diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.de-de.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.de-de.md
index 9493f5b6d14..e815a406389 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.de-de.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.de-de.md
@@ -1,13 +1,9 @@
 ---
 title: Enterprise File Storage - Performance-Konzepte
 excerpt: "Entdecken Sie die Konzepte für die Bereitstellung, Überwachung und den Performance-Test von Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
-> [!primary]
-> Diese Übersetzung wurde durch unseren Partner SYSTRAN automatisch erstellt. In manchen Fällen können ungenaue Formulierungen verwendet worden sein, z.B. bei der Beschriftung von Schaltflächen oder technischen Details. Bitte ziehen Sie im Zweifelsfall die englische oder französische Fassung der Anleitung zu Rate. Möchten Sie mithelfen, diese Übersetzung zu verbessern? Dann nutzen Sie dazu bitte den Button "Beitragen" auf dieser Seite.
->
-
 ## Ziel
 
 Auf dieser Seite finden Sie die Konzepte zur Bereitstellung, Überwachung und Überprüfung der Performance von [Enterprise File Storage](/links/storage/enterprise-file-storage).
@@ -70,8 +66,49 @@ Mit dem Tool [FIO](https://github.com/axboe/fio) können Sie verschiedene Szenar
 - Anzahl der FIO-Worker
 - Zugriffsmodell (Lesen/Schreiben/Sequenziell/Zufällig), etc.
 
+Im Folgenden finden Sie einige Beispiele für fio-Befehle, mit denen Sie bestätigen können, dass die maximale Anzahl an IOPS (4000) oder die maximale Bandbreite (64 MB/s) für einen EFS-Dienst von 1 TB erreicht werden können:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
 Weitere Informationen finden Sie in [FIO-Dokumentation](https://fio.readthedocs.io/en/latest/index.html).
 
+**Sie können auch andere Open-Source-Tools verwenden, z. B.:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
+
 ## Weiterführende Informationen
 
 Wenn Sie Schulungen oder technische Unterstützung bei der Implementierung unserer Lösungen benötigen, wenden Sie sich an Ihren Vertriebsmitarbeiter oder klicken Sie auf [diesen Link](/links/professional-services), um einen Kostenvoranschlag zu erhalten und eine persönliche Analyse Ihres Projekts durch unsere Experten des Professional Services Teams anzufordern.
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-asia.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-asia.md
index 3edfe69084a..fa01ff1c502 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-asia.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-asia.md
@@ -1,7 +1,7 @@
 ---
 title: Enterprise File Storage - Performance Concepts
 excerpt: "Learn about the concepts of provisioning, tracking, and performance testing for Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
 ## Objective
@@ -27,7 +27,7 @@ This information is important when you design your storage architecture. Let’s
 
 - **Example 2**: Your infrastructure requires **4500 IOPS** and a data volume of **1 TB**. To do this, you need to provision **2 TB** to get the **required 4500 IOPS**. Specifically, you will get **8000 IOPS** on provisioned capacity. This involves overprovisioning your service to ensure the level of performance you want.
 
-- **Example 3**: Your application does not require any particular performance but a storage volume of more than **60TB**. In this case, it is best to switch to the more economical storage service [HA-NAS](/links/storage/nas-ha), which can reach capacities higher than 58 TB per service.
+- **Example 3**: Your application does not require any particular performance but a storage volume of more than **60 TB**. In this case, it is best to switch to the more economical storage service [HA-NAS](/links/storage/nas-ha), which can reach capacities higher than 58 TB per service.
 
 ### Volumes and quality of services (QoS)
 
@@ -66,10 +66,52 @@ The [FIO](https://github.com/axboe/fio) tool allows you to test several scenario
 - The number of FIO workers
 - The access model (read/write/sequential/random), etc.
 
+
+Below are some examples of fio commands to validate that the maximum number of IOPS (4000) or the maximum bandwidth (64MB/s) can be reached for a 1TB EFS service:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
 For more information, see [the FIO documentation](https://fio.readthedocs.io/en/latest/index.html).
 
+**You can also use other open-source tools such as:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
+
 ## Go further
 
 If you need training or technical assistance to implement our solutions, contact your sales representative or click on [this link](/links/professional-services) to get a quote and ask our Professional Services experts for assisting you on your specific use case of your project.
 
-Join our community of Discord users: <https://discord.gg/ovhcloud>
\ No newline at end of file
+Join our community of Discord users: <https://discord.gg/ovhcloud>
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-au.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-au.md
index 3edfe69084a..fa01ff1c502 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-au.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-au.md
@@ -1,7 +1,7 @@
 ---
 title: Enterprise File Storage - Performance Concepts
 excerpt: "Learn about the concepts of provisioning, tracking, and performance testing for Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
 ## Objective
@@ -27,7 +27,7 @@ This information is important when you design your storage architecture. Let’s
 
 - **Example 2**: Your infrastructure requires **4500 IOPS** and a data volume of **1 TB**. To do this, you need to provision **2 TB** to get the **required 4500 IOPS**. Specifically, you will get **8000 IOPS** on provisioned capacity. This involves overprovisioning your service to ensure the level of performance you want.
 
