In this article, we’ll explore how to use Zabbix to monitor a MikroTik device via SNMP, using specific templates that allow you to visualize the status of interfaces and their performance. Read on to understand how to use network monitoring to ensure the correct operation and performance of devices in an infrastructure employing the SNMP protocol.
Zabbix 6.4 introduced major improvements to SNMP monitoring, especially when it comes to collecting large numbers of metrics from a single device. This is done by utilizing master-dependent item logic and combining it with low-level discovery and newly introduced preprocessing rules. This blog post will cover the drawbacks of the legacy SNMP monitoring approach, the benefits of the new approach, and the steps required to deploy bulk SNMP metric collection.
SNMP – Simple network management protocol is a networking protocol that is extremely prevalent in network hardware such as switches and routers, as well as a variety of other devices such as printers, power supplies and even regular server hosts. Depending on the device, a wide array of metrics can be retrieved by using SNMP without the need to deploy any additional software on the target device. Our newly introduced Zabbix SNMP monitoring one-day extra course will teach you all you need to know about SNMP and how to use Zabbix to get the most out of your SNMP devices with the most optimal data collection approach.
Let Zabbix automatically discover and start monitoring your SNMP data points. Creating items manually for each network interface, fan,…
Depending on your requirements, monitoring SNMP metrics can turn into quite a troublesome task. What if no out-of-the-box templates are available for my device? How can I find OID’s for my metrics and test them? What If I wish to avoid any kind of performance impact on my SNMP device during the testing period?
Opensource ICT Solutions designed a Python and Bash script for Zabbix that makes it possible parse SNMP traps to Zabbix without the use of net-snmp-perl. Read more and learn how to set up the scripts in this post.
SNMP is one of the most used monitoring types inside Zabbix. But it is also one of the most frustrating tools to configure for newcomers. Even experienced guys tend to make simple mistakes during configuration, which later lead to a lot of issues with flapping items, interfaces, false-positive notifications, or even worse.
SNMP is the main protocol for monitoring network hardware which may be used in Zabbix — an all-in-one solution for monitoring a large number of objects in static (changing slowly) networks.
SNMP traps report device failure very quickly, what increases server, services, and application availability. Receiving SNMP Traps in Zabbix is easy. In just a couple of minutes, your instance will be ready to receive, process and react any incoming trap.
Zabbix offers a lot of methods for data gathering, including SNMP. SNMP has been a popular protocol for many years and probably will stay that way – it’s used on routers, switches, UPS devices, storage arrays and lots of other devices. Zabbix 2.2 will improve the existing SNMP support in several ways.
Hosts, items, and triggers are some of the most basic concepts in Zabbix. To successfully configure their monitoring workflows, Zabbix users need to have a clear understanding of how these entities are used. This article is aimed at Zabbix beginners and should help anyone better understand the basics of Zabbix while providing guidance on how to start monitoring your initial set of hosts.
Installing Zabbix from packages can feel overwhelming, due to the availability of different configuration options. The detailed and comprehensive documentation certainly helps to check the purpose of these multiple options, what values can be set in their fields, and if one is required for your planned deployment. There are quite a few official Zabbix blog posts about Zabbix in containers, and this post is aimed at showcasing how additional Zabbix components can be easily set up in a docker environment, along with docker run and docker compose examples.
