Meinberg LANTIME M600and GPS PTP NTP Time Server User’s Manual M600

MANUAL

LANTIME M600 GPS PTP

Network Time Server and

PTP Grandmaster Clock

Table of Contents

1 Impressum 1

2 Quick Start 2

3 Network Timeserver with GPS synchronized time base 4

4 The Modular System LANTIME 5

5 Network Time Protocol (NTP) 8

6 Precision Time Protocol (PTP) / IEEE1588 10

7 GPS satellite controlled clock 16

8 Mounting the GPS Antenna 17

9 Booting the GPS receiver 20

10 Booting the Single Board Computer 21

11 Conﬁguration User Interface 22

12 The graphical user interfaces 44
13 The WEB Interface 45

The Command Line Interface 79
SNMP Support 90
Attachment: Technical Information 100

1 Impressum

2 Quick Start

MEINBERG LANTIME

is booting... please wait...

.......

NTP: Offs. 1ms Stratum: 1

MRS: sync to GPS XTL:SYNC SVs:9/10

PTP: ok PTP_SLAVE GM:00:00:00:00:00:00

Press F1 for help or F2 for setup overview

F1

UTC

Tue, 01.01.2008

12:00:00

MRS Status

-> Setup Input Priorities <-

Setup Fixed Offsets

Setup Precisions

1.GPS is master : -10ns

2.PPS in is available : -20ns

3.IRIG no signal : n/a

4.NTP is available : -30.000us

2.PTP (IEEE1588)is available : -300ns

F1

MRS Input Priorities

GPS Receiver Position

-> Satellite Constellation <-

GPS Status & Version

SATELLITE CONSTELLATION

satellites in view: 5

good satellites : 5

selected set: 04 09 21 17

Global Configuration

->Network Interfaces <-

Network Services

ETH0: -> DHCP:disable <-

ADDRESS: 192.168.10.20

NETMASK: 255.255.255.000

DEF.GATEWAY: 192.168.10.1

3 Network Timeserver with GPS synchronized

time base

4 The Modular System LANTIME

ENGLISH

1. VF Display

2. Function buttons: 4-way navigation

Button; F1, F2, OK, ESC

3. Status LEDs: Ref. Time, Time Service,

Network, Alarm

4. Terminal port, RS232 Time String output

5. USB connector

6. Brackets for 19” Mounting Rack

1. VF Display

2. Function keys: 4 - way buttons;

F1, F2, OK, ESC

3. Status LEDs: Ref. Time, Time Service,

Network, Alarm

OK

ESC

Time Service

Ref. Time

Network

Alarm

Terminal

USB

5

9

1

6

F1

F2

GPS

NTP

Time

Date

: Normal Operation

: Sync. to PPS

: 16:12:35

: 12.01.2006

(hh:mm:ss)

(dd.mm.yyyy)

1 2 3 4 5 6

4. Terminal port, RS232 timestring output

5. USB connector

6. Bracket for 19” rack mount

ETH0 ETH2

ETH1 ETH3 O

I

100-240V AC

50/60Hz

Synth.

