service 1 1 CPU 1 GB 1 GB

1 CPU

1 GB

Ephemeral Storage: 1 GB

Minimal resources are used.
The following table provides observation data for the performance test that can be used for the benchmark testing to scale up UDR performance:

Table 3-30 Result and Observation

Parameter Values
Test Duration 4h30m
TPS Achieved 17.2K Signaling
Success rate 100%