-- **Example 3**: Your application does not require any particular performance but a storage volume of more than **60TB**. In this case, it is best to switch to the more economical storage service [HA-NAS](/links/storage/nas-ha), which can reach capacities higher than 58 TB per service.
+- **Example 3**: Your application does not require any particular performance but a storage volume of more than **60 TB**. In this case, it is best to switch to the more economical storage service [HA-NAS](/links/storage/nas-ha), which can reach capacities higher than 58 TB per service.
 
 ### Volumes and quality of services (QoS)
 
@@ -66,10 +66,52 @@ The [FIO](https://github.com/axboe/fio) tool allows you to test several scenario
 - The number of FIO workers
 - The access model (read/write/sequential/random), etc.
 
+
+Below are some examples of fio commands to validate that the maximum number of IOPS (4000) or the maximum bandwidth (64MB/s) can be reached for a 1TB EFS service:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
 For more information, see [the FIO documentation](https://fio.readthedocs.io/en/latest/index.html).
 
+**You can also use other open-source tools such as:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
+
 ## Go further
 
 If you need training or technical assistance to implement our solutions, contact your sales representative or click on [this link](/links/professional-services) to get a quote and ask our Professional Services experts for assisting you on your specific use case of your project.
 
-Join our community of Discord users: <https://discord.gg/ovhcloud>
\ No newline at end of file
+Join our community of Discord users: <https://discord.gg/ovhcloud>
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-ca.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-ca.md
index 3edfe69084a..fa01ff1c502 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-ca.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-ca.md
@@ -1,7 +1,7 @@
 ---
 title: Enterprise File Storage - Performance Concepts
 excerpt: "Learn about the concepts of provisioning, tracking, and performance testing for Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
 ## Objective
@@ -27,7 +27,7 @@ This information is important when you design your storage architecture. Let’s
 
 - **Example 2**: Your infrastructure requires **4500 IOPS** and a data volume of **1 TB**. To do this, you need to provision **2 TB** to get the **required 4500 IOPS**. Specifically, you will get **8000 IOPS** on provisioned capacity. This involves overprovisioning your service to ensure the level of performance you want.
 
-- **Example 3**: Your application does not require any particular performance but a storage volume of more than **60TB**. In this case, it is best to switch to the more economical storage service [HA-NAS](/links/storage/nas-ha), which can reach capacities higher than 58 TB per service.
+- **Example 3**: Your application does not require any particular performance but a storage volume of more than **60 TB**. In this case, it is best to switch to the more economical storage service [HA-NAS](/links/storage/nas-ha), which can reach capacities higher than 58 TB per service.
 
 ### Volumes and quality of services (QoS)
 
@@ -66,10 +66,52 @@ The [FIO](https://github.com/axboe/fio) tool allows you to test several scenario
 - The number of FIO workers
 - The access model (read/write/sequential/random), etc.
 
+
+Below are some examples of fio commands to validate that the maximum number of IOPS (4000) or the maximum bandwidth (64MB/s) can be reached for a 1TB EFS service:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
 For more information, see [the FIO documentation](https://fio.readthedocs.io/en/latest/index.html).
 
+**You can also use other open-source tools such as:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
+
 ## Go further
 
 If you need training or technical assistance to implement our solutions, contact your sales representative or click on [this link](/links/professional-services) to get a quote and ask our Professional Services experts for assisting you on your specific use case of your project.
 
-Join our community of Discord users: <https://discord.gg/ovhcloud>
\ No newline at end of file
+Join our community of Discord users: <https://discord.gg/ovhcloud>
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-gb.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-gb.md
index 71671ab8d38..fa01ff1c502 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-gb.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-gb.md
@@ -1,7 +1,7 @@
 ---
 title: Enterprise File Storage - Performance Concepts
 excerpt: "Learn about the concepts of provisioning, tracking, and performance testing for Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
 ## Objective
@@ -66,8 +66,50 @@ The [FIO](https://github.com/axboe/fio) tool allows you to test several scenario
 - The number of FIO workers
 - The access model (read/write/sequential/random), etc.
 
+
+Below are some examples of fio commands to validate that the maximum number of IOPS (4000) or the maximum bandwidth (64MB/s) can be reached for a 1TB EFS service:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
 For more information, see [the FIO documentation](https://fio.readthedocs.io/en/latest/index.html).
 