PPM

COM1

COM 0

Error

CO NO NC

16

59

16

59

PPS

TC-DCLS

10MHz

TC-mod

100M 10M100M 10M 100M 10M100M 10M

GPS

Antenna

1. Power supply 85 ... 264 V AC, 47... 63 Hz,

1 A/230 V, 2 A/115 V

2. Mains socket

3. RS232 output, serial interface, time telegram

4. Error relais output

5. GPS antenna, BNC

6. 10MHz output

7. Pulse Per Second output

8. Pulse Per Minute output

9. Frequenzy synthesizer output

10. Time code output - AM (modulated)

11. Time code output - DCLS (unmodulated)

12. IEEE1588 PTPv2, RJ-45 connector

1 x Network connector: ETH4 - 10/100 Mbit, RJ45

13. 4 x Network connectors: ETH0, ETH1,

ETH2, ETH3

10/100 Mbit, RJ45

13 12 11 10 9 8 7 6 5 4 3 2 1

100M 10M100M 10M

PTP0

IEEE1588

ETH4

4.1 Supported Network Services

4.2 Additional Features

•

4.3 User Interface

•

4.4 Options

•

4.5 Why to use a Network Time Server?

•

5 Network Time Protocol (NTP)

5.1 NTP Target

5.2 NTP-Client Installation

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

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         

6 Precision Time Protocol (PTP) / IEEE1588

6.1 General Information

10/100MBit

LAN

Network Interface Card

PTP Time Stamp Unit

Single Board Computer

PTP Protocol Stack

Reference Time Source

GPS Receiver

PTP Master System only

USB

PPS10MHz

6.2 Functionality in Master Systems

10/100MBit

LAN

10 Mhz from GPS

RJ45 with

magnetics

and LEDs

PHYceiver MAC

controller USB hub

FPGA

microcontroller

with integrated

progr. memory

10M/activity

100M/activity

Rx/Tx

MII interface USB

USB 1.1

to computer

module

Time Stamp Unit PTP Master

FPGA

configuration

memory

PPS from GPS

control

adr/data

control

data

USB

6.3 Functionality in Slave Systems

10/100MBit

LAN

10 MHz

PPS

programmable

outputs

modulated

time code

RJ45 with

magnetics

and LEDs

PHYceiver MAC

controller USB hub

status LEDs

driver

circuits

FPGA

filter and

driver circuit oscillator DAC

microcontroller

with integrated

progr. memory

FPGA

configuration

memory

10M/activity

100M/activity

Rx/Tx

MII interface

USB

data control

control

voltage

PWM time code

clock

adr/data

control

USB 1.1

to computer

module

clock

status

Time Stamp Unit PTP Slave

6.4 PTPv2 IEEE 1588-2008 Conﬁguration Guide

6.4.1 General Options

6.4.2 Network Layer 2 or Layer 3

6.4.3 Multicast or Unicast

6.4.4 Two-Step or One-Step

6.4.5 End-To-End (E2E) or Peer-To-Peer (P2P) Delay Measurements

6.4.6 Mode Recommendations

6.4.7 Message Rate Settings

6.4.8 ANNOUNCE Messages

6.4.9 SYNC/FOLLOWUP Messages

6.4.10 (P)DELAY REQUEST Messages

6.4.11 HQ Filter

7 GPS satellite controlled clock

7.1 GPS170 Features

7.2 Time Zone and Daylight Saving

8 Mounting the GPS Antenna

◦

◦ ◦

8.1 Example:

8.2 Antenna Short-Circuit Assembly with surge voltage protection

free view to the sky!

Surge Voltage Protector

connect to earth by using the mounting bracket.

GPS

Antenna

s

S

a

t

P

elli

G

te ante

n

a

n

As short as possible!

cable slot

Ground lead to PE Rail

(Protective Earth)

- fastened

with cable shoe

2

Cable / 16mm

Meinberg GPS

N-Norm male female

or BNC male female

N-Norm male

N-Norm female

N-Norm male

N-Norm female

N-Norm male

8.3 Antenna Short-Circuit

ANTENNA

SHORT-CIRCUIT

DISCONNECT POWER

! ! !

9 Booting the GPS receiver

10 Booting the Single Board Computer

Starting up

please wait...

.....

NTP: Offs. 1ms Stratum: 1

GPS: NORMAL OPERATION Satellites:9/10

PTP: ok PTP_MASTER GM:00:00:00:00:00:00

Press F1 for help or F2 for setup overview

F1

UTC

Tue, 01.01.2008

12:00:00

F1

UTC Tue, 01.01.2008

12:00:00

NTP: Offs. 1ms Stratum: 1

GPS: NORMAL OPERATION Satellites:9/10

Press F1 for help or F2 for setup overview

F1

UTC

Tue, 01.01.2008

12:00:00

11 Conﬁguration User Interface

11.1 The menus in Detail

NTP: Offs. 1ms Stratum: 1

GPS: NORMAL OPERATION Satellites:9/10

PTP: ok PTP_MASTER GM:00:00:00:00:00:00

Press F1 for help or F2 for setup overview

F1

UTC

Tue, 01.01.2008

12:00:00

F1

UTC Tue, 01.01.2008

12:00:00

OK

ESC

F1

F2

Time Service

Ref. Time

Network

Alarm

Use and to select different

main menus. Use and to

enter specific submenus. Press

F2 for SETUP overview. [ESC]

