Download Timekeeping Port Devices Driver



On this page there are links to download driver software writtenby Meinberg, and also associated manuals inAdobe PDF format.

  1. Download Timekeeping Port Devices Drivers
  2. Download Timekeeping Port Devices Driver Windows 7
  3. Download Timekeeping Port Devices Driver

A library of over 250,000 device drivers, firmware, BIOS and utilities for Windows. Latest Drivers Downloads. Synaptics PS/2 Port TouchPad Driver 19.0.11.1 64. Drivers: EA-MG-PGM-CBL drivers Drivers for the EA-MG-PGM-CBL USB-to-serial cable (Windows 2000 SP4, Windows XP SP2, and Windows Vista(32/64 bit), Windows 7 (32/64 bit), Windows 8 and 8.1 (32/64 bit), Windows 10) Industrial Monitors Drivers for Atlas Industrial Monitors. All devices operating in MTP mode are supported. Note: The MTPdrive is not a replacement for the device's factory (or Windows default) device driver. You must be able to connect your device to the computer and have it visible in the Windows Explorer, before it can be mapped as a drive letter using the MTPdrive.

There is driver software for the following operating systems available:

On Unix-like operating systems all Meinberg radio clockswith a serial port are supported by the public domainNetwork Time Protocol (NTP)package. Under Windows NT/2000 and newer, NTP canbe used together with Meinberg's driversto synchronize additional computers on the TCP/IP network.

NTP software and manuals are available at our NTP download page.

Download MEINBERG NTP / PTP Simulation Software (Demo):

Download Timekeeping Port Devices Drivers

  • MPSv2 Change Log
    Recommended operating systems: Linux Mint ≥ 18.3 (64 bit) or Ubuntu ≥ 18.04.

Additionally there are some utilities available for download:

  • Meinberg Device Manager (Windows and Linux)for configuration and monitoring of Meinberg receivers via the serial interface or network connection(supersedes the gpsmon32 monitoring software)
  • MBG Flash Used to update firmware of radio clocks and otherdevices with flash memory.

More Ressources:

  • Software Development Kits SDKs for different programming languagesand development environments to access a Meinberg device from within an own applications.
  • Shapes for Microsoft Visio Shapes for various Meinberg systemsand accessories, to be used with Microsoft Visio
  • SNMP MIB Files Management Information Base files for various Meinberg systemsand accessories, to be used with SNMP-based Network Management Systems like HP OpenView or IBM Tivoli.

Driver Software for all Windows versions since Windows NT


Windows NT
up to
Windows 10
Windows Server 2019
Platform i386 (32 Bit)
Platform x64 (64 Bit)
Software
dkwin-3.10.exe
July 2, 2020
1.5 Mbytes
How to verify integrity
of the downloaded file
Release Notes

The driver package can be used to synchronize the computer's system time.It supports all Meinberg plug-in radio clocks for PCs with PCI or ISA bus,all Meinberg USB devicesand all external radio clocks which are connected to a serial portof the computer (COM port) and transmit theMeinberg standard time string.

The Meinberg Time Adjustment Service runs in the backgroundand keeps the system time synchronized with the radio clock's time.

The monitoring utility MBGMON can be used to start, stop,control, and monitor the time adjustment service. The program isalso used to monitor and configure the supported plug-in boardsand USB devices.

Detailed information on the software can be found in the onlinehelp of the monitoring utility.

The public domain NTP software packagecan be used together with this driver package to synchronize additionalcomputers over the TCP/IP network.


Driver Software for DOS, Windows 3.x/9x


DOS
Windows 3.x
Windows 9x
Software
dkdos223.zip
August 14, 2007
127505 bytes
Manual
German
softdos.pdf
Manual
English
softdos.pdf

The driver package for DOS/Windows 3.x/Windows 9.x supports allMeinberg plug-in radio clocks for PCs.This driver does not support radio clocks connected via aserial interface.

The resident driver (TSR) reads the time from a radio clockin periodic intervals and sets the computer's system time.

If the computer operates in DOS text mode the current radio clock timecan be displayed in a box at a corner of the screen.

The monitoring program PCPSINFO shows the radio clock's and theTSR's status information and can be used to setup configurableparameters of the plug-in cards.

Hint for PCI Cards:
Plug-and-play driver installation on Windows is not supported.

If Windows starts up after a new PCI card has been installedit tries to locate a driver for the new card. Every popupdialog should be acknowledged by pressing OK, so Windowswill install an 'unknown device'.