+**You can also use other open-source tools such as:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
+
 ## Go further
 
 If you need training or technical assistance to implement our solutions, contact your sales representative or click on [this link](/links/professional-services) to get a quote and ask our Professional Services experts for assisting you on your specific use case of your project.
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-ie.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-ie.md
index 3edfe69084a..fa01ff1c502 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-ie.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-ie.md
@@ -1,7 +1,7 @@
 ---
 title: Enterprise File Storage - Performance Concepts
 excerpt: "Learn about the concepts of provisioning, tracking, and performance testing for Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
 ## Objective
@@ -27,7 +27,7 @@ This information is important when you design your storage architecture. Let’s
 
 - **Example 2**: Your infrastructure requires **4500 IOPS** and a data volume of **1 TB**. To do this, you need to provision **2 TB** to get the **required 4500 IOPS**. Specifically, you will get **8000 IOPS** on provisioned capacity. This involves overprovisioning your service to ensure the level of performance you want.
 
-- **Example 3**: Your application does not require any particular performance but a storage volume of more than **60TB**. In this case, it is best to switch to the more economical storage service [HA-NAS](/links/storage/nas-ha), which can reach capacities higher than 58 TB per service.
+- **Example 3**: Your application does not require any particular performance but a storage volume of more than **60 TB**. In this case, it is best to switch to the more economical storage service [HA-NAS](/links/storage/nas-ha), which can reach capacities higher than 58 TB per service.
 
 ### Volumes and quality of services (QoS)
 
@@ -66,10 +66,52 @@ The [FIO](https://github.com/axboe/fio) tool allows you to test several scenario
 - The number of FIO workers
 - The access model (read/write/sequential/random), etc.
 
+
+Below are some examples of fio commands to validate that the maximum number of IOPS (4000) or the maximum bandwidth (64MB/s) can be reached for a 1TB EFS service:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
 For more information, see [the FIO documentation](https://fio.readthedocs.io/en/latest/index.html).
 
+**You can also use other open-source tools such as:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
+
 ## Go further
 
 If you need training or technical assistance to implement our solutions, contact your sales representative or click on [this link](/links/professional-services) to get a quote and ask our Professional Services experts for assisting you on your specific use case of your project.
 
-Join our community of Discord users: <https://discord.gg/ovhcloud>
\ No newline at end of file
+Join our community of Discord users: <https://discord.gg/ovhcloud>
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-sg.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-sg.md
index 3edfe69084a..fa01ff1c502 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-sg.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-sg.md
@@ -1,7 +1,7 @@
 ---
 title: Enterprise File Storage - Performance Concepts
 excerpt: "Learn about the concepts of provisioning, tracking, and performance testing for Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
 ## Objective
@@ -27,7 +27,7 @@ This information is important when you design your storage architecture. Let’s
 
 - **Example 2**: Your infrastructure requires **4500 IOPS** and a data volume of **1 TB**. To do this, you need to provision **2 TB** to get the **required 4500 IOPS**. Specifically, you will get **8000 IOPS** on provisioned capacity. This involves overprovisioning your service to ensure the level of performance you want.
 
-- **Example 3**: Your application does not require any particular performance but a storage volume of more than **60TB**. In this case, it is best to switch to the more economical storage service [HA-NAS](/links/storage/nas-ha), which can reach capacities higher than 58 TB per service.
+- **Example 3**: Your application does not require any particular performance but a storage volume of more than **60 TB**. In this case, it is best to switch to the more economical storage service [HA-NAS](/links/storage/nas-ha), which can reach capacities higher than 58 TB per service.
 
 ### Volumes and quality of services (QoS)
 
@@ -66,10 +66,52 @@ The [FIO](https://github.com/axboe/fio) tool allows you to test several scenario
 - The number of FIO workers
 - The access model (read/write/sequential/random), etc.
 
+
+Below are some examples of fio commands to validate that the maximum number of IOPS (4000) or the maximum bandwidth (64MB/s) can be reached for a 1TB EFS service:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
 For more information, see [the FIO documentation](https://fio.readthedocs.io/en/latest/index.html).
 
+**You can also use other open-source tools such as:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
+
 ## Go further
 
 If you need training or technical assistance to implement our solutions, contact your sales representative or click on [this link](/links/professional-services) to get a quote and ask our Professional Services experts for assisting you on your specific use case of your project.
 
-Join our community of Discord users: <https://discord.gg/ovhcloud>
\ No newline at end of file
+Join our community of Discord users: <https://discord.gg/ovhcloud>
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-us.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-us.md
index 3edfe69084a..fa01ff1c502 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-us.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.en-us.md
@@ -1,7 +1,7 @@
 ---
 title: Enterprise File Storage - Performance Concepts
 excerpt: "Learn about the concepts of provisioning, tracking, and performance testing for Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
 ## Objective
@@ -27,7 +27,7 @@ This information is important when you design your storage architecture. Let’s
 
 - **Example 2**: Your infrastructure requires **4500 IOPS** and a data volume of **1 TB**. To do this, you need to provision **2 TB** to get the **required 4500 IOPS**. Specifically, you will get **8000 IOPS** on provisioned capacity. This involves overprovisioning your service to ensure the level of performance you want.
 
