Opengear OM appliances are NetOps Console Servers - Network Management appliances that combine the capabilities of a SmartOOB Console Server with the flexibility of NetOps Automation.
The OM2200 appliance, managed through Lighthouse software, is configured for data centers and high density locations. Integrated into Opengear's Network Resilience Platform, it provides a separate, secure management plane which supports advanced automation applications.
- x86 CPU supports standard Docker containers and a Python runtime environment, to automate NetOps processes
- TPM 2.0 chip provides a secure boot process to protect against configuration and firmware tampering
- Large internal flash memory, to keep configuration and software files on site, where they are needed
- Open architecture, based on Linux operating system
- Standard DevOps tools, including Ansible, Docker and Python, used for automation
- Smart OOB includes automated port discovery and VLAN support on the OM appliances
Efficient power management
The Opengear OM2216 comes with two internal power supplies, ensuring reliable power distribution and fault tolerance. This design allows uninterrupted service during power supply maintenance.
Versatile environmental compatibility
With an operational temperature range of 5°C to 50°C and a humidity tolerance from 5% to 90%, the OM2216 functions in a variety of challenging environments, making it suitable for diverse deployment locations.
Robust connectivity options
Featuring Ethernet, Fast Ethernet, and Gigabit Ethernet data link protocols, the console server ensures high-speed and reliable networking opportunities, accommodating various devices and network configurations.
Secure networking features
The OM2216 utilizes firewall protection and supports advanced authentication methods such as Secure Shell (SSH) and TACACS+. This focus on security reinforces network integrity against unauthorized access.
Powerful processing capabilities
Equipped with a 1.4 GHz processor and 8 GB of DDR3 SDRAM, the console server is designed to handle multiple tasks efficiently, making it ideal for critical IT infrastructures requiring consistent performance.