TYP: ELX800 GPS170 M6x V5.26

Serial Num.: 000000000000

NTP: 4.2.0@1.1438-o

Kernel: 2.6.12

-> Reference Time <-

Time Service

Network

System

NTP: Offs. 1ms Stratum: 1

GPS: NORMAL OPERATION Satellites:9/10

PTP: ok PTP_MASTER GM:00:00:00:00:00:00

Press F1 for help or F2 for setup overview

F1

UTC

Tue, 01.01.2008

12:00:00

-> Info GPS Receiver <-

Setup GPS Receiver

Setup Outputs

Reference Time

-> Time Service <-

Network

System

-> NTP Current State <-

external NTP servers

Stratum of local clock

PTP IEEE1588

Reference Time

Time Service

-> Network <-

System

-> Global Configuration <-

Network Interfaces

Network Services

Reference Time

Time Service

Network

-> System <-

-> Set time zone <-

Restart NTP

Reset to factory defaults

Reboot time server

11.2 Menu: Reference Time

-> Reference Time <-

Time Service

Network

System

-> Info GPS Receiver <-

Setup GPS Receiver

Setup Outputs

11.2.1 Description of the Graﬁcal Menu

11.2.2 Menu Setup MRS

OK

-> MRS Management <-

Info GPS Receiver

Setup GPS Receiver

Setup Outputs

-> MRS Status and Setup <-

-> Reference Time <-

Time Service

Network

System

IRIG Input Management

OK

-> Numerical Status <-

Graphical Status

OK

-> MRS Status <-

Setup Input Priorities

Setup Fixed Offsets

Setup Precisions

F1F1

MRS Status F1F1

OK

1.GPS is available : -50.0us

2.PPS is available : -50.0ns

3.FRQ no signal : n/a

4.NTP is available : - 5.0ns

5.PTP is available : -50.0ns

OK

MRS Status

Setup Input Priorities

Setup Fixed Offsets

Setup Precisions

-> <-

F1F1 Setup MRS Input Priorities

1. GPS 2. PPS in

3. TCR in 4. NTP

5. PTP (IEEE158 6. FRQ in

OK

MRS Status

Setup Input Priorities

Setup Fixed Offsets

Setup Precisions

-> <-

F1F1 Set Fixed Offsets in [ns]

PPS: TCR:

NTP: PTP:

FRQ:

OK

MRS Status

Setup Input Priorities

Setup Fixed Offsets

Setup Precisions -> <-

F1F1 Set Precision of Refclocks [ns]

GPS: PPS:

TCR: NTP:

PTP: FRQ:

OK

-> Numerical Status <-

Graphical Status

MRS Status

1.GPS no signal * : (5m19s/19m00s)

2.PPS no signal : n/a

3.TCR no signal : +1.349us [+31.50us]

4.NTP is available : -30.00us

5.PTP is available : -50.0ns

F1F1

11.2.3 Menu IRIG Input Management

MRS Status and Setup

-> IRIG Input Management <-

OK

-> IRIG Receiver State <-

setup IRIG Receiver

F1F1

Time Code Receiver (IRIG)

IRIG Code: B002/B003 (DC)

IRIG Offset from UTC: +00.00

TCR State: --------

OK

-> IRIG Receiver State <-

setup IRIG Receiver

F1F1

µ

Set IRIG Receiver Parameters

IRIG Code: B002/B003 (DC)

IRIG Offset from UTC (+HH:MM)