After Windows startup has been completed, the DOS driver canbe installed normally.

Attention:
If the installation of the 'unknown device' is aborted,Windows will ask again for a driver when it starts upthe next time.

Version Information:

DKDOS223:
  • Additionally support the new PCI Express cardsPEX511,GPS170PEX, andTCR511PEX.
DKDOS222:
  • Fixed a bug where the TSR did not always recognize some older PCI cards.
  • Enhanced configuration dialog for the synthesizer settings.
DKDOS221:
  • Additionally support the new PCI cardsPCI511,GPS170PCI, andTCR511PCI.

Windows 9x
Windows ME
Software
win9xv13.zip
August 11, 2003
539326 bytes
Manual
German
mbgtimemon.pdf
Manual
English
Not available

In addition to our resident DOS/Windows driver (see above), there is a driver for Windows 9x/MEavailable that supports time synchronization over a serial interface.

The driver package for Windows 9x can be used with all external radio clocks which areattached to a serial port of the computer (COM port) and transmit theMeinberg standard time string.

The driver package reads the time from a radio clock in periodic intervals and sets the computer's system time.

Time deviations will be ascertained and corrected by the driver program. The driver runs in the backgroundand keeps the system time synchronized with the radio clock's time.The driver will be shown in the windows traybar. Additionally, the program is used to display status informationfrom the clock and of the current time synchronization as well.


Driver Software for Linux


Download timekeeping port devices driver windows 10Download Timekeeping Port Devices Driver
MBGTOOLS
for
Linux
Kernel 5.x
Kernel 4.x
Kernel 3.x
Kernel 2.6.x
Platform i386
Platform x86_64
Software
mbgtools-lx-4.2.14.tar.gz
2020-10-20
800k bytes
SHA512 Checksum:
mbgtools-lx-4.2.14.tar.gz.sha512sum
How to verify integrity
of the downloaded file
Release Notes
git-Repositiory

Important notice:
For Linux kernels 5.8 or newer, no driver packageolder than 4.2.12 should be used. For details see thechangelog entry.

This archive contains a Linux driver module for Meinbergplug-in radio clocks with PCI or ISA bus, and Meinberg USB devices.This driver is only required for plug-in radio clocks and USB devices.Radio clocks which are connected via a serial interface are directly supported byNTP.

The driver allows access to a plug-in radio clock from a userprogram, and additionally implements a device which makes theradio clock available as a reference clock forNTP.

The driver is shipped as source code and has to be compiled on the target system.The current version 4.x can be used with Linux kernels 2.6.x, 3.x, 4.x and 5.x up to at least 5.9.

Supported hardware architectures include Intel/AMD 32 bit (i386, standard PC)and 64 bit (x86_64).

For more detailed information and installation instructionsplease refer to the README file which is included inthe archive.


Download Timekeeping Port Devices Driver Windows 7

Driver Software for FreeBSD


MBGTOOLS
for
FreeBSD
FreeBSD 8.x
bis
FreeBSD 12
Platform i386
Platform x86_64
Platform ARM
Software
mbgtools-fbsd-1.0.0.tar.gz
2017-07-06
550k bytes
SHA512 Checksum:
mbgtools-fbsd-1.0.0.tar.gz.sha512sum
How to verify integrity
of the downloaded file
git-Repositiory

This archive contains a FreeBSD driver module for Meinbergplug-in radio clocks with PCI bus.This driver is only required for plug-in radio clocks.Radio clocks which are connected to the PC via a serial interface are directly supported by theNTP software.

The driver allows access to a plug-in radio clock from a userprogram, and additionally implements a device which makes theradio clock available as a reference clock forNTP.

The driver is shipped as source code and has to be compiled on the target system.The current version 1.0.0 can be used with FreeBSD 8 up to FreeBSD 12.

Supported hardware architectures include Intel/AMD 32 bit (i386, standard PC)and 64 bit (x86_64), and ARM.

For more detailed information and installation instructionsplease refer to the README file which is included inthe archive.


Devices

Download Timekeeping Port Devices Driver

Driver Software for Novell NetWare


NetWare 3.1x
NetWare 4.x
NetWare 5.x
NetWare 6.0
NetWare 6.5
Software
dknw240.zip
August 14, 2007
115804 bytes
Manual
German
softnw.pdf
Manual
English
softnw.pdf

The driver package for Novell NetWare supports allMeinberg plug-in radio clocks for PCs and all radio clockswhich send out the Meinberg standardtime string via serial RS-232 interface.

