Masterclock GMR1000 Bedienungsanleitung

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MasterclockGMRUserManualv2–2016.12

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MASTERCLOCK,INC.

GMR1000ANDGMR5000

USERMANUAL



STANDALONE

GMR1000



(OPTIONALFEATURESSHOWN)

RACKMOUNT

GMR5000



(OPTIONALFEATURESSHOWN)

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MasterclockGMRUserManualv2–2016.12

TableofContents

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DISCLAIMER...........................................................................................3

DATASHEETS.........................................................................................4

INTRODUCTION.....................................................................................10

STANDARDFEATURES...........................................................................11

OPTIONALFEATURES............................................................................12

BACKPANELINTERFACES......................................................................15

CONFIGURATIONOPTIONS....................................................................16

PASSWORDPROTECTION......................................................................16

UTCTIMEREFERENCE............................................................................16

DHCPAUTO‐CONFIGURATION...............................................................17

FACTORYDEFAULTS..............................................................................18

DRIVERINSTALLATION..........................................................................19

QUICKSTARTINSTRUCTIONS.................................................................20

FRONTPANEL‘LED’STATUS..................................................................21

WINDISCOVERYINSTALLATIONANDSTANDARDOPERATIONS..............22

DEVICESETTINGS.................................................................................23

NETWORKCONFIGURATION................................................................24

INPUTCONTROL...................................................................................24

OUTPUTCONTROL...............................................................................29

DEVICESETTINGS>DISPLAYPROPERTIES............................................33

COMMUNICATIONSCONTROL.............................................................33

DAYLIGHTSAVINGTIME.......................................................................34

TIMEZONE/TIMEOFFSET.....................................................................34

RELAYCONTROL...................................................................................34

ADMINISTRATIVEFUNCTIONS..............................................................35

SETTIME/DATE.....................................................................................35

SETPASSWORD....................................................................................35

GLOBALPASSWORD.............................................................................36

RESETDEVICE.......................................................................................36

INSTALLNEWOPTION..........................................................................36

LEAPSECONDDATE..............................................................................36

EMAILCONFIGURATION(SMTP)..........................................................36

SETTODEFAULTCONFIGURATION......................................................36

STATUS.................................................................................................37

PROPERTIES..........................................................................................38

USINGTELNET.......................................................................................39

USINGSSH–SECURESHELL...................................................................40

TELNETANDSSHDEFAULTS...................................................................41

SNMP–SIMPLENETWORKMANAGEMENTPROTOCOL.........................46

TheGMR1000andGMR5000arehigh‐

precisiontimeandfrequencyreference

devices.Theyservetheneedsof

commercialestablishments,industry,

militaryandlaboratoryenvironments.

NTP,GPS,NMEA,NENA,TimeCode,10

MHZ,IEEE1588PTP,PPS,PPO,andhigh‐

stabilityoscillatoroptionsareavailable.



ThankyouforyourpurchaseofaGMR

precisiontimeandfrequencyreference

systemfromMasterclock.



Hereyou’llfindinstructionsfor

unpackingandinstallingyourGMR,

propercareandconfiguration.



Weareheretohelp.Youcanreachus

usingvariouscontactmethods(phone,

email,etc.)foundatourwebsite:

www.masterclock.com



Beforecalling,pleaseattempttofindthe

answertoyoursituationhere.You’llfind

thisusermanualwillhandlevirtuallyallof

yourquestions.



Caution:Nouser‐serviceablepartsare

insidetheGMR.Pleasecontactthe

factoryifyourequireserviceorrepair.



MasterclockGMRUserManualv2–2016.12

GPSOPTION..........................................................................................47

GPSANTENNALOCATIONANDINSTALLATION....................................48

GPSLOCKISSUESANDTROUBLESHOOTINGTIPS.................................51

STREAMINGGPSDATAUSINGPUTTY..................................................53

NMEAANDTHERS‐232INTERFACE.......................................................54

PRECISIONTIMEPROTOCOL(PTP–IEEE1588).......................................56

TROUBLESHOOTINGTIPS......................................................................63

WARRANTY...........................................................................................68

DECLARATIONSOFCONFORMITY..........................................................69

CERTIFICATESOFVOLATILITY................................................................71

CONTACTUS.........................................................................................73

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Disclaimer

Theinformationcontainedinthisdocumentissubjecttochangewithoutnotice.Masterclock,Inc.(hereinafterMC)

makesnowarrantyofanykindwithregardtothismaterial,including,butnotlimitedto,theimpliedwarrantiesof

merchantabilityandfitnessforaparticularpurpose.Masterclockshallnotbeliableforerrorscontainedhereinor

forincidentalorconsequentialdamagesinconnectionwiththefurnishing,performance,oruseofthismaterial.