-- **Example 3**: Your application does not require any particular performance but a storage volume of more than **60TB**. In this case, it is best to switch to the more economical storage service [HA-NAS](/links/storage/nas-ha), which can reach capacities higher than 58 TB per service.
+- **Example 3**: Your application does not require any particular performance but a storage volume of more than **60 TB**. In this case, it is best to switch to the more economical storage service [HA-NAS](/links/storage/nas-ha), which can reach capacities higher than 58 TB per service.
 
 ### Volumes and quality of services (QoS)
 
@@ -66,10 +66,52 @@ The [FIO](https://github.com/axboe/fio) tool allows you to test several scenario
 - The number of FIO workers
 - The access model (read/write/sequential/random), etc.
 
+
+Below are some examples of fio commands to validate that the maximum number of IOPS (4000) or the maximum bandwidth (64MB/s) can be reached for a 1TB EFS service:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
 For more information, see [the FIO documentation](https://fio.readthedocs.io/en/latest/index.html).
 
+**You can also use other open-source tools such as:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
+
 ## Go further
 
 If you need training or technical assistance to implement our solutions, contact your sales representative or click on [this link](/links/professional-services) to get a quote and ask our Professional Services experts for assisting you on your specific use case of your project.
 
-Join our community of Discord users: <https://discord.gg/ovhcloud>
\ No newline at end of file
+Join our community of Discord users: <https://discord.gg/ovhcloud>
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.es-es.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.es-es.md
index 3f6e4c95cab..86a3ae52886 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.es-es.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.es-es.md
@@ -1,13 +1,9 @@
 ---
 title: Enterprise File Storage - Conceptos de rendimiento
 excerpt: "Descubra los conceptos relacionados con el aprovisionamiento, el seguimiento y la prueba de rendimiento de la solución Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
-> [!primary]
-> Esta traducción ha sido generada de forma automática por nuestro partner SYSTRAN. En algunos casos puede contener términos imprecisos, como en las etiquetas de los botones o los detalles técnicos. En caso de duda, le recomendamos que consulte la versión inglesa o francesa de la guía. Si quiere ayudarnos a mejorar esta traducción, por favor, utilice el botón «Contribuir» de esta página.
->
-
 ## Objetivo
 
 Descubra los conceptos relacionados con el aprovisionamiento, el seguimiento y la prueba del rendimiento de la solución [Enterprise File Storage](/links/storage/enterprise-file-storage).
@@ -70,7 +66,48 @@ La herramienta [FIO](https://github.com/axboe/fio) le permite probar varios esce
 - El número de FIO workers.
 - El modelo de acceso (lectura/escritura/secuencial/aleatoria), etc.
 
-Más información sobre [la documentación de FIO](https://fio.readthedocs.io/en/latest/index.html) .
+A continuación se muestran algunos ejemplos de comandos FIO que permiten confirmar que se puede alcanzar el número máximo de IOPS (4000) o el ancho de banda máximo (64MB/s) para un servicio EFS de 1 TB:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
+Más información en [la documentación de FIO](https://fio.readthedocs.io/en/latest/index.html).
+
+**También puede utilizar otras herramientas open source como:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
 
 ## Más información
 
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.es-us.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.es-us.md
index 3f6e4c95cab..86a3ae52886 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.es-us.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.es-us.md
@@ -1,13 +1,9 @@
 ---
 title: Enterprise File Storage - Conceptos de rendimiento
 excerpt: "Descubra los conceptos relacionados con el aprovisionamiento, el seguimiento y la prueba de rendimiento de la solución Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
-> [!primary]
-> Esta traducción ha sido generada de forma automática por nuestro partner SYSTRAN. En algunos casos puede contener términos imprecisos, como en las etiquetas de los botones o los detalles técnicos. En caso de duda, le recomendamos que consulte la versión inglesa o francesa de la guía. Si quiere ayudarnos a mejorar esta traducción, por favor, utilice el botón «Contribuir» de esta página.
->
-
 ## Objetivo
 
 Descubra los conceptos relacionados con el aprovisionamiento, el seguimiento y la prueba del rendimiento de la solución [Enterprise File Storage](/links/storage/enterprise-file-storage).
@@ -70,7 +66,48 @@ La herramienta [FIO](https://github.com/axboe/fio) le permite probar varios esce
 - El número de FIO workers.
 - El modelo de acceso (lectura/escritura/secuencial/aleatoria), etc.
 