+00:00

OK

IRIG Receiver State

etup IRIG Receiver-> S <-

F1F1

11.2.4 Info GPS Receiver

-> GPS Receiver Position <-

Satellite Constellation

GPS Status & Version

SATELLITE CONSTELLATION

satellites in view: 8

good satellites : 8

selected set: 08 12 21 09

GPS Receiver Position

Satellite Constellation

-> GPS Status & Version <-

GPS Receiver Position

-> Satellite Constellation <-

GPS Status & Version

Reference Clock Information

MRS State: SYNC

GPS170 v.1.20 OCXO HQ

S/N: 0290100000680

GPS Receiver Position

LAT: 51.9828 51°58’58” N

LON: 9.2258 09°13’32” E

ALT: 176 m

GPS Receiver Position

x: 3885653 m

y: 631134 m

z: 5001764 m

11.2.5 GPS Receiver Position

-> GPS Receiver Position <-

Satellite Constellation

GPS Status & Version

GPS Receiver Position

LAT: 51.9828 51°58’58” N

LON: 9.2258 09°13’32” E

ALT: 176 m

GPS Receiver Position

x: 3885653 m

y: 631134 m

z: 5001764 m

11.2.6 GPS Satellite Constellation

◦

GPS Receiver Position

-> Satellite Constellation <-

GPS Status & Version

SATELLITE CONSTELLATION

satellites in view: 5

good satellites : 5

selected set: 04 09 21 17

11.2.7 GPS Status and Version

GPS Receiver Position

Satellite Constellation

-> GPS Status & Version <-

Reference Clock Information

GPS State: SYNC

GPS170 v1.20 OCXO HQ

S/N: 029010000680

11.2.8 Setup GPS Receiver Parameters

-> Init GPS Receiver <-

Setup Antenna Length

Setup Simulation Mode

-> Init Receiver Position <-

Init Receiver Time

Init COLD Boot

Init WARM Boot

Edit and Set

Antenna Cable Length

of GPS receiver

Length: 020 m

Init GPS Receiver

Setup Antenna Length

-> Setup Simulation Mode <-

Init GPS Receiver

-> Setup Antenna Length <-

Setup Simulation Mode

Edit and Set

GPS Receiver Simulation Mode

Simulation Mode: disabled

11.2.9 Init GPS Receiver

-> Init GPS Receiver <-

Setup Antenna Length

Setup Simulation Mode

-> Init Receiver Position <-

Init Receiver Time

Init COLD Boot

Init WARM Boot

11.2.10 Init Receiver Position

-> Init Receiver Position <-

Init Receiver Time

Init COLD Boot

Init WARM Boot

Init GPS Receiver Position

LAT: 51.58’58” N

LON: 09.13’32” E

ALT: 176 m

11.2.11 Init Receiver Time

Init Receiver Position

-> Init Receiver Time <-

Init COLD Boot

Init WARM Boot

Init GPS Receiver Time

MESZ: 12:48:29

01.07.2008

11.2.12 Initiate Cold Boot of GPS Receiver

Init Receiver Position

Init Receiver Time

-> Init COLD Boot <-

Init WARM Boot

Initiate COLD Boot

of GPS Receiver

Press F2 to confirm

11.2.13 Initiate Warm Boot of GPS Receiver

Init Receiver Position

Init Receiver Time

Init COLD Boot

-> Init WARM Boot <-

Initiate WARM Boot

of GPS Receiver

Press F2 to confirm

11.2.14 Set Antenna Cable Length

Init GPS Receiver

-> Setup Antenna Length <-

Setup Simulation Mode

Edit and Set

Antenna Cable Length

of GPS receiver

Length: 020 m

11.2.15 Set GPS Receiver Simulation Mode

Init GPS Receiver

Setup Antenna Length

-> Setup Simulation Mode <-

Edit and Set

GPS Receiver Simulation Mode

Simulation Mode: disabled

11.2.16 Setup GPS Outputs

-> Enable Outputs <-

Setup Serial Outputs

Setup IRIG Outputs

Setup Pulse Outputs

Enable Outputs

-> Synthesizer: always <-

Pulses: always

Serial Outputs: always

-> Setup COM 0 <-

Setup COM 1

Setup Time Zone

Enable Outputs

Setup Serial Outputs

-> Setup IRIG Output <-

Setup Pulse Outputs

Enable Outputs

-> Setup Serial Outputs <-

Setup IRIG Outputs

Setup Pulse Outputs

Time Code (IRIG, AFNOR, IEEE)

Output Settings

-> Code: AFNOR NFS-87500 <-

TIME: UTC

Enable Outputs

Setup Serial Outputs

Setup IRIG Output

-> Setup Pulse Outputs <-

-> Setup prg. pulse outputs <-

Setup prg. Synthesizer

11.2.17 Enable Outputs

-> Enable Outputs <-

Setup Serial Outputs

Setup IRIG Output

Setup Pulse Outputs

Enable Outputs

-> Synthesizer: always <-

Pulses: always

Serial Outputs: always

11.2.18 Setup Serial Outputs

Enable Outputs

-> Setup Serial Outputs <-

Setup IRIG Output

Setup Pulse Outputs

-> Setup COM 0 <-

Setup COM 1

Setup Time Zone

•

11.2.19 Setup Time Zone

Setup COM 0

Setup COM 1

-> Setup Time Zone <-

Time Zone Parameters

of display

-> Daylight Saving OFF <-

Daylight Saving ON

Daylight Saving OFF

>TZ Name:MEZ < Offs.:+01:00h

Day of Week: Sun

Date:25.10.**** Time:03:00:00

Time Zone Daylight Saving OFF

TZ Name: MEZ Offs.UTC:+01:00h

Day of Week: Sun

Date:25.10.**** Time:03:00:00

Time Zone Daylight Saving OFF

TZ Name: MEZ Offs.UTC:+01:00h

Day of Week: ***

Date:26.10.2008 Time:03:00:00

11.2.20 TIME CODE (IRIG)

Enable Outputs

Setup Serial Outputs

-> Setup IRIG Output <-

Setup Pulse Outputs

Time Code (IRIG,AFNOR,IEEE)