Seeimportantlimitedwarrantyinformationattheendofthisdocument.

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GPS/GLONASSSATELLITESYSTEMS

DependingonmanyfactorsbeyondthecontrolofMasterclock,thesignalsthatarereceivedfromtheGPS

satellitesaresubjecttointerference,fading,satellitefailureandotherinfluencesthatcouldcausethedeviceto

provideerroneoustimeand/ordateinformationand,undersomeconditions,couldpreventitfromproviding

time/dateinformation.

Itistheresponsibilityoftheusertodeterminetheadequacyandsuitabilityofthisdevicefortheintendeduse.

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TIMECODEINPUT

DependingonmanyfactorsbeyondthecontrolofMasterclock,thesignalsthatarereceivedfromtheTimeCode

InputSourcearesubjecttointerference,noise,loadingeffectsandotherinfluencessuchastimecodeformatthat

couldcausetheTimeCodeReadertoprovideerroneoustimeand/ordateinformationand,undersome

conditions,couldpreventitfromprovidingtime/dateinformation.

Itistheresponsibilityoftheusertodeterminetheadequacyandsuitabilityofthisdevicefortheintendeduse.



OPERATINGENVIRONMENT

Moisture

TheGMRisnotmoisture‐proof.Itisdesignedforindooruseonly.Treatitasyouwouldanyotherdelicate

electronicdeviceanddonotexposeittowater,highhumidityexcessiveheatorphysicalabuse.



Static

Donotsubjecttheunit,particularlytheantennainputconnector,toelectrostaticdischarge(ESD)duringhandling.

Dischargeyourselftoagroundbeforehandlingtheunit.Preferably,useastaticdischargewriststrapconnectedto

earthgroundwheninstallingorconfiguringthedevice.



Caution:Nouser‐serviceablepartsareinsidetheGMR.PleasecontactMasterclockSupportif

yourequireserviceorrepairbyemailing[email protected]orcalling(636)724‐3666.



The GMR1000 is a compact time and frequency generator/server that can reference

a variety of timing sources and provide a range of outputs to meet customer needs.

The base model includes both NTP client and server functionality compatible within

IPv4/IPv6 networks and oering Secure-Socket-Host (SSH) encrpyption for secure

communications. Properly congured and using standard NTP polling rates, the device

can support and synchronize hundreds of thousands of NTP clients.

FEATURES

Standard Inputs/Reference Sources

> NTP client via RJ45 10/100 Mb Ethernet

> NMEA 0183 via RS232/422 or USB

> NENA format 0,1,8 via RS232/422 or USB

> Internal high-stabilityTCXO oscillator ± 3 sec./year

> Conguration via USB or Ethernet

Input Options

> GPS or GPS/GLONASS receiver

> Time codes: IRIG-B0 (DCLS), IRIG-B1 (AM), IRIG-A0 (DCLS), IRIG-A1 (AM),

IRIG-E0 (DCLS), IRIG-E1 (AM), SMPTE 12M, 309M, 24/25/30 fps

and 29.97 drop frame

> Internal high-stability OCXO oscillator ± 0.25 sec/year

> VITC input

> Synchronizing signals: PPS, PPM, PPH

> IEEE 1588 PrecisionTime Protocol

Standard Outputs

> NTP server with 10/100 Mb Ethernet

> NMEA 0183 via RS232/422 or USB

> NENA format 0,1,8 via RS232/422 or USB

Output Options

> Time codes: IRIG-B0 (DCLS), IRIG-B1 (AM), IRIG-A0 (DCLS), IRIG-A1 (AM),

IRIG-E0 (DCLS), IRIG-E1 (AM), SMPTE 12M, 309M, 24/25/30 fps

and 29.97 drop frame

> 5V at 20mA Pulse Per Second (PPS)

> Programmable Pulse Output (PPO)

