Meinberg Funkuhren GmbH & Co. KG

Key features of Meinberg's microSyncHR include four Gigabit Ethernet interfaces, multiple programmable output signals (two over Fiber Optical ST connectors) and several configurational output options like Programmable Pulses (TTL), Time Code AM (IRIG, AFNOR) and Frequency Synthesizer (0,1 Hz to 10 MHz) available via BNC. Furthermore, it allows the user to synchronize both NTP and PTP devices.

The microSyncHR is running meinbergOS, the all new firmware supporting most PTP profiles. This allows it to be used as NTP Server and PTP Grandmaster for different industry applications. If it is required to synchronize devices which are not using a networkbased synchronization solution, the microSyncHR provides a wide range of various electrical and optical connectors. The available sync signals include PPS/PPM/PPH, Time Code and RS-232/RS-422 serial time strings and more, depending on your configuration.

The microSyncHR can be ordered with different GNSS receivers and oscillators. It offers optical or electrical network connections using
SFP modules. The device is backed by Meinberg’s three-year manufacturer’s warranty and unlimited technical support, including firmware updates. It can be managed using the Meinberg Device Manager software which is available for Windows and Linux platforms.

The LANTIME M500 time server offers all-time flexibility, providing accurate time to your network in a compact and full-featured DIN rail mount form factor. The M500 is ideal for applications such as process control and substation automation systems.

IRIG-B and 1PPS, usually used for time synchronization at bay and process levels, require separate, costly coaxial cabling. The PTP Grandmaster Clock functionality of Meinberg’s LANTIME M500 enables synchronization over an existing LAN with IEEE 1588 PTPv2-compliant switches. This makes the LANTIME M500 a cost-effective solution with ultimate precision.

The LANTIME M3000 is part of the IMS Series. Its modularity supports forming highly customized synchronization systems by combining standard building blocks, resulting in one of the most cost-effective and flexible synchronization solutions on the market.

The modularity concept of the IMS Systems allows the LANTIME M3000 to be individually configured to take over specific roles in a network infrastructure by only adding one single module instead of implementing a completely new system into your network. The IMS System is therefore suitable for almost every application in many different industry sectors.

The LANTIME M3000 offers a mix of synchronization outputs for different devices like IEDs and SCADA systems, IEEE 1588 Grandmaster
(multi-profile, incl. IEEE 1588-2008, IEEE C37.238-2011, C37.238-2017 IEC 61588, IEC 61850-9-3 and IEC 62439-3 Annex B), IRIG and AFNOR Time Codes (DCLS and AM) In/Out and  (S)NTP Time server with HW time stamping.