While enterprise NAS storage is ideal for mission-critical workloads, it has performance issues on NFS systems. (NFS)-based NAS storage systems are used to support workloads such as databases, virtual desktop infrastructure (VDI) and other performance-sensitive applications.

However, Network Attached Storage users face problems with file access storage, hindering its use in certain critical cases. Today we will see how to solve essential performance issues that are encountered by NAS storage drives.

Rogue clients and other noisy devices

Hanging file locks by network managers is a common performance problem in enterprise NAS storage systems. It’s important to look out for rogue clients, that can create a critical file lock and block other applications from executing, and can cause applications to slow down or even stop. As the number of hosts with VMs increases, this phenomenon can become more common. Proper intended performance cannot be achieved if it isn’t properly monitored.

Cluster node congestion

NAS Storage use for critical workloads led to problems with traditional scale-up NAS approaches and organizations deploying dozens of NAS systems. As a result, manufacturers like StoneFly moved to super scale-out NAS systems with features like deduplication and Sync/async multi-appliance/multi-site replication to overcome these problems. However, a new issue of cluster node congestion was also introduced with this infrastructure which is common even in the Best NAS systems.

Inter-node communication speeds up exponentially when a scale-out NAS system adds additional nodes. Inter-networking issues between these nodes can easily cause poor system response times. However, more communication is easily possible with more nodes.

Server latency issues

High I/O latency is the most common reason for poor storage performance. Poor load balancing can lead to problems, but careful monitoring can prevent this. That is why Monitoring latency between the VM and the file system is crucial for every file flow.

Poor write performance

NAS storage is a type of file-based storage that uses a network attached server to store data. NAS systems are typically used to store large, sequential files such as video or audio files. NAS systems can provide a drastic decrease in file transfer rates to the server, making them ideal for storing large amounts of data. However, NAS systems can also be susceptible to data loss due to the asynchronous nature of the writes. RPCs allow for reliable asynchronous writes, but at the cost of data loss. As a result, NAS systems are often used in conjunction with other storage solutions such as SAN or DAS to provide a balance of reliability and performance.

NAS storage is one of the most important aspects of a computer. It helps to keep data safe and secure. NAS also provides an extra layer of protection against data loss. NAS storage is very reliable and it is important to monitor the situation constantly. You can adjust several settings such as write data sync response and write transfer speed to tweak the NAS Storage to optimum performance. NAS storage is a great asset to any computer and it is important to keep it in good working condition.

Bottom Line

NAS storage is a key part of many business’s data infrastructure. It is crucial for businesses to have NAS systems that are running smoothly and efficiently. NAS systems can be difficult to manage and optimize, but real-time monitoring, analysis and line speed monitoring can help to solve NAS problems that are business-critical. With these tools, businesses can see the entire scaled-out system, their actual performance and usage metrics, and make changes accordingly, and that’s much more easy and simple. This makes it much easier to manage NAS resources and keep the system running smoothly.