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Model 914-HDE User Manual 

Focal Technologies Corporation 

10-3 

A Moog Inc. Company 

Document Number: 914-0601-00 Rev. 4.0

 

5.  Video Issues: 

a.  Does the GUI report video on both ends? 
b.  Is the Optical link working? 
c.  Verify power status of both ends of the system.  
d.  Are the firmware revisions of the cards compatible? Refer to Section 8.1.  
e.  Are the card versions compatible? M1 to M1? L1 to L1? 
f. 

If no video is present at the remote side: 

i. 

Check cabling at the remote side. 

ii. 

Verify power status. 

iii. 

Ensure composite video is plugged to the 914-VDX card. 

iv. 

Ensure SDI video is plugged into the 914-HDE card. 

v. 

Ensure the cards are configured for video input at the remote via the 914 Diagnostic 
GUI. 

g.  If video is present at the remote, but not at the console: 

i. 

Verify that the optical link is valid. 

ii. 

Verify video channel is configured for video output at the console via the 914 Diagnostic 
GUI. 

h.  If video is present at both ends of the system, but not displayed: 

i. 

Ensure video monitors are on and compatible with the video input. 

i. 

3G-SDI video should only be used in M1 version with no 914-VDX cards and Ethernet limited 
to 100 Mb/s. 

 

6.  Ethernet Issues: 

a.  Ethernet issues often are attributed to negotiation settings mismatches. 
b.  Are both ends of the system linked? Verify this in the GUI. If not linked: 

i. 

Verify  the  auto-negotiate  settings  of  each  end,  ensure  they  match  the  connected 
equipment.  

ii. 

The ports are auto-MDI/X. Ensure proper cabling and pinout. 

iii. 

Ensure cabling is no longer than 100m 

c.  Ethernet channels are linked, but frames are dropped: 

i. 

Check connection status in GUI, are both ends linked at the same speed? If not, force 
the links to be the same speed. 

ii. 

Is the GUI reporting dropped frames? If so, too much bandwidth is required by  your 
system. The cards can have their versions upgraded from L1 to M1, or M1 to H1. Verify 
required bandwidth using guidelines from Section 6.0.  

iii. 

Is 3G-SDI video passing through the system? This leaves limited bandwidth available 
for all other signals in the M1 version. No 914-VDX cards may be stacked on the M1 
version of the 914-HDE when 3G-SDI video is required.  

d.  Are the firmware revisions of the cards compatible? Refer to Section 8.1. 
e.  Are the card versions compatible? M1 to M1? L1 to L1? 

 

7.  Serial Port Issues 

a.  Is the correct protocol configured for the channel in question? On both ends of the system? 
b.  Is the correct half of the connector sued for each channel: the lower row is the first channel, 

the upper row is the second channel. 

c.  For non-isolated ports: is the equipment connected powered from the same ground reference 

as the 914-HDE stack? 

d.  Tx is output from the 914, Rx is received (input) to the 914. Are these crossed? 
e.  For RS485/422: Is the +/- polarity swapped? 
f. 

For RS485: Is the timeout configured for the port appropriate for the baud rate of the attached 
equipment?  Slower  data  rates  typically  require  longer  timeouts.  The  timeouts  represent  the 
turnaround time of the half duplex protocol to change from Rx to Tx and vice-versa. 

g.  Is differential termination required for RS422/485? This can be enabled and disabled via the 

GUI. In a multi-drop RS485 network, only the final node requires termination. The 914-HDE 
serial  ports  default  to  enabling  the  termination,  this  must  be  disabled  if  termination  already 
exists in the system. 

Summary of Contents for 914-HDE

Page 1: ...Y CONTRACT OR BY OPERATION OF LAW NO PORTION OF THIS DATA DRAWING DOCUMENT SHALL BE REPRODUCED OR DISCLOSED OR COPIED OR FURNISHED IN WHOLE OR IN PART TO OTHERS OR USED BY OTHERS FOR ANY PURPOSE WHATS...

Page 2: ...imum 350Mb s Ethernet throughput in M1 mode while 3G SDI is plugged 3G SDI Level B support Update to colour coded diagnostic cable EM 2016 06 27 Rev 3 0 Added sections 7 0 Firmware Updates 8 0 Feature...

Page 3: ...uration 4 7 4 1 3 914 HDE Ethernet Port Configuration 4 7 Expansion Cards 5 1 5 1 914 VDX 5 1 5 1 1 914 VDX Serial Data Ports 5 2 5 1 2 914 VDX Composite Video Channels 5 1 5 1 3 914 VDX Power 5 2 5 1...

Page 4: ...v A Moog Inc Company Document Number 914 0601 00 Rev 4 0 7 5 914 HDE Product Handling 7 4 7 6 Accessories 7 4 Firmware Updates 8 1 8 1 Firmware Compatibility 8 2 Feature Upgrades 9 1 Troubleshooting 1...