Output Settings

> Code: B002+B122 <

TIME: UTC

11.2.21 Synthesizer Frequency Output

Synthesizer

Frequency Output

Frequence: 0 Hz

Phase: 0 el

◦ ◦

◦

11.3 Menu Time Service

11.3.1 Menu NTP Current State

Id St wh reach delay offset jitter

0 12 02 377 0.000 0.000 0.000

1 00 08 377 0.000 0.011 0.007

o2 00 11 377 0.000 0.011 0.007

3 01 15 377 0.436 0.043 0.038

*

NTP Query Output

11.3.2 Menu: NTP Conﬁguration

Edit NTP Configuration

external NTP servers

IPv4 address of external NTP

Server1: 192.168.10.12

-> external NTP server 1 <-

external NTP server 2

external NTP server 3

external NTP server 4

OK

11.3.3 Menu: Stratum of local clock

NTP Configuration

Stratum of local clock

new stratum value from 0 to 15

stratum: 12

11.3.4 Menu: PTP State / Setup PTPv1 (Option)

IEEE 1588 PTP State

Get PKTs: ok Stratum: 1 OCX:*

State: PTP_MASTER PFM:

GM UUID: 00:00:00:00:00:00

•

PTP Mode: PTP_MASTER

Prefered Master Flag: disabled

Sync Intervall[2^x]: 1

PTP Sub Domain: _DFLT

11.4 Menu: NTP Conﬁguration

Reference Time

-> Time Service <-

Network

System

-> NTP Current State <-

external NTP servers

Stratum of local clock

NTP Query Output

Id St wh reach delay offset jitter

*0 12 03 377 0.000 0.000 0.002

1 00 00 000 0.000 0.000 0.002

2 00 00 000 0.000 0.000 0.002

-> external NTP server 1 <-

external NTP server 2

external NTP server 3

external NTP server 4

Edit NTP Configuration

Stratum of local clock

new stratum value from 0 to 15

stratum: 12

-> NTP Current State <-

external NTP servers

Stratum of local clock

NTP Current State

-> external NTP servers <-

Stratum of local clock

NTP Current State

external NTP servers

-> Stratum of local clock <-

NTP Configuration

-> external NTP servers <-

Stratum of local clock

Reset time and restart NTP

11.4.1 Menu: External NTP Servers

Edit NTP Configuration

Stratum of local clock

new stratum value from 0 to 15

stratum: 12

NTP Current State

external NTP servers

-> Stratum of local clock <-

11.4.2 Menu: Stratum of local clock

NTP Configuration

Stratum of local clock

new stratum value from 0 to 15

stratum: 12

11.5 Programmable pulse (Option)

11.5.1 SETUP POUT X

Programmable Pulses Output

Output 1: TIMER

Output 2: CYCLIC

Output 3: PASSIV

Programmable Pulses Output

---> Output 1 <---

Output 2

Output 3

---> POUT1 Mode PASSIV <---

POUT1 Mode TIMER

POUT1 Mode SINGLE

POUT1 Mode CYCLIC

POUT1 Mode PPS

POUT1 Mode PPM

POUT1 Mode PPH

11.5.2 Mode

11.5.3 Timer Mode

POUT1 TIMER1

output activ: low

Time ON: 10:50:00

Time OFF: 11:00:00

POUT1 TIMER2

output activ: low

Time ON: 13:00:00

Time OFF: 14:00:00

POUT1 TIMER3

output activ: low

Time ON: 23:45:00

Time OFF: 09:30:00

11.5.4 Single Pulse

POUT1 SINGLE:

output activ: low

Time: 12:00:00

Length: 00.10 sec

11.5.5 Cyclic mode

POUT1 CYCLIC:

output activ: low

Time: 00:00:02

Length: 00.10 sec

11.5.6 PPS, PPM, PPH Modes

POUT1 Pulse Per Sec (PPS):

output activ: low

Length: 00.10 sec

POUT1 Pulse Per Min (PPM):

output activ: low

Length: 00.10 sec

POUT1 Pulse Per Hour (PPH):

output activ: low

Length: 00.10 sec

11.6 Menu: Network

Reference Time

Time Service

-> Network <-

System

OK

-> Global Configuration <-

Network Interfaces

Network Services

OK

-> Hostname <- Nameserver

Domainname Syslog Server

Netw. LED

Global Configuration

-> Network Interfaces <-

Network Services

-> IPv4 LAN Parameter <-

Ipv6 LAN Parameter

Link Mode

OK

Global Configuration

Network Interfaces

-> Network Services <-

SSH:on IPv6:on

TELN:on HTTP:on

SNMP:off HTTPS:on

FTP:on NetB:off

OK

11.6.1 Menu: Global Conﬁguration

-> Global Configuration <-

Network Interfaces

Network Services

-> Hostname <- Nameserver

Domainname Syslog Server

Netw. LED

LAN Device Parameter

Check Network LinkUp

on LAN Device Ports

0:L 1: 2: 3: PTP:

11.6.2 Menu: Setup Network Interfaces

Global Configuration

-> Network Interfaces <-

Network Services

-> IPv4 LAN Parameter <-

IPv6 LAN Parameter

Link Mode

11.6.3 Menu: Setup IPv4 LAN Parameter

IPv4 LAN Parameter

-> ETH0 <- ETH1

ETH2 ETH3

PTP0

ETH0: -> DHCP: enabled <-

ADDRESS: 172.16.3.64

NETMASK: 255.255.255.0

DEF.GATEWAY:

11.6.4 Menu: Setup IPv6 Parameter

IPv6 Link Local Address ETH0

fe80::0213:22FF:FE33:4455/64 Sc

Edit and Set

ETH0 IPv6 Autoconfiguration

Autoconf: enabled

Edit and Set

IPv6 Link Global Address 1 ETH0

0201::feff:8032

Edit and Set

IPv6 Link Global Address 2 ETH0

0201::feff:8032

-> Link Local Address <-

Autoconfiguration Flag

Link Global Address 1

Link Global Address 2

Link Local Address

Autoconfiguration Flag

-> Link Global Address 1 <-

Link Global Address 2

Link Local Address

Autoconfiguration Flag

Link Global Address 1

-> Link Global Address 2 <-

Link Local Address

-> Autoconfiguration Flag <-

Link Global Address 1

Link Global Address 2

11.6.5 Menu: Link Mode

Global Configuration

-> Network Interfaces <-

Network Services

IPv4 LAN Parameter

IPv6 LAN Parameter

-> Link Mode <-

11.6.6 Menu: Network Services

SSH:on IPv6:on

TELN:on HTTP:on

SNMP:off HTTPS:on

FTP:on NetB:off

11.7 Menu: System

Reference Time

Time Service

Network

-> System <-

-> Set time zone <-

Restart NTP

Reset to factory defaults

Reboot time server

11.7.1 Menu: Set time zone

-> Set time zone <-

Restart NTP

Reset to factory defaults

Reboot time server

Time Zone parameters

of display

-> Daylight Saving OFF <-

Daylight Saving ON

Time Zone Daylight Saving OFF

TZ Name: MEZ Offs.UTC:+01:00h

Day of Week: Sun

Date:25.10.**** Time:03:00:00

Time Zone Daylight Saving OFF

TZ Name: MEZ Offs.UTC:+01:00h

Day of Week: ***

Date:26.10.2008 Time:03:00:00

11.7.2 Menu: Restart NTP

Set Time Zone

-> Restart NTP <-

Reset to factory defaults

Reboot time server

Edit NTP Configuration

Set system time with refclock

and restart NTP daemon

Press F2 to confirm reset

12 The graphical user interfaces

13 The WEB Interface

13.1 Conﬁguration: Main Menu

13.2 Conﬁguration: Ethernet

13.2.1 SYSLOG Server

13.3 Network interface speciﬁc conﬁguration

13.3.1 IPv4 addresses and DHCP

13.3.2 IPv6 addresses and autoconf

13.3.3 High Availability Bonding

13.3.4 Additional Network Conﬁguration

13.4 Conﬁguration: Notiﬁcation

13.4.1 Alarm events

•

13.4.2 E-mail messages

•

13.4.3 Windows Popup Messages

13.4.4 SNMP-TRAP messages

13.4.5 VP100/NET wall mount display

13.4.6 User deﬁned Alarm scripts

13.4.7 NTP Client Monitoring

13.4.8 Alarm messages

13.5 Conﬁguration: Security

13.5.1 Password

13.5.2 HTTP Access Control

13.5.3 SSH Secure Shell Login

13.5.4 Generate SSL Certiﬁcate for HTTPS

13.5.5 NTP keys and certiﬁcates

13.5.6 SNMP Parameter

13.6 Conﬁguration: NTP

13.6.1 NTP Authentication

•

13.6.2 NTP AUTOKEY

13.7 Conﬁguration: Local

13.7.1 Administrative functions

13.7.2 User Management

13.7.3 Administrative Information

13.7.4 Software Update

13.7.5 Automatic conﬁguration check

13.7.6 Get Diagnostics Information