A time server NLM (NetWare Loadable Module) can be loadedon a file server which has a radio clock installed. The time serversoftware keeps the file server time synchronized with the radioclock's time and displays the radio clock and time synchronizationstatus.

With a plug-in radio clock forDCF77 the NLM can also be usedto check the received signal and second marks.

Additionally, the time server NLM makes the disciplined file servertime available on the IPX network.

A time client NLM can be loaded on additional file serverswithout own radio clock. The time client queries the reference timefrom a time server NLM running on another file server on the network.

The time server NLM can also send IPX broadcast time packetsto the network which can be received by DOS/Windows workstations tokeep workstation time synchronized to the file server time.

A memory resident IPX broadcast receiver for DOS/Windows 3.x/Windows9x is part of this driver package.

Workstations with modern operating systems can usually be synchronizedTCP/IP, using the Network Time Protocol (NTP).NetWare 5 and later also supports NTP direktly.The Netware server which has the role of a timeserver should run TIMESYNC.NLM v5.23or newer since NTP support in earlier versions of TIMSYNC:NLM has some bugs.

Version Information:

DKNW240:
  • Additionally support the new PCI Express cardsPEX511,GPS170PEX, andTCR511PEX.
DKNW230:
  • Additionally support new PCI devicesPCI511,GPS170PCI, andTCR511PCI.

Driver Software for OS/2


OS/2 2.1
OS/2 Warp
OS/2 Warp 4
Software
dkos2205.zip
August 14, 2007
39206 bytes

The driver package for OS/2 supports all Meinberg plug-inradio clocks for PCs.

This driver does not support radio clocks connected via aserial interface.

The package includes a device driver and an utility runningunder the OS/2 Presentation Manager. The utility shows theradio clock's status and synchronizes the computer's systemtime to the radio clock's time.

With a plug-in radio clock forDCF77 the utility can also beused to check the received signal and second marks.


GPSMON32 (out of support since 2017-06)


GPSMON32
for
Windows
Software
mbg-gpsmon32-v228.exe
2013-07-15
726,195 Bytes

This utility can be used to configure Meinberg GPS receivers via their serial ports.

The program has initially been written to be used with our GPSreceivers which do not have an own display. However, it can beused with any Meinberg GPS receiver with serial interface.

Detailed information on the program can be found in the online help.

Please note:
Our support for this program will be discontinued in July 2017.In the future please use the Meinberg Device Managerfor our systems.


MBG Flash Program


Download Timekeeping Port Devices driver
MBGFLASH
for
Windows
Software
mbgflash-1.13.exe
August 20, 2014
570 KB

This utility can be used to update the firmware of radio clockswhich have an onboard flash memory via the clock's serial port.Simply download and run the EXE file to install the utility.

Additionally, a firmware image file is required which is uploadedto the device. Be sure to use an image file which is appropriatefor the type of device.


Visio Shapes


Visio Shapes
for
MS Visio 2003
ZIP File
meinberg_visio_shapes-2015.zip
2015-11-23
16 MB

This ZIP archive contains some .VSS files to be used with Microsoft Visio, containing shapesfor various Meinberg NTP time server models and radio clocks, representing these systemsin different form factors and types in your Visio drawings.

The files were created and have been tested with MS Visio 2003.Other versions for Visio 2000 and Visio 2002 are available on request.

More details about Microsoft Visio can be found onMicrosoft's Visio Homepage.


SNMP Management Information Base (MIB) Files


SNMP MIB Files
ZIP Archive
meinberg-mibs.zip
2020-04-09
62 kB

These files are required by most SNMP based network management systems in order to access the informationprovided by Meinberg products via SNMP.

Files included for SNMP-ROOT, LANTIME V5/V6/V7, XPT, FDMXPT, RSC (MDU), meinbergOS (microSync), SyncBox/N2X.