Page 5: ...Serial Data Connector Pinout 5 2 Table 12 Power Connector Pinout 5 2 Table 13 914 HDE Diagnostic LEDs 5 3 Table 14 914 HDE Diagnostic LED Header Pinout 5 4 Table 15 914 VDX Expansion Channel Configur...

Page 6: ...2 Figure 4 4 914 HDE Card Info 4 3 Figure 4 5 914 HDE Voltage and Junction Temperature Information 4 4 Figure 4 6 914 HDE Optical Link Status 4 5 Figure 4 7 914 HDE Signal Status 4 6 Figure 4 8 914 HD...

Page 7: ...igabit Ethernet Gbps Gigabits Per Second HD High Definition HS High Speed HDE HD Video Serial Data Ethernet I O Input output kbps Kilobits Per Second LC PC Lucent Connector Physical Contact LED Light...

Page 8: ...s been optimized for low power operation and delivery of low latency uncompressed 3G HD SD SDI video A series of expansion cards are available allowing additional composite video channels serial data...

Page 9: ...with 5 V to 12 V power Refer to Section 3 2 Verify all system voltages in the 914 Diagnostic GUI 6 Configure all cards via Diagnostic GUI a Configure console HDE i Serial protocol Refer to Section 4 1...

Page 10: ...division multiplexer WDM Standard systems operate with 1310 nm uplink and 1550 nm downlink wavelengths In larger systems multiple 914 HDE units may be combined on a single fiber using a coarse wavele...

Page 11: ...en them is the EEPROM configuration and optical transceiver The 914 HDE does not use physical DIP switches for system configuration and settings All settings are accessed via the Model 914 Diagnostic...

Page 12: ...nels Ethernet Video Supported Expansion Cards L1 1 75 Gb s 2x RS 232 485 422 1x 10 100 1000 Mb s 1x HD SD SDI 914 DX M1 3 5 Gb s 2x RS 232 485 422 1x 10 100 1000 Mb s 1x 3G HD SD SDI 914 DX 914 VDX 91...

Page 13: ...ow Figure 3 3 Power Input Connector Location The recommended input voltage range is 4 5 VDC to 13 0 VDC typically 5 VDC regulated Nominal power consumption is 5 W increasing to 5 5 W at 60o C ambient...

Page 14: ...n input and on the console it is an output SMPTE 424M B is supported on firmware revision B1 or newer The connector is a Mini SMB jack Amphenol P N 142146 75 Recommended mating plug is Cinch P N 131 8...

Page 15: ...able turn around time is implemented The default turn around time timeout between Tx and Rx is set to 1 ms Serial port settings including protocol timeouts and terminations may be accessed and changed...

Page 16: ...45 modular jack provides the mechanical interface for the Ethernet port The port is auto MDI MDIX capable and supports jumbo frames up to 9000 bytes An optional Link Fault Pass Through can be enabled...

Page 17: ...s LED is lit the card is not powered properly and will not function D6 Green Indicates that the card is powered properly when lit D7 Green Indicates a valid video signal is present when lit D8 Green I...

Page 18: ...st 0 050 1 27mm spacing ribbon cables Table 7 914 HDE Diagnostic LED Header Pinout Pin Name Description 1 3 3V 3 3V This pin can be used to drive the LEDs Maximum current is 0 5A 2 LINK Indicates a va...

Page 19: ...ber link and a FORJ Actual losses can vary widely from this each system flux budget calculation must use data based on actual parts in use Table 8 Sample Flux Budget Calculation Component Uplink 1310...

Page 20: ...rt in the system This is useful to configure serial port protocols Ethernet negotiation settings and any special video settings for example Included with every 914 HDE Console PCBA is a pigtailed jump...

Page 21: ...a serial COM port connected to the 914 HDE diagnostic port Microsoft NET version 4 0 or greater must be installed on the host computer Installation of the Model 914 diagnostic GUI will involve copying...

Page 22: ...a green heart will be seen at the top left of the screen near the COM port listing If the heart appears red the link has not been established Verify the COM port number and the wiring harness to the P...

Page 23: ...d expansion buttons allows more system information to be extracted Figure 4 5 shows all the system voltages as well as the FPGA junction temperature A green background indicates that the observed stat...

Page 24: ...Moog Inc Company Document Number 914 0601 00 Rev 4 0 Figure 4 6 shows the optical link status including information provided by the optical transceiver such as transmit and receive optical power and...

Page 25: ...4 6 A Moog Inc Company Document Number 914 0601 00 Rev 4 0 Figure 4 7 shows the current status of each input output signal video serial and Ethernet Receive serial activity is shown in yellow to match...

Page 26: ...s These settings are non volatile and do not need to be re configured each time the 914 HDE is powered Figure 4 8 914 HDE Serial Port Configuration 4 1 3 914 HDE Ethernet Port Configuration Figure 4 9...