> 10MHz sine wave

> IEEE 1588 PrecisionTime Protocol

Other Features

> InternalTXCO maintains time during loss of external sync within ± 3 seconds/year

> WinDiscovery conguration software included

> Fully congurable osets for time zone and DST

> Programmable relay closure - one event per day with NO/NC dry contact relay

> Relay alerts loss of sync by default

> Telnet/SSH communication

> SNMP with custom MIB

> IPv4/IPv6 compatible

Other Options

> DB9 breakout adapter

> Six-digit display

> DIN rail mount available

Power, Physical Dimensions, Operating Parameters

> DC input (9-28 VDC)

> Includes external 12VDC wall mount power supply with locking DC plug

> Size: 6.44 x 4.06 x 1.44 in (16.35 x 10.32 x 3.65 cm),Weight: 16 oz (453.6 g)

> Temperature: 0 to 60°C

> Humidity: Up to 90% (non-condensing)

Compliance

> FCC, ROHS, CE Marked, ANSI

MASTERCLOCK, INC. 5-YEAR LIMITED PARTS & LABOR WARRANTY MADE IN THE USA

phone (USA and Canada): phone (international): email: online:

1-800-940-2248 +1-636-724-3666 [email protected] www.masterclock.com

Multi-Functional Master Clocks

GMR1000

Rack mountable with RM4

MASTERCLOCK, INC. 5-YEAR LIMITED PARTS & LABOR WARRANTY MADE IN THE USA

phone (USA and Canada): phone (international): email: online:

1-800-940-2248 +1-636-724-3666 [email protected] www.masterclock.com

The GMR5000 is a 1U rack mount time and frequency generator/server that can reference a variety of timing sources and provide a

range of outputs to meet customer needs. The base model includes both NTP client and server functionality compatible with IPv4/IPv6

networks and oering Secure-Socket-Host (SSH) encryption for secure communications. Properly congured and using standard NTP

polling rates, the device can support and synchronize thousands of simultaneous NTP clients.

FEATURES

Standard Inputs

> NTP client via RJ45 10/100 Mb Ethernet (dual-port)

> NMEA 0183 via RS232/422 or USB

> NENA format 0,1,8 via RS232/422 or USB

> Internal high-stabilityTCXO oscillator ± 3 sec./year

> Conguration via USB or Ethernet

Input Options

> GPS or GPS/GLONASS receiver

> Time codes: IRIG-B0 (DCLS), IRIG-B1 (AM), IRIG-A0 (DCLS), IRIG-A1 (AM),

IRIG-E0 (DCLS), IRIG-E1 (AM), SMPTE 12M, 309M, 24/25/30 fps

and 29.97 drop frame

> High-Stability Oscillator Options:

- Internal high-stability OCXO oscillator ± 0.25 sec/year

- Rubidium Oscilator ±1 mS/year

> Synchronizing pulses: PPS (second), PPM (minute), PPH (hour)

> 10 MHZ Input (CMOS or Sinusoidal)

> VITC input

> Optical Fiber LAN

> IEEE 1588 PrecisionTime Protocol

Power, Physical Dimensions, Operating Parameters

> Universal AC input

> Size: 18.9w x 1.750h x 5.174d in (48w x 4.445h x 13.14d cm)

> Weight: 2.6 lb (1.2 kg)

> Temperature: 0 to 60°C

> Humidity: Up to 90% (non-condensing)

> Available with 1RU rack mount

Multi-Functional Master Clocks

GMR5000

Standard Outputs

> NTP server via RJ45 10/100 Mb Ethernet (dual-port)

> NMEA 0183 via RS232/422 or USB

> NENA format 0,1,8 via RS232/422 or USB

> Kinemetrics/Truetime serial protocol

> 5V at 100mA Pulse Per Second (PPS)

Output Options

> Time codes: IRIG-B0 (DCLS), IRIG-B1 (AM), IRIG-A0 (DCLS), IRIG-A1 (AM),

IRIG-E0 (DCLS), IRIG-E1 (AM), SMPTE 12M, 309M, 24/25/30 fps

and 29.97 drop frame

> 5V at 100mA Programmable Pulse Output (PPO)

> Optical Fiber LAN

> 10 MHZ Output (Sinusoidal)

