The network time server acts as a stand-alone SNTP server.
All computers on its local network can synchronise its system time with the network at any time.
The time server itself is permanently synchronised via the long wave time signal sent by the DCF77 transmitter in Mainflingen, Germany. This signal is generated from one of the most precise atomic clocks in the world. It is controlled by the Physically-Technical Federal Institution in Brunswick, Germany and deviates by less than one second in 300,000 years. If the time signal reception is ever lost or in the event of a power cut, the time server will automatically take over the timing via an integrated battery-buffered Quartz clock, and automatically returns to DCF77 mode once the reception has been restored.
Your complete network will always have a highly accurate system time.
Allows a USB computer to connect to a Wireless network
Supports transfer rates up to 150Mbps
Compatible with USB Type A equipped Windows computers
Extremely compact and lightweight design
2 year warranty
This Lindy USB Wireless Mini Converter allows a USB Type A equipped Windows computer to connect to a Wireless network at speeds of up to 150Mbps. With its extremely small form factor it can conveniently connect to a wireless network hotspot while on the go.
The converter also supports standard and advanced security options such as WEP, WPA or WPA2 as well as quick and easy setup through Wireless Protected Setup WPS for a reliable and secure operation.
Cross-platform operation via web interface - HTTP based
“Watchdog” functionality, checks via ICMP ping if a network client is online
Note: For connecting your device to the IP Power Switch you will need an IEC to IEC Extension Cable.
The Lindy IP Power Switch allows you to manage the power of a single device over an IP based network. It connects to your existing network to provide remote control power operation of a connected server, workstation, hub, router or almost any other mains - IEC C13 - powered device. A simple web interface allows rebooting and control of power on/off functions.