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MANUAL
LANTIME M600 MRS
Multi Reference Source NTP Server
Table of Contents
1 Impressum 1
2 Quick Start 2
3 Network Timeserver synchronized by multiple reference time sources 4
4 The Modular System LANTIME 5
5 Network Time Protocol (NTP) 8
6 GPS satellite controlled clock with MRS option 10
7 Mounting the GPS Antenna 13
8 Booting the GPS170 receiver 16
9 Booting the Single Board Computer 17
10 Configuration User Interface 18
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
↓, ok, ↓, ok, →, ok
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 synchronized by multiple
reference time sources
4 The Modular System LANTIME
OK
ESC
Time Service
Ref. Time
Network
Alarm
Terminal
USB
F1
F2
1
2
3
4
5
ENGLISH
1. VF Display 256 x 64 dots
2. Function buttons: 4-way navigation; F1, F2, OK, ESC
3. Status LEDs: Ref. Time, Time Service, Network, Alarm
4. Terminal / VT100, 38400 Baud, 8N1, 9pin. D-SUB male
5. USB connector
DEUTSCH
1. VF Display, 256 x 64 Punkte
2. Funktionstasten: 4 Wege Navigation; F1, F2; OK, ESC
3. Status LEDs: Ref. Time, Time Service, Network, Alarm
4. Terminal / VT100, 38400 Baud, 8N1, 9pol. D-SUB Stecker
5. USB Anschluss
LANTIME M600
NTP: Offs. PPS: 5us Stratum: 1
GPS: NORMAL OPERATION Satellites: 8/8
PTP2: ok INITIALIZING GM: 00...........
Press F1 for help or F2 for setup overview
07:23:25
UTC
Thu, 30.12.2010
GPS
Antenna
Error
O
I
100-240V AC
50/60Hz
1
4
3511
ENGLISH
1. Power supply connector
2. GPS Antenna, BNC
3. Serial Port COM 1, 9pin. D-SUB, female
4. Serial Port COM 0, 9pin. D-SUB, female
5. Error relay output, 3pin. DFK
6. PPS / Freq. In input, BNC
7. Time Code AM / DCLS input, BNC
8. Time Code AM / DCLS output, BNC
9. PPS / 10MHz output, BNC
10. F. Synth. / PPM output, BNC
11. Network connectors ETH0 - ETH3, 10/100 Mbit RJ45
DEUTSCH
1. Spannungsversorgung
2. GPS Antenne, BNC
3. Serielle Schnittstelle COM 1, 9pol. D-SUB Buchse
4. Serielle Schnittstelle COM 0, 9pol. D-SUB Buchse
5. Störmelderelaisausgang, 3pol. DFK
6. PPS / Freq. In Eingang, BNC
7. Time Code AM / DCLS Eingang, BNC
8. Time Code AM / DCLS Ausgang, BNC
9. PPS / 10MHz Ausgang, BNC
10. F. Synth. / PPM Ausgang, BNC
11. Netzwerk Anschlüsse ETH0 - ETH3, 10/100MBit RJ45
COM 1
COM 0
CO NO NC
100M 10M
ETH0
ETH1
2
PPS In
6
Freq. In
TC AM In
7
TC DCLS In
TC DCLS Out
8
TC AM Out
PPS Out
9
10MHz Out
F. Synth. Out
10
PPM Out
100M 10M
ETH2
ETH3
4.1 Supported Network Services
4.2 Additional Features
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4.3 User Interface
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4.4 Input and Output Options
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4.5 Why to use a Network Time Server?
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5 Network Time Protocol (NTP)
5.1 NTP Target
5.2 NTP-Client Installation
6 GPS satellite controlled clock with MRS option
6.1 MRS functionality
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1.GPS * 20ns 2.PPS 30ns
2.NTP 30.000us
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
1.GPS * 20ns
2.PPS 30ns
3.NTP 30.000us
M300: LC-Display 40 x 2 Characters
M400 / M900: LC-display, 4 x 16 Characters
M600: Vacuum fluorescent graphic display (VFD), 256 x 64 dots
6.2 GPS functionality
6.3 GPS Clock Features
6.4 Time Zone and Daylight Saving
7 Mounting the GPS Antenna
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7.1 Example:
7.2 Antenna Assembly with Surge Voltage Protection
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