evertz 5700MSC-IP - Figure 3-16: Dropframe Timecode with Respect to Real-Time over a 1-Hour Period; Figure 3-17: Dropframe Timecode with Respect to Real-Time over a 24-Hour Period

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5700MSC-IP

IP Network Grand Master Clock & Video Master Clock System

Revision 0.2 Page - 47

Figure 3-16: Dropframe Timecode with Respect to Real-time over a 1-Hour Period

Figure 3-17: Dropframe Timecode with Respect to Real-time over a 24-Hour Period

Main Page

Table of Contents5
Overview11
Figure 1-1: Front View of the 5700MSC-IP11
Quick Start Guide13
Mounting and Power Connections13
Front Panel Installation13
Configuring the Ethernet Ports13
Figure 1-2: Ethernet Port Configuration14
Selecting and Connecting the Frequency References15
Selecting and Connecting Time References16
Configuring PTP16
Figure 1-3: PTP All Ports Menu17
Figure 1-4: PTP Gige 117
Configuring PCR18
Figure 1-5: PCR Gige 1 Menu18
Checking the Status of the Unit19
Wiring the Outputs19
Configuring the Sync Outputs19
Figure 1-6: 5700MSC-IP Rear Panel View19
Configuring the Test Generator Outputs20
Configuring the Time Outputs20
Final Steps of Set up and Securing All Connections21
Access Control21
Technical Specifications23
Analog Sync Outputs23
Gps/Glonass Receiver23
1000Base-T Network23
10Gbe Timing Network23
Genlock Input (Video/10Mhz Selectable)23
Sdi Test Generators (with +Sdi-Tg, or +10G-Tg Options)24
Physical24
Electrical24
Aux Expansion Module Option (Aes & Analog Audio Test Set, Dars, Gpio, and Ltc)25
LTC Outputs25
DARS & AES Test Generator Outputs25
Analog Audio Tone Generator25
General Purpose Inputs and Output25
Theory of Operation27
Outputs27
Sync Outputs27
Test Generator Options30
Global Pedestal Control30
Global Phase Controls30
Figure 3-1: IRIG-B127 Format and Alignment to IRIG1 Datum Pulse32
Figure 3-2: 29.97Hz LTC Format and Alignment to NTSC Video32
Figure 3-3: PAL Alignment to 1Hz Pulse and PAL Color Frame Pulse33
Figure 3-4: NTSC Alignment to 1/1.001Hz Pulse and 6/1.001Hz Pulse with VITC Color Framing33
Genlock34
Frequency Locking34
Figure 3-5: Main Oscillator Circuit Block Diagram34
Selecting the Frequency Reference Type35
Selecting the Genlock Range35
Lock Type Selection36
Video Genlock Operation38
Serial Digital Video Timing38
NTSC Genlock Operation39
Figure 3-6: Lock Diagram #1 - NTSC Reference Without 10Field Reference39
NTSC Genlock with Ten-Field Reference41
Figure 3-7: Lock Diagram #2 - NTSC Reference with Ten-Field Reference41
Figure 3-8: SMPTE ST 318 Ten-Field Reference on NTSC Line 1542
PAL Video Genlock Operation43
Figure 3-9: Lock Diagram #3 - PAL Genlock43
HD Tri-Level Genlock45
Figure 3-10: Lock Diagram #4 - HD Tri-Level Genlock Operation45
Slo-PAL Genlock46
Continuous Wave and Internal References47
Figure 3-11: Lock Diagram #5 - 10Mhz and Internal Frequency References47
GNSS Frequency Reference49
Figure 3-12: Lock Diagram #6 - GNSS Frequency Reference49
Timekeeping50
Time Lock Types51
Figure 3-13: 5700MSC-IP Jam Modes51
Coordinated Universal Time (UTC)52
Time Reference Sources52
Figure 3-14: 5700MSC-IP Time Reference Sources53
LTC and VITC Timecode55
Figure 3-15: Detail of 29.97Hz LTC Waveform Alignment to NTSC Video55
Figure 3-16: Dropframe Timecode with Respect to Real-Time over a 1-Hour Period57
Figure 3-17: Dropframe Timecode with Respect to Real-Time over a 24-Hour Period57
Figure 3-18: Daily Time Jam Event for 29.97Hz Dropframe Timecode58
Figure 3-19: Dropframe Timecode with Respect to Real-Time over One Week59
IRIG Timecode60
Figure 3-20: Detail of IRIG Alignment to IRIG Datum Pulse60
Network Time Protocol (Ntp)61
Figure 3-21: IRIG Input and Output Connections61
Global Navigation Satellite System62
Overview62
Figure 3-22: Testing the NTP Server62
GNSS Lock Operation63
GNSS Re-Lock in Slow Mode64
GNSS Position Insertion into Timecode64
Automatic Changeover Operation65
Installation67
Rear Panel67
Reference Loop Connections67
Sync Outputs67
Figure 4-1: 5700MSC-IP Rear Panel67
Ethernet Connections68
Serial Port Connection69
GNSS Connection69
AUX Connections (Available with 5700MSC-IP+AUX Option)70
GPIO, LTC Input, Secondary LTC Outputs70
Unbalanced Audio Connections AES 1, 2 and 3 (Available with 5700MSC-IP+AUX Option)70
DARS out (Available with 5700MSC-IP+AUX Option)71
Balanced Audio Connections (Available with 5700MSC-IP+AUX Option)71
Test Generator Connections (SDTG, HDTG, 3GTG Options)71
Power Connections71
M4 Grounding Stud72
Mounting and Cooling72
Connecting the General Purpose Inputs and Outputs72
Connecting Two 5700Msc-Ip Units in Syncro Mode73
Gnss Receiver Installation73
Mounting the GNSS Smart Antenna73
Figure 4-2: Pole Mounting the Smart Antenna74
Connecting the GNSS Smart Antenna to the 5700MSC-IP75
System Start-Up76
Operation77
Front Panel Controls77
Front Panel Buttons77
Figure 5-1: Model 5700MSC-IP Front Panel Layout77
The Status Screens78
Panel Lock Function81
Front Panel LCD Displays81
Front Panel Menu System82
Configuring the Input References83
Configuring the Frequency Reference84
Configuring the Time Inputs86
Configuring the Jam Input88
Configuring the Outputs90
Configuring the Sync Outputs91
Figure 5-2: Video Sync Phase Alignment in 59.94Hz Field Rate Systems96
Figure 5-3: Video Sync Phase Alignment in 50Hz Field Rate Systems96
General Configuration Items98
Snmp Remote Control with Vistalink98
Upgrading the Firmware99
Uploading the Firmware99
Uploading the Firmware Using FTP over Ethernet99
Servicing Instructions and Troubleshooting99
Changing the Fuses99
Replacing the Battery99

evertz 5700MSC-IP - Figure 3-16: Dropframe Timecode with Respect to Real-Time over a 1-Hour Period; Figure 3-17: Dropframe Timecode with Respect to Real-Time over a 24-Hour Period

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