-Más información sobre [la documentación de FIO](https://fio.readthedocs.io/en/latest/index.html) .
+A continuación se muestran algunos ejemplos de comandos FIO que permiten confirmar que se puede alcanzar el número máximo de IOPS (4000) o el ancho de banda máximo (64MB/s) para un servicio EFS de 1 TB:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
+Más información en [la documentación de FIO](https://fio.readthedocs.io/en/latest/index.html).
+
+**También puede utilizar otras herramientas open source como:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
 
 ## Más información
 
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.fr-ca.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.fr-ca.md
index 8514108b027..bcbc6590e1b 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.fr-ca.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.fr-ca.md
@@ -1,7 +1,7 @@
 ---
 title: Enterprise File Storage - Concepts de performances
 excerpt: "Découvrez les concepts liés au provisionnement, au suivi ainsi qu'au test des performances de la solution Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
 ## Objectif
@@ -19,19 +19,19 @@ La notion de « niveau de service » est un élément important dans l’offre E
 - la taille de bloc ;
 - le modèle d’accès séquentiel ou aléatoire.
 
-A ce jour, Enterprise File Storage fournit et garantit des objectifs de performances de **64 Mo/s par To et 4000 IOPS par To**.  Les capacités provisionnées des services ont donc un impact direct sur les performances disponibles pour votre service.
+A ce jour, Enterprise File Storage fournit et garantit des objectifs de performances de **64 MB/s par TB ou 4000 IOPS par TB selon le type d'I/O**.  Les capacités provisionnées des services ont donc un impact direct sur les performances disponibles pour votre service.
 
 Cette information est importante lorsque vous concevez votre architecture de stockage. Prenons trois exemples pour l’illustrer :
 
-- **Exemple n°1** : votre application nécessite un débit théorique d’environ **430 Mo/s**. Pour cela, vous devez provisionner au moins **7 To** de stockage. En effet, un rapide calcul (**430/64 = 6,72**) permet d’estimer la capacité minimale nécessaire pour atteindre ce débit.
+- **Exemple n°1** : votre application nécessite un débit théorique d’environ **430 MB/s**. Pour cela, vous devez provisionner au moins **7 TB** de stockage. En effet, un rapide calcul (**430/64 = 6,72**) permet d’estimer la capacité minimale nécessaire pour atteindre ce débit.
 
-- **Exemple n°2** : votre infrastructure nécessite **4500 IOPS** et un volume de données de **1 To**. Pour cela, vous devez provisionner **2 To** pour obtenir les **4500 IOPS nécessaires**. Plus spécifiquement dans ce cas, vous bénéficierez de **8000 IOPS** sur la capacité provisionnée. Il s’agit donc de sur-provisionner votre service afin d’assurer le niveau de performances souhaité.
+- **Exemple n°2** : votre infrastructure nécessite **4500 IOPS** et un volume de données de **1 TB**. Pour cela, vous devez provisionner **2 TB** pour obtenir les **4500 IOPS nécessaires**. Plus spécifiquement dans ce cas, vous bénéficierez de **8000 IOPS** sur la capacité provisionnée. Il s’agit donc de sur-provisionner votre service afin d’assurer le niveau de performances souhaité.
 
-- **Exemple n°3** : votre application ne nécessite pas de performance en particulier mais un volume de stockage de plus de **60 To**. Dans ce cas, il est préférable de s’orienter vers le service de stockage [NAS-HA](/links/storage/nas-ha), plus économique et permettant d’atteindre des capacités supérieures à 58 To par service.
+- **Exemple n°3** : votre application ne nécessite pas de performance en particulier mais un volume de stockage de plus de **60 TB**. Dans ce cas, il est préférable de s’orienter vers le service de stockage [NAS-HA](/links/storage/nas-ha), plus économique et permettant d’atteindre des capacités supérieures à 58 TB par service.
 
 ### Volumes et qualité de services (QoS)
 
-Pour rappel, un volume est une partition du service (aussi appelée « pool » ou « pool de capacité »). Lors de votre commande, vous provisionnez une capacité pour votre service. Une fois le service livré, vous serez amené à créer vos volumes en mettant à disposition un quota allant de 100 Go à 29 To par volume. 
+Pour rappel, un volume est une partition du service (aussi appelée « pool » ou « pool de capacité »). Lors de votre commande, vous provisionnez une capacité pour votre service. Une fois le service livré, vous serez amené à créer vos volumes en mettant à disposition un quota allant de 100 GB à 29 TB par volume. 
 
 Retrouvez ci-dessous la hiérarchie d’un service de stockage Enterprise File Storage :
 
@@ -66,11 +66,52 @@ L’outil [FIO](https://github.com/axboe/fio) vous permet de tester plusieurs sc
 - le nombre de FIO workers ;
 - le modèle d’accès (lecture/écriture/séquentiel/aléatoire), etc.
 
+Retrouvez ci-dessous quelques exemples de commandes fio permettant de valider que le nombre d'IOPS maximum (4000) ou la bande passante maximale (64MB/s) peuvent être atteints pour un service EFS de 1TB :
+
+**Lecture aléatoire - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Ecriture aléatoire - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Lecture aléatoire - Bande passante max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Ecriture aléatoire - Bande passante max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+``` 
+**Lecture séquentielle - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+``` 
+**Ecriture séquentielle - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Lecture séquentielle - Bande passante max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+``` 
+**Ecriture séquentielle - Bande passante max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
 Retrouvez plus d'informations sur [la documentation de FIO](https://fio.readthedocs.io/en/latest/index.html).
 