> IEEE 1588 PrecisionTime Protocol

Other Features

> 13-Digit display (Date/Time or Day of year/Time)

> Programmable relay closure - one event per day with NO/NC dry contact relay

> Relay alerts loss of sync by default

> WinDiscovery conguration software included

> Fully congurable osets for time zone and DST

> Telnet/SSH communication

> IPv4/IPv6 compatible

> SNMP with custom MIB

Compliance

> FCC, CE Marked, ROHS, ANSI

NTP Driven Clocks

NTDS16

FEATURES

> Stratum 1 synchronization via satellite constellations

> Receive time signals from up to 24 satellites

> Accurate reference to within ± 15 ns of UTC

> PPS on-time output is locked to the top of each second

> NMEA-0183 messages on serial port output

> Provides most accurate external time source for GMR devices

> Compact antenna designs for portable applications

> Optional magnetic-mount or standard-mount antennas

> Antenna cable lengths up to 500 ft (152 m) available

> In-line surge arrestors and in-line GPS ampliers available

MASTERCLOCK, INC. 5-YEAR LIMITED PARTS & LABOR WARRANTY MADE IN THE USA

phone (USA and Canada): phone (international): email: online:

1-800-940-2248 +1-636-724-3666 [email protected] www.masterclock.com

GMR Series Options

GPS and GPS+GLONASS

GPS Option GPS+GNSS Option

Satellites 12-channel, up to 12 satellites

simultaneously, parallel

32-channel, up to 24 satellites

simultaneously, parallel

Frequency L1, 1575 MHz L1, 1575 MHz and

1598-1606 MHz

Antenna Connector SMA female SMA female

RF Bias to Antenna 5V DC, center pin 5V DC, center pin

PPS 50 ms,TTL level,

on-time leading edge

50 ms,TTL level,

on-time leading edge

Accuracy ±60 ns of UTC ±15 ns of UTC

RECEIVER OPTIONS

Basic Antenna Standard Antenna High-Gain Antenna

Type Active, External Active, External Active, External

Gain 28 ± 2 dB 28 ± 2 dB 40 ± 4 dB

Mount Magnet/Adhesive

Outdoor, threaded pipe/mast.

M24 x 1.5 internal thread -

Mounting kit provided

Metal mounting kit provided,

per user specications

Operating Temp. -40° to 85°C

(up to 95% humidity)

-40° to 85°C

(up to 95% humidity)

-40° to 85°C

(up to 95% humidity)

Voltage 2.2-5V 3-5 V 3.3-9V

Polarization Right hand circular Right hand circular Right hand circular

Impedence 50 Ω 50 Ω 50 Ω

Connector SMA Female SMA Female SMA Female

Antenna Cable Belden 8219 or equivalent Belden 8219 or equivalent Belden 8219 or equivalent

Weight 0.9 oz (26 g) 6.7 oz (190 g) 9.6 oz ( 272 g)

Dimensions 1.5 x 1.9 x .59 in

(39 x 49 x 15mm)

3.7dia x 5.5h in

(9.3dia x 14h cm)

3.2dia x 5.0h in

(8.1dia x 12.6h cm)

ANTENNA OPTIONS

The GPS and GPS+GLONASS receiver options for the GMR Series of master clocks provide precision time reference based on satellite

broadcasts, achieving Stratum 1 synchronization. PPS on-time output is locked to the top of each second. Three antenna options are

available for both standard and mobile applications.

Standard Antenna

Basic Antenna

High-Gain Antenna

NTP Driven Clocks

NTDS16

MASTERCLOCK, INC. 5-YEAR LIMITED PARTS & LABOR WARRANTY MADE IN THE USA

phone (USA and Canada): phone (international): email: online:

1-800-940-2248 +1-636-724-3666 [email protected] www.masterclock.com

GMR Series Options

High Stability Oscillators

Freq. = 10 MHz HSO-1 HSO-2 HSO-3

Oscillator Type TCXO OXCO Rubidium

Freq. Stability - Aging/Day ≤ ± 0.0027ppm

(or 2.7E-9/day) ≤ ±1E-9/day ±4E-11/day

Freq. Stability - Aging/Year ≤ ± 1.0 ppm

(or 1E-6 /year) ≤ ±1E-7/year ±1.5E-9/year

Power Consumption ≤0.021W ≤3.5W warm up,

≤1.5W steady state

≤14W warm up,

≤ 8W steady state

ROHS Compliant Yes Yes Yes

Short Term Stability

(Allan Variance), t =1sec. - - ≤5E-11

Time Drift per Year (max) ± 3 sec./year ± 0.25 sec./year ± .001 sec. / year

Phase Noise

(dBc/Hz) @ 10

MHz

1 Hz - - ≤-65 dBc/Hz

10 Hz - ≤-110 dBc/Hz ≤-85 dBc/Hz

100 Hz ≤-135 dBc/Hz ≤-130 dBc/Hz ≤-112 dBc/Hz

1k Hz ≤-135 dBc/Hz ≤-145 dBc/Hz ≤-130 dBc/Hz

10k Hz ≤-148 dBc/Hz ≤-155 dBc/Hz ≤-140 dBc/Hz

Available only in GMR5000

Standard

Masterclock oers three high-stability oscillator options for the GMR Series.When locked to GPS, the OCXO 10 MHz sine wave frequency

will have the same long-term stability as an atomic clock.When not tied to GPS, a precision frequency 10 MHz reference output is

available as a source for laboratory use or for an RF reference, including cellular applications.The HSO option is required for all

10 MHz signal outputs.

NTP Driven Clocks

NTDS16

MASTERCLOCK, INC. 5-YEAR LIMITED PARTS & LABOR WARRANTY MADE IN THE USA

phone (USA and Canada): phone (international): email: online:

1-800-940-2248 +1-636-724-3666 [email protected] www.masterclock.com

GMR Series Options

Time Code Reader

SMPTE 12M IRIG-B0

(DCLS, PWM) IRIG-B1 (AM) IRIG-A (DCLS) IRIG-A (AM) IRIG-E (DCLS) IRIG-E (AM)

Rate 24, 25, 30 fps NDF

and 29.97 DF 1kHz, 1mS 1kHz, 1mS 10kHz, 0.1mS 10kHz, 0.1mS 100Hz, 10mS 100Hz, 10mS

Input Level Range 0.2-18Vpp

(2Vpp nom)

0.5-12Vp

(5Vpp nom)

0.5-8Vpp

(5Vpp nom)

0.5-12Vp

(5Vp nom)

0.5-8Vpp

(5Vpp nom)

0.5-12Vp

(5Vp nom)

0.5-8Vpp

(5Vpp nom)

Input Impedance kΩ >10 kΩ >10 kΩ

Mark to Space Ratio N/A N/A 3.3:1 N/A 3.3:1 N/A 3.3:1

Automatic Gain Adjust Over input level range

Number of Inputs

(SE: Single Ended - Unbalanced,

Dierential - Balanced)

1 SE, 1 DIFF 1 SE, 1 DIFF 1 SE, 1 DIFF 1 SE, 1 DIFF 1 SE, 1 DIFF 1 SE, 1 DIFF 1 SE, 1 DIFF

Type NDF DCLS AM 1kHz DCLS AM 10kHz DCLS AM 100Hz

Encoding

None,

Leitch Date,

SMPTE 309M

None or IEEE 1344 year or IRIG STD 200-04

IRIG Coded

Expression

IRIG STD

200-04

0 BCDTOY, CF, SBS N/A B000 B120 A000 A130 E000 E110

1 BCDTOY, CF N/A B001 B121 A001 A131 E001 E111

2 BCDTOY N/A B002 B122 A002 A132 E002 E112

3 BCDTOY, SBS N/A B003 B123 A003 A133 E003 E113

4 BCDTOY, BCDYEAR, CF,

SBS (IEEE-1344 -

1995 Encoding)

N/A B004 B124 A004 A134 E004 E114

5 BCDTOY,BCDYEAR, CF N/A B005 B125 A005 A135 E005 E115

6 BCDTOY,BCDYEAR N/A B006 B126 A006 A136 E006 E116

7 BCDTOY,BCDYEAR, SBS N/A B007 B127 A007 A137 E007 E117

The Time Code Reader option for the GMR Series automatically detects and locks to incoming time code using an automatic gain

control circuit, reading and synchronizing to SMPTE or IRIG-B time code, as well as IRIG-A and IRIG-E waveforms.

