Further information for Lantronix SLS200PS20-01 KVM over IP 1-Port PS/2
General
Number of ports
1
KVM technology
KVM-over-IP
Interfaces
PS/2 and USB
Network connection
CAT5
Form factor
Zero U
Maximum simultaneous users
8
Authentication
LDAP, RADIUS, Active Directory
Scalability
Daisy-Chaining
Optional accessories
DC power supply 520-085-R
Accessory operating voltage
100–240 VAC
Accessory output voltage
5 VDC
Accessory current
1 A
Virtual media
The Lantronix SecureLinx Spider SLS200PS20-01 is a 1-port KVM-over-IP device that enables remote control of servers over an IP network. It serves as a compact, network-based KVM switch, connected via a CAT5 cable, providing a KVM-over-IP function. The device is designed for central server management, allowing the user to access the keyboard, monitor, and mouse of a server via a web browser without being physically present. Control is achieved through an integrated IP network, enabling server management in data centres or across multiple locations.
Applications
This device is specifically designed for remote server management in IT infrastructures. It is suitable for environments requiring central, secure, and scalable server management, such as data centres, managed service providers, or enterprises with distributed IT systems. The ability to access the BIOS level of a server via an IP network makes it particularly useful for maintenance and troubleshooting tasks, especially when the server is no longer accessible via the operating system.
Functions and Features in Detail
The SLS200PS20-01 offers a KVM-over-IP solution with one port supporting both PS/2 and USB connections. This allows connection to servers with different interfaces. Control is performed via a web browser, eliminating the need for additional client software. The Virtual Media function enables access to virtual drives, which is helpful during operating system installation or recovery. The Remote Authentication feature supports standards such as LDAP, RADIUS, and Active Directory to ensure access security.
Technology Explained Simply
The device operates as an integrated IP-based KVM switch in Zero-U format, meaning it occupies no rack space and is connected directly to the server. Power is supplied by the server itself, so no external power supply is required. Communication occurs via a CAT5 cable, making cable length practically unlimited as signals are transmitted over the network. The Daisy-Chaining function allows multiple units to be linked together, increasing the number of manageable servers and creating a scalable solution. Each unit supports up to eight simultaneous users, enabling use in teams or during joint maintenance tasks.
Compatibility and Accessories
The device is designed for connection to servers supporting PS/2 and USB interfaces. It is compatible with IP networks and can be integrated into existing network infrastructures. Optional accessories include an external DC power supply (520-085-R), which provides 100–240 VAC at 50–60 Hz and connects to the device via a USB mini-B port. This power supply can be used when external power is required, for example, in environments where direct power from the server is not available.
Installation and Mounting
Installation involves connecting the device directly to the server via PS/2 and USB connections, as well as a CAT5 cable for network connectivity. The device requires no rack space and is mounted directly on the server. Configuration is performed via a web browser, with settings accessed through the device’s IP address on the network. Setup is straightforward and does not require any special client software.
Operational Advantages
Operation of the SLS200PS20-01 is cost-efficient, as no additional hardware components such as external network switches or extra power supplies are required. Scalability via Daisy-Chaining allows flexible expansion of the infrastructure. The browser-based control and support for remote authentication enhance security and simplify management. The ability to access the BIOS level ensures remote maintenance is possible even in the event of system failures or operating system issues.