+**Vous avez aussi la possibilité d'utiliser d'autres outils open-source comme :**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
+
 ## Aller plus loin
 
 Si vous avez besoin d'une formation ou d'une assistance technique pour la mise en oeuvre de nos solutions, contactez votre commercial ou cliquez sur [ce lien](/links/professional-services) pour obtenir un devis et demander une analyse personnalisée de votre projet à nos experts de l’équipe Professional Services.
 
-Échangez avec notre communauté d’utilisateurs sur Discord : <https://discord.gg/ovhcloud>
 
+Échangez avec notre communauté d’utilisateurs sur Discord : <https://discord.gg/ovhcloud>
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.fr-fr.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.fr-fr.md
index 8514108b027..1caaf5efb60 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.fr-fr.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.fr-fr.md
@@ -1,7 +1,7 @@
 ---
 title: Enterprise File Storage - Concepts de performances
 excerpt: "Découvrez les concepts liés au provisionnement, au suivi ainsi qu'au test des performances de la solution Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
 ## Objectif
@@ -19,19 +19,19 @@ La notion de « niveau de service » est un élément important dans l’offre E
 - la taille de bloc ;
 - le modèle d’accès séquentiel ou aléatoire.
 
-A ce jour, Enterprise File Storage fournit et garantit des objectifs de performances de **64 Mo/s par To et 4000 IOPS par To**.  Les capacités provisionnées des services ont donc un impact direct sur les performances disponibles pour votre service.
+A ce jour, Enterprise File Storage fournit et garantit des objectifs de performances de **64 MB/s par TB ou 4000 IOPS par TB selon le type d'I/O**.  Les capacités provisionnées des services ont donc un impact direct sur les performances disponibles pour votre service.
 
 Cette information est importante lorsque vous concevez votre architecture de stockage. Prenons trois exemples pour l’illustrer :
 
-- **Exemple n°1** : votre application nécessite un débit théorique d’environ **430 Mo/s**. Pour cela, vous devez provisionner au moins **7 To** de stockage. En effet, un rapide calcul (**430/64 = 6,72**) permet d’estimer la capacité minimale nécessaire pour atteindre ce débit.
+- **Exemple n°1** : votre application nécessite un débit théorique d’environ **430 MB/s**. Pour cela, vous devez provisionner au moins **7 TB** de stockage. En effet, un rapide calcul (**430/64 = 6,72**) permet d’estimer la capacité minimale nécessaire pour atteindre ce débit.
 
-- **Exemple n°2** : votre infrastructure nécessite **4500 IOPS** et un volume de données de **1 To**. Pour cela, vous devez provisionner **2 To** pour obtenir les **4500 IOPS nécessaires**. Plus spécifiquement dans ce cas, vous bénéficierez de **8000 IOPS** sur la capacité provisionnée. Il s’agit donc de sur-provisionner votre service afin d’assurer le niveau de performances souhaité.
+- **Exemple n°2** : votre infrastructure nécessite **4500 IOPS** et un volume de données de **1 TB**. Pour cela, vous devez provisionner **2 TB** pour obtenir les **4500 IOPS nécessaires**. Plus spécifiquement dans ce cas, vous bénéficierez de **8000 IOPS** sur la capacité provisionnée. Il s’agit donc de sur-provisionner votre service afin d’assurer le niveau de performances souhaité.
 
-- **Exemple n°3** : votre application ne nécessite pas de performance en particulier mais un volume de stockage de plus de **60 To**. Dans ce cas, il est préférable de s’orienter vers le service de stockage [NAS-HA](/links/storage/nas-ha), plus économique et permettant d’atteindre des capacités supérieures à 58 To par service.
+- **Exemple n°3** : votre application ne nécessite pas de performance en particulier mais un volume de stockage de plus de **60 TB**. Dans ce cas, il est préférable de s’orienter vers le service de stockage [NAS-HA](/links/storage/nas-ha), plus économique et permettant d’atteindre des capacités supérieures à 58 TB par service.
 
 ### Volumes et qualité de services (QoS)
 
-Pour rappel, un volume est une partition du service (aussi appelée « pool » ou « pool de capacité »). Lors de votre commande, vous provisionnez une capacité pour votre service. Une fois le service livré, vous serez amené à créer vos volumes en mettant à disposition un quota allant de 100 Go à 29 To par volume. 
+Pour rappel, un volume est une partition du service (aussi appelée « pool » ou « pool de capacité »). Lors de votre commande, vous provisionnez une capacité pour votre service. Une fois le service livré, vous serez amené à créer vos volumes en mettant à disposition un quota allant de 100 GB à 29 TB par volume. 
 