NTP Driven Clocks

NTDS16

MASTERCLOCK, INC. 5-YEAR LIMITED PARTS & LABOR WARRANTY MADE IN THE USA

phone (USA and Canada): phone (international): email: online:

1-800-940-2248 +1-636-724-3666 [email protected] www.masterclock.com

GMR Series Options

Time Code Generator

SMPTE 12M IRIG-B0

(DCLS, PWM) IRIG-B1 (AM) IRIG-A (DCLS) IRIG-A (AM) IRIG-E (DCLS) IRIG-E (AM)

Rate 24, 25, 30 fps NDF

and 29.97 DF 1kHz, 1mS 1kHz, 1mS 10kHz, 0.1mS 10kHz, 0.1mS 100Hz, 10mS 100Hz, 10mS

Output Level @ 50 Ω 4Vpp

(16 dBm)

5Vp

(25 dBm)

5Vpp

(18 dBm)

5Vp

(25 dBm)

5Vpp

(18 dBm)

5Vp

(25 dBm)

5Vpp

(18 dBm5

Mark to Space Ratio N/A N/A 3.3:1 N/A 3.3:1 N/A 3.3:1

Gain 1 1 1 1 1 1 1

Number of Inputs

(SE: Single Ended - Unbalanced,

Dierential - Balanced)

1 SE, 1 DIFF 1 SE, 1 DIFF 1 SE, 1 DIFF 1 SE, 1 DIFF 1 SE, 1 DIFF 1 SE, 1 DIFF 1 SE, 1 DIFF

Type NDF DCLS AM 1kHz DCLS AM 10kHz DCLS AM 100Hz

Encoding

None,

Leitch Date,

SMPTE 309M

None or IEEE 1344 year or IRIG STD 200-04

IRIG Coded

Expression

IRIG STD

200-04

0 BCDTOY, CF, SBS N/A B000 B120 A000 A130 E000 E110

1 BCDTOY, CF N/A B001 B121 A001 A131 E001 E111

2 BCDTOY N/A B002 B122 A002 A132 E002 E112

3 BCDTOY, SBS N/A B003 B123 A003 A133 E003 E113

4 BCDTOY, BCDYEAR, CF,

SBS (IEEE-1344 -

1995 Encoding)

N/A B004 B124 A004 A134 E004 E114

5 BCDTOY,BCDYEAR, CF N/A B005 B125 A005 A135 E005 E115

6 BCDTOY,BCDYEAR N/A B006 B126 A006 A136 E006 E116

7 BCDTOY,BCDYEAR, SBS N/A B007 B127 A007 A137 E007 E117

The Time Code Generator option for the GMR Series generates SMPTE or IRIG-B time codes, as well as IRIG-A and IRIG-E waveforms.

TheTCG option is software controlled and locks to GPS satellites,Time Code Reader, NTP Client, and/or High-Stability Oscillator.



MasterclockGMRUserManualv2–2016.12

Introduction



GMR1000(OPTIONALFEATURESSHOWN)



GMR5000(OPTIONALFEATURESSHOWN)



TheGMR1000andGMR5000arehigh‐precision,smallprofile,multi‐functionreferencegeneratorsthatcan

operateonanEthernetorTimeCodenetwork,orasastandalonemasterclockreference.OnanEthernetnetwork,

thebuilt‐inNetworkTimeProtocol(NTP)clientaccuratelysetssystemtimefromoneortwoNTPservers.Fora

timecodesystem,atimecodereadersetssystemtimefromatimecodegenerator.

WhenequippedwithaGPSorGNSSreceivertheGMRcanlocktoGPSand/orGNSSsatelliteconstellations,

providingnear‐atomicclockprecision.TheGMRcanalsoreadNMEAandNENAmessagestosetitssystemtime,or

timecanbesetmanually,anditcangenerateNMEA,NENAorTruetime/Kinemetrics.Holdoveraccuracyand

stabilityismaintainedwithahigh‐stabilityTCXOoscillatorthatcanbeupgradedtoanOCXOorRubidiumoscillator

option.

OptionaloutputsincludeTimeCode(SMPTE,IRIG‐A,IRIG‐B,IRIG‐E),PPO(ProgrammablePulseOutput),PPS(Pulse

PerSecond),10MHzsinewave,andIEEE1588PreciseTimeProtocol.





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