13.7.7 Receiver Information

13.7.8 Web interface language

13.8 Conﬁguration: Statistics

13.8.1 Statistical Information

13.9 Conﬁguration: Manual

13.10 Conﬁguration: PTP

13.10.1 PTPv2 - Global Conﬁguration

13.10.2 PTP Network Conﬁguration

13.10.3 PTP State Files

14 The Command Line Interface

14.1 CLI Ethernet

14.2 CLI Notiﬁcation

•

14.3 CLI Security

14.4 CLI NTP Parameter

14.4.1 CLI NTP Authentication

14.5 CLI Local

15 SNMP Support

◦ ◦

15.1 Conﬁguration over SNMP

15.1.1 Examples for the usage of the SNMP conﬁguration features

15.1.2 Further conﬁguration possibilities

15.1.3 Send special timeserver commands with SNMP

15.1.4 Conﬁguration of the timeserver with SNMP: Reference

15.2 SNMP Traps

15.2.1 SNMP Trap Reference

•

16 Attachment: Technical Information

16.1 Skilled/Service-Personnel only: Replacing the Lithium Battery

16.2 Technical Speciﬁcations M600/300 Multipac

16.3 Safety instructions for building-in equipment

•

•◦

•

16.3.1 CE-Label

16.4 Rear Panel Connectors

µ

16.5 Connector Assignments

1

6

5

9

TxD1_OUT

RxD1_IN

GND -

COM1

1

6

5

9

TxD0_OUT

RxD0_IN

GND -

COM0

16.6 TERMINAL (Console)

RI_IN-

DSR_IN -

CTS_IN-

1

6

5

9

RTS_OUT-

-DCD_IN

-RXD_IN

-TXD_OUT

-DTR_OUT

-GND

TERM

16.7 Error Relay

16.7.1 Technical Speciﬁcation

Error

CO NO NC

VCC

Error

Normal Operation: CO - NO connected

Error: CO - NC connected

16.8 Technical Speciﬁcations GPS receiver

µ

◦

16.8.1 Oscillator speciﬁcations

Oscillators available for Meinberg GPS Receivers/Time Servers:

OCXO, TCXO, Rubidium

TCXO OCXO LQ OCXO MQ OCXO HQ OCXO DHQ Rubidium

(only available

for 3U models)

short term stability

(� = 1 sec)

2·10-9 1·10-9 2·10-10 5·10-12 2·10-12 2·10-11

accuracy of PPS

(pulse per sec)

< ±250 ns < ±250 ns < ±100 ns < ±100 ns < ±100 ns < ±100 ns

phase noise 1Hz -60dBc/Hz

10Hz -90dBc/Hz

100Hz -120dBc/Hz

1kHz -130dBc/Hz

1Hz -60dBc/Hz

10Hz -90dBc/Hz

100Hz -120dBc/Hz

1kHz -130dBc/Hz

1Hz -75dBc/Hz

10Hz -110dBc/Hz

100Hz -130dBc/Hz

1kHz -140dBc/Hz

1Hz < -85dBc/Hz

10Hz < -115dBc/Hz

100Hz < -130dBc/Hz

1kHz < -140dBc/Hz

1Hz < -80dBc/Hz

10Hz < -110dBc/Hz

100Hz < -125dBc/Hz

1kHz < -135dBc/Hz

1Hz -75dBc/Hz

10Hz -89dBc/Hz

100Hz -128dBc/Hz

1kHz -140dBc/Hz

accuracy

free run, one day

±1·10-7

±1Hz (Note1)

±2·10-8

±0.2Hz (Note1)

±1.5·10-9

±15mHz (Note1)

±5·10-10

±5mHz (Note1)

±1·10-10

±1mHz (Note1)

±2·10-11

±0.2mHz (Note1)

accuracy,

free run, 1 year

±1·10-6

±10Hz (Note1)

±4·10-7

±4Hz (Note1)

±1·10-7

±1Hz (Note1)

±5·10-8

±0.5Hz (Note1)

±1·10-8

±0.1Hz (Note1)

±5·10-10

±5mHz (Note1)

accuracy

GPS-synchronous,

average 24h

±1·10-11 ±1·10-11 ±5·10-12 ±1·10-12 ±1·10-12 ±1·10-12

accuracy of time

free run, 1 day

± 4.3 ms ± 865 µs ± 65 µs ± 22 µs ± 4.5 µs ± 1.1 µs

accuracy of time

free run, 1 year

± 16 s ± 6.3 s ± 1.6 s ± 788 ms ± 158 ms ± 8 ms

temperature

depandant drift

free run

±1·10-6

(-20...70°C)

±2·10-7

(0...60°C)

±5·10-8

(-20...70°C)

±1·10-8

(5...70°C)

±2·10-10

(5...70°C)

±6·10-10

(-25...70°C)

Note 1: The accuracy in Hertz is based on the standard frequency of 10 MHz.