 Retrouvez ci-dessous la hiérarchie d’un service de stockage Enterprise File Storage :
 
@@ -66,11 +66,53 @@ L’outil [FIO](https://github.com/axboe/fio) vous permet de tester plusieurs sc
 - le nombre de FIO workers ;
 - le modèle d’accès (lecture/écriture/séquentiel/aléatoire), etc.
 
+Retrouvez ci-dessous quelques exemples de commandes fio permettant de valider que le nombre d'IOPS maximum (4000) ou la bande passante maximale (64MB/s) peuvent être atteints pour un service EFS de 1TB :
+
+**Lecture aléatoire - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Ecriture aléatoire - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Lecture aléatoire - Bande passante max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Ecriture aléatoire - Bande passante max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+``` 
+**Lecture séquentielle - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+``` 
+**Ecriture séquentielle - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Lecture séquentielle - Bande passante max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+``` 
+**Ecriture séquentielle - Bande passante max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
 Retrouvez plus d'informations sur [la documentation de FIO](https://fio.readthedocs.io/en/latest/index.html).
 
+**Vous avez aussi la possibilité d'utiliser d'autres outils open-source comme :**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
+
 ## Aller plus loin
 
 Si vous avez besoin d'une formation ou d'une assistance technique pour la mise en oeuvre de nos solutions, contactez votre commercial ou cliquez sur [ce lien](/links/professional-services) pour obtenir un devis et demander une analyse personnalisée de votre projet à nos experts de l’équipe Professional Services.
 
+
 Échangez avec notre communauté d’utilisateurs sur Discord : <https://discord.gg/ovhcloud>
 
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.it-it.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.it-it.md
index 3c43ddb5513..5ee6a346044 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.it-it.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.it-it.md
@@ -1,14 +1,9 @@
 ---
 title: Enterprise File Storage - Concetti di performance
 excerpt: "Scopri i concetti di approvvigionamento, monitoraggio e test delle performance della soluzione Enterprise File Storage"
-sezione: Enterprise File Storage
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
-> [!primary]
-> Questa traduzione è stata generata automaticamente dal nostro partner SYSTRAN. I contenuti potrebbero presentare imprecisioni, ad esempio la nomenclatura dei pulsanti o alcuni dettagli tecnici. In caso di dubbi consigliamo di fare riferimento alla versione inglese o francese della guida. Per aiutarci a migliorare questa traduzione, utilizza il pulsante "Contribuisci" di questa pagina.
->
-
 ## Obiettivo
 
 Scopri i concetti di approvvigionamento, monitoraggio e test delle performance della soluzione [Enterprise File Storage](/links/storage/enterprise-file-storage).
@@ -71,7 +66,48 @@ Il tool [FIO](https://github.com/axboe/fio) ti permette di testare diversi scena
 - Il numero di FIO workers.
 - Il modello di accesso (lettura/scrittura/sequenziale/casuale), ecc...
 
-Per maggiori informazioni, consulta la [documentazione di FIO](https://fio.readthedocs.io/en/latest/index.html).
+Ecco alcuni esempi di comandi fio che permettono di confermare che il numero massimo di IOPS (4000) o la banda passante massima (64 MB/s) possono essere raggiunti per un servizio EFS da 1TB:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
+Per maggiori informazioni consulta la [documentazione FIO](https://fio.readthedocs.io/en/latest/index.html).
+
+**È possibile utilizzare altri strumenti open source, ad esempio:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
 
 ## Per saperne di più
 
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.pl-pl.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.pl-pl.md
index 8d9f5ae1a88..c309ee98f27 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.pl-pl.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.pl-pl.md
@@ -1,13 +1,9 @@
 ---
 title: Enterprise File Storage - Koncepcje wydajności
 excerpt: "Poznaj koncepcje związane z tworzeniem rezerw, monitoringiem oraz testowaniem wydajności rozwiązania Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
-> [!primary]
-> Tłumaczenie zostało wygenerowane automatycznie przez system naszego partnera SYSTRAN. W niektórych przypadkach mogą wystąpić nieprecyzyjne sformułowania, na przykład w tłumaczeniu nazw przycisków lub szczegółów technicznych. W przypadku jakichkolwiek wątpliwości zalecamy zapoznanie się z angielską/francuską wersją przewodnika. Jeśli chcesz przyczynić się do ulepszenia tłumaczenia, kliknij przycisk "Zgłóś propozycję modyfikacji" na tej stronie.
->
-
 ## Wprowadzenie
 
 Poznaj pojęcia związane z tworzeniem rezerw, monitorowaniem oraz testowaniem wydajności rozwiązania [Enterprise File Storage](/links/storage/enterprise-file-storage).
@@ -70,8 +66,49 @@ Narzędzie [FIO](https://github.com/axboe/fio) pozwala na przetestowanie kilku s
 - Liczbę FIO workers.
 - Model dostępu (odczyt/zapis/sekwencyjny/losowy) itp.
 