Page 27: ...nels and 2 low speed channels available The expansion connector provides for 16 15 mm spacing between cards when directly stacked together For tight spaces and or larger stacks Focal Technologies can...

Page 28: ...round time is implemented The default turn around time timeout between Tx and Rx is set to 1 ms Serial port settings including protocol timeouts and terminations may be accessed and changed via the Mo...

Page 29: ...the Diagnostic GUI Latency through the Mux Demux system is less than 500 s not including fiber delays of 5 ns m Coaxial shielding on the connectors is directly tied to ground care must be taken to en...

Page 30: ...P N 09 75 2024 The mating plug is Molex P N 26 03 4020 with crimps P N 08 52 0113 The pinout is provided in the table and figure below Figure 5 6 Power Input Connector Location The recommended input...

Page 31: ...outside of the supported range of 4 5 to 13 5 V Recommended input voltage is 5 VDC When this LED is lit the card is not powered properly and will not function D8 Green Indicates that the card is powe...

Page 32: ...used with most 0 050 1 27mm spacing ribbon cables Table 14 914 HDE Diagnostic LED Header Pinout Pin Name Description 1 3 3V 3 3V This pin can be used to drive the LEDs Maximum current is 0 5A 2 VIDEO...

Page 33: ...1 configures which expansion channel each card uses The card closest to the 914 HDE must be configured for expansion channel 1 with each subsequent card configured for the next channel is succession N...

Page 34: ...ole 914 HDE to the 914 Diagnostic GUI via a local COM port Ensure a stable optical link is present and the cards are stacked together in the correct order with the correct expansion settings as per th...

Page 35: ...v 4 0 5 1 8 914 VDX Serial Port Configuration To alter the serial port settings from the GUI click on the Serial Info then Config tab as shown in Figure 5 12 Select new settings on a port by port basi...

Page 36: ...14 VDX Diagnostics In a similar manner to the 914 HDE the 914 VDX has available diagnostics from the GUI including all voltages and the junction temperature of the FPGA Any value shown in green is ope...

Page 37: ...odel 914 Diagnostic GUI This expansion card requires 2 medium speed expansion channels 5 3 914 DX Preliminary Information The 914 DX provides 6 channels of isolated serial data The serial channels are...

Page 38: ...914 HDE Serial channels Diagnostics and Low Speed expansion channels 100 Mb s Always Enabled 10 Mb s Ethernet 10 Mb s 100 Mb s Ethernet 100 Mb s 1000 Mb s Ethernet 1000 Mb s SD SDI 300 Mb s HD SDI 155...

Page 39: ...HDE M1 1 1x HD SDI 2x Serial 1x Gigabit Ethernet 914 DX 2 12x Serial Channels 6 per card 914 VDX 1 2x Analog Video 4x Serial 914 EX 1 2x Fast Ethernet Channels 6 3 Example 914 HDE H1 System Table 22 E...

Page 40: ...tacks Stacking height for expansion cards is 16 00 mm to 17 22 mm Nominal height should be 16 15 mm 0 636 to take into account component tolerances A 4 00 mm minimum standoff should be used under the...

Page 41: ...essive fiber bends It is good practice to carefully clean all fiber connections prior to mating them for testing or installation If the basic optical link is present LED D8 is on there should be data...

Page 42: ...e by using thermal management to ensure electronic parts do not exceed a case temperature of 85C Input amperage must not exceed 4 A if close to 20 W is required the power supply must use a higher nomi...

Page 43: ...ed minimum fiber bend radius even momentarily Mishandling may cause damage to the optical transceiver video or serial connectors or internal components The multiplexers must always be handled appropri...

Page 44: ...the firmware bin file to the same computer 4 Connect the diagnostic port on the card to be updated to a COM port on the computer as per section 3 of this manual a J8 on the 914 HDE b J7 on the 914 VDX...

Page 45: ...rows Each row is only compatible with other products and revisions in that row Contact Focal Technologies regarding non standard updates of older products or for compatible expansion cards for 914 HDE...

Page 46: ...and Feature Code Both codes are 16 digit hexadecimal alpha numeric numbers 2 Open the 914 HDE diagnostic GUI with the Console 914 HDE connected to a local COM port as per manual section 3 3 Use the To...

Page 47: ...ee in the 914 Diagnostic GUI is not showing up a Press Stop and then Start at the bottom of the GUI to refresh the displayed cards b Verify that the cards have compatible firmware versions per Section...

Page 48: ...ed i Check connection status in GUI are both ends linked at the same speed If not force the links to be the same speed ii Is the GUI reporting dropped frames If so too much bandwidth is required by yo...

Page 49: ...applied 9 914 VDX Expansion channel shows faults a Alter the differential voltage in the 914 VDX configuration settings tab in the GUI Reduce the voltage for short expansion links increase for longer...

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