For example: Accuracy of TCXO (free run one day) is ±1·10-7·10MHz = ± 1 HZ

The given values for the accuracy of frequency and �me (not short term accuracy) are only valid for a constant ambient

temperature! A minimum �me of 24 hours of GPS-syncronicity is required before free run starts.

16.8.2 Technical Speciﬁcations GPS Antenna

◦

4444

240240

140140

450450

7070

M6M6

180180

6868

8484

66

16.8.3 Signal Description GPS170

16.8.4 Rear Connector Pin Assignments GPS170

16.9 Technical Speciﬁcations LAN CPU

◦

16.9.1 Rear Connector Pin Assignments LAN CPU

16.9.2 VGA, Keyboard Connector Pin Assignments

R

G

B

+5V

KBDAT

HSYNC

VSYNC

GND

KBCLK Tastatur

VGA

16.10 Technical Speciﬁcations Power Supply

16.11 Time Code

16.11.1 Abstract of Time Code

16.11.2 Principle of Operation

16.11.3 Block Diagram Time Code

10 Mhz

PPS

EPLD

digital

sinewave

generator

modulator D/A converter

microcontroller

timecode

driver

50 Ω

unbalanced

driver

TTL

Time Code AM

Time Code DCLS

16.11.4 IRIG Standard Format

16.11.5 AFNOR Standard Format

16.11.6 Assignment of CF Segment in IEEE1344 Code

16.11.7 Generated Time Codes

16.11.8 Selection of Generated Time Code

16.11.9 Outputs

AM - Sine Wave Output

DCLS Output

16.11.10 Technical Data

16.12 Time Strings

16.12.1 Format of the Meinberg Standard Time String

16.12.2 Format of the Meinberg Capture String

16.12.3 Format of the SAT Time String

16.12.4 Format of the Uni Erlangen String (NTP)

16.12.5 Format of the NMEA 0183 String (RMC)

16.12.6 Format of the NMEA 0183 String (GGA)

16.12.7 Format of the ABB SPA Time String

16.12.8 Format of the Computime Time String

16.12.9 Format of the RACAL standard Time String

16.12.10 Format of the SYSPLEX-1 Time String

16.13 Manual VP100/NET Display conﬁguration

16.14 Global Conﬁguration File

16.15 Global Option File

16.16 Third party software

16.16.1 Operating System GNU/Linux

16.16.2 Samba

16.16.3 Network Time Protocol Version 4 (NTP)

16.16.4 mini httpd



16.16.5 GNU General Public License (GPL)

16.17 Reference

Konformitätserklärung

Declaration of Conformity

Hersteller Meinberg Funkuhren GmbH & Co. KG

Manufacturer Lange Wand 9

D-31812 Bad Pyrmont

erklärt in alleiniger Verantwortung, daß das Produkt

declares under its sole responsibility, that the product

Produktbezeichnung PTP Timeserver

Product Name

Modell / Typ Lantime M600/GPS/PTP

Model Designation

auf das sich diese Erklärung bezieht, mit den folgenden Normen übereinstimmt

to which this declaration relates is in conformity with the following standards

EN55022:1998, Class B Grenzwerte und Meßverfahren für Funkstörungen von

(+A1:2000 +A2:2003) informationstechnischen Einrichtungen

Limits and methods of measurement of radio interference characteristics of

information technology equipment

EN55024:1998 Grenzwerte und Meßverfahren für Störfestigkeit von

(+A1:2001 +A2:2003) informationstechnischen Einrichtungen

Limits and methods of measurement of Immunity characteristics of

information technology equipment

EN 60950-1:2001 Sicherheit von Einrichtungen der Informationstechnik

(+A11:2004) Safety of information technology equipment

gemäß den Richtlinien 2004/108/EG (Elektromagnetische Verträglichkeit), 2006/95/EG (Nieder-

spannungsrichtlinie) und 93/68/EWG (CE Kennzeichnung) sowie deren Ergänzungen.

following the provisions of the directives 2004/108/EC (electromagnetic compatibility), 2006/95/EC (low voltage directive) and

93/68/EEC (CE marking) and its amendments.

Bad Pyrmont, den 03.07.2009

Meinberg LANTIME M600and GPS PTP NTP Time Server User’s Manual M600

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