+Poniżej znajdziesz kilka przykładowych poleceń fio pozwalających na potwierdzenie, że maksymalna liczba IOPS (4000) lub maksymalna przepustowość (64MB/s) mogą zostać osiągnięte dla usługi EFS 1TB:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
 Więcej informacji znajduje się na stronie [dokumentacja FIO](https://fio.readthedocs.io/en/latest/index.html).
 
+**Możesz również korzystać z innych narzędzi open-source, takich jak:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
+
 ## Sprawdź również
 
 Jeśli potrzebujesz szkolenia lub pomocy technicznej w celu wdrożenia naszych rozwiązań, skontaktuj się z przedstawicielem handlowym lub kliknij [ten link](/links/professional-services), aby uzyskać wycenę i poprosić o spersonalizowaną analizę projektu od naszych ekspertów z zespołu Professional Services.
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.pt-pt.md b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.pt-pt.md
index bce8ee61a50..b6b09878fc5 100644
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.pt-pt.md
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/guide.pt-pt.md
@@ -1,13 +1,9 @@
 ---
 title: Enterprise File Storage - Conceitos de performance
 excerpt: "Descubra os conceitos relacionados com o aprovisionamento, o acompanhamento e o teste de desempenho da solução Enterprise File Storage"
-updated: 2022-11-30
+updated: 2025-09-12
 ---
 
-> [!primary]
-> Esta tradução foi automaticamente gerada pelo nosso parceiro SYSTRAN. Em certos casos, poderão ocorrer formulações imprecisas, como por exemplo nomes de botões ou detalhes técnicos. Recomendamos que consulte a versão inglesa ou francesa do manual, caso tenha alguma dúvida. Se nos quiser ajudar a melhorar esta tradução, clique em "Contribuir" nesta página.
->
-
 ## Objetivo
 
 Descubra os conceitos relacionados com o aprovisionamento, o acompanhamento e o teste de desempenho da solução [Enterprise File Storage](/links/storage/enterprise-file-storage).
@@ -70,8 +66,49 @@ A ferramenta [FIO](https://github.com/axboe/fio) permite-lhe testar vários cen
 - O número de FIO workers.
 - O modelo de acesso (leitura/escrita/sequencial/aleatório), etc.
 
+Encontre aqui alguns exemplos de comandos fio que permitem validar que o número de IOPS máximo (4000) ou a largura de banda máxima (64MB/s) podem ser alcançados para um serviço EFS de 1TB:
+
+**Random read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=8k -size=1G -time_based -runtime=60 -name=test1 -directory=/share-nfs
+```
+**Random write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=8k -size=1G -time_based -runtime=60 -name=test2 -directory=/share-nfs
+```
+**Random read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randread -bs=64k -size=1G -time_based -runtime=60 -name=test3 -directory=/share-nfs
+```
+**Random write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=randwrite -bs=64k -size=1G -time_based -runtime=60 -name=test4 -directory=/share-nfs
+```
+**Sequential read - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=8k -size=1G -time_based -runtime=60 -name=test5 -directory=/share-nfs
+```
+**Sequential write - IOPS max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=8k -size=1G -time_based -runtime=60 -name=test6 -directory=/share-nfs
+```
+**Sequential Read - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=read -bs=64k -size=1G -time_based -runtime=60 -name=test7 -directory=/share-nfs
+```
+**Sequential write - Bandwidth max**
+```
+fio -numjobs=1 -iodepth=128 -direct=1 -ioengine=libaio -sync=1 -rw=write -bs=64k -size=1G -time_based -runtime=60 -name=test8 -directory=/share-nfs
+```
+
 Encontre mais informações sobre [a documentação do FIO](https://fio.readthedocs.io/en/latest/index.html).
 
+**Também pode utilizar outras ferramentas open-source, como:**
+
+- [nfsiostat](https://man7.org/linux/man-pages/man8/nfsiostat.8.html)
+- [NFStest](https://wiki.linux-nfs.org/wiki/index.php/NFStest)
+- [nfstrace](https://github.com/epam/nfstrace)
+
 ## Quer saber mais?
 
 Se precisar de formação ou de assistência técnica para implementar as nossas soluções, contacte o seu representante comercial ou clique em [esta ligação](/links/professional-services) para obter um orçamento e solicitar uma análise personalizada do seu projecto aos nossos especialistas da equipa de Serviços Profissionais.
diff --git a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/meta.yaml b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/meta.yaml
index 436436e9025..61977590ff6 100755
--- a/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/meta.yaml
+++ b/pages/storage_and_backup/file_storage/enterprise_file_storage/netapp_concepts_performances/meta.yaml
@@ -1,2 +1,3 @@
 id: 981dddc1-b903-4948-8fbe-6220f0a3bdf7
-full_slug: public-cloud-storage-netapp-performances
\ No newline at end of file
+full_slug: public-cloud-storage-netapp-performances
+translation_banner: true
\ No newline at end of file