Driver
TS-990S, TS-890S, TS-590SG, TS-590S, TH-D72A/E
KPG-22U, KPG-46U, KPG-186U
Virtual COM Port Driver
Last updated : August 21, 2019
Introduction
Thank you for choosing the KENWOOD transceivers. You can connect your TS-990S, TS-890S, TS-590SG, TS-590S, or TH-D72A/E to a PC via a USB cable, or you can connect your TH-K20A/E, TH-K40A/E, TM-281A/E, TM-481A, or other transceivers to a PC via the KPG-22U/46U/186U programming cables by installing the virtual COM port driver in the PC, and then utilize the Radio Control Program, Memory Control Program, or other software we have provided.
This virtual COM port driver installation program is provided by Silicon Laboratories Inc.
After reading through the following explanations, feel free to download and install the software.
Operating Environment
1.Operating System (OS)
Windows® 7 (32-bit or 64-bit)
Windows® 8.1 (32-bit or 64-bit)
Windows® 10 (32-bit or 64-bit)
2.Peripheral Devices
USB 2.0 interface.
Installing the virtual COM port driver
ATTENTION: Do not connect the device to a PC before installing the virtual COM port driver.
Extract the downloaded file ('CP210x_Windows_Drivers.zip' for Windows® 7/8.1, or 'CP210x_Universal_Windows_Driver.zip' for Windows® 10) into a designated folder.In the designated folder, a folder labeled 'CP210x_Windows_Drivers' or 'CP210x_Universal_Windows_Driver' will be created.
In the created folder, double click the 'Cp210xVCPInstaller_x86.exe' with 32-bit OS, or the 'Cp210xVCPInstaller_x64.exe' with 64-bit OS, and follow the instructions that appear on the display to install the virtual COM port driver.
Connecting the device to a PC
Turn the transceiver power ON, then connect it to a PC via a connection cable for the transceiver. The PC will detect new hardware.
The installation of the device driver software will start automatically.
If a reboot request appears, please reboot the PC.
Confirming the COM port number
Open the 'Device Manager' to confirm which COM port number is assigned for connection with the device.
(Confirm the COM port number after turning on the transceiver and connecting the transceiver to the PC using a USB cable, or after connecting the KPG-22U/46U/186U to the PC.)
For Windows® 7
1. Click the Windows® [Start] button.
2. Right-click [Computer], then click [Properties].
3. Click [Device Manager] in the displayed window.
4. [Device Manager] window will appear.
For Windows® 8.1 and Windows® 10
1. Right-click the Windows® [Start] button.
2. Click [Device Manager] in the displayed window.
3. [Device Manager] window will appear.
Click “Ports (COM & LPT)” to extend it, then you can find “Silicon Labs CP210x USB to UART Bridge (COMxx)”.The “COMxx” number is different depending on your PC.
In the above example, “Silicon Labs CP210x USB to UART Bridge (COM3)” is listed. This means that COM3 is assigned for the connection with the transceiver.
Select this port number in the configurations for communication in the software you are using.
Note:
When connecting a TS-890S transceiver to the PC, 2 virtual COM ports are assigned as follows.
In the TS-890S Menu settings, these 2 virtual COM ports are defined as [Virtual 'Standard' COM Port] and [Virtual 'Enhanced' COM Port].
These 'Standard' and 'Enhanced' virtual COM ports are distinguished as follows.
•Double-click on these in the Device Manager to display the respective Properties windows.
•Select the 'Details' tab and then select 'Location Paths' (or 'Rutas de acceso de ubicación':Español, 'Chemins d'accès des emplacements':Français, 'Speicherortpfade':Deutsch, 'Percorsi':Italiano, 'Locatiepaden':Nederlands) from the Property drop-down menu.
•Move the mouse cursor to the line displayed in the 'Value' column (the top line if multiple lines are displayed) and check the number in the parenthesis on the right end of the character string.
The port displayed with the number (1) is the virtual COM (Standard) port of the transceiver.
In the display example above, the virtual 'Standard' COM port is assigned to COM3.
The port displayed with the number (2) is the virtual COM (Enhanced) port of the transceiver.
In the display example above, the virtual 'Enhanced' COM port is assigned to COM4.
Please also refer to the TS-890S Instruction manual for details.
If you agree with the details listed above, click one of the following links corresponding to each OS to download the virtual COM port driver installation program.
For Windows® 7/8.1:
'CP210x_Windows_Drivers.zip'(v6.7.6) 6.83MB download
For Windows® 10:
'CP210x_Universal_Windows_Driver.zip'(v10.1.8) 878KB download
You can also download the latest and earlier versions virtual COM port driver installation program from the Silicon Laboratories website. (The URL link is subject to change.).
Microsoft®, Windows®, and Windows logo are registered trademarks of Microsoft Corporation in the United States and/or other countries.