evertz 7700 MultiFrame User manual

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2
TABLE OF CONTENTS
1. OVERVIEW .......................................................................................................................................1
2. INSTALLATION.................................................................................................................................3
2.1. 7807LT-2 CONNECTIONS .......................................................................................................4
2.2. CARE AND HANDLING OF OPTICAL FIBER..........................................................................5
2.2.1. Safety............................................................................................................................5
2.2.1.1. 7807LT-2 1310nm FP and CWDM Versions....................................................5
2.2.2. Assembly.......................................................................................................................5
2.2.3. Labeling.........................................................................................................................5
2.2.4. Handling and Connecting Fibers....................................................................................6
3. SPECIFICATIONS.............................................................................................................................7
3.1. RF INPUT..................................................................................................................................7
3.2. RF MONITOR OUTPUT............................................................................................................7
3.3. OPTICAL OUTPUT...................................................................................................................7
3.4. GENERAL PURPOSE OUTPUTS.............................................................................................7
3.5. ELECTRICAL............................................................................................................................7
3.6. PHYSICAL (NUMBER OF SLOTS)...........................................................................................8
3.7. COMPLIANCE..........................................................................................................................8
3.8. RF SYSTEM PERFORMANCE 7807LT-2+7807LR-2 PAIR......................................................8
4. STATUS INDICATORS......................................................................................................................9
5. JUMER POSITIONS........................................................................................................................12
5.1. 7807LT-2 JUMPERS AND LEDS............................................................................................12
5.2. SELECTING WHETHER LOCAL FAULTS WILL BE MONITORED BY THE GLOBAL
FRAME STATUS ....................................................................................................................12
5.3. CONFIGURING THE MODULE FOR FIRMWARE UPGRADES.............................................13
5.4. FACTORY AND BDM JUMPERS ...........................................................................................13
5.5. GPO JUMPERS......................................................................................................................13

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2
6. DOT-MATRIX DISPLAY..................................................................................................................14
6.1. 7807LT-2 CONTROLLED PARAMETERS..............................................................................18
6.1.1. Adjusting the RF Input Power Alarm............................................................................18
6.1.2. Selecting the Input Gain Mode.....................................................................................18
6.1.3. Enabling/Disabling Squelch Mode ...............................................................................19
6.1.4. Adjusting the Squelch Mode Threshold .......................................................................19
6.1.5. Adjusting the RF Gain .................................................................................................19
6.1.6. Adjusting the AGC Target Level ..................................................................................20
6.1.7. Setting the Passcode (DWDM versions only) ..............................................................20
6.1.8. Setting the LNB Voltage Level.....................................................................................20
6.1.9. Configuring the 22KHz Tone .......................................................................................21
6.1.10. Setting the LNB Current Threshold Level ....................................................................21
6.1.11. Default Card-Edge Display ..........................................................................................21
6.1.12. Setting the Display Orientation ....................................................................................22
6.1.13. Displaying the RF Threshold........................................................................................22
6.1.14. Displaying the Gain Mode............................................................................................22
6.1.15. Displaying the Gain Level............................................................................................22
6.1.16. Displaying the Squelch Status.....................................................................................22
6.1.17. Displaying the Laser Status.........................................................................................23
6.1.18. Displaying the LNB Voltage Level................................................................................23
6.1.19. 22KHz Tone Status .....................................................................................................23
6.1.20. Displaying the LNB Current .........................................................................................23
6.1.21. Displaying the LNB Current Threshold Level...............................................................24
6.1.22. Displaying the Firmware Version .................................................................................24
7. VISTALINK®REMOTE MONITORING/CONTROL..........................................................................25
7.1. WHAT IS VISTALINK®?..........................................................................................................25
7.2. VISTALINK®MONITORED PARAMETERS............................................................................26
7.3. VISTALINK®CONTROLLED PARAMETERS.........................................................................26
7.4. VISTALINK®TRAPS...............................................................................................................27

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2
Figures
Figure 1-1: 7807LT-2 Block Diagram.................................................................................................2
Figure 2-1: 7807LT-2 Module ............................................................................................................3
Figure 5-1: Location of 7807LT-2 Jumpers and LEDs......................................................................12
Figure 6-1: Card Edge Menu Structure............................................................................................17
Tables
Table 4-1: LED Status Indicators.....................................................................................................11
Table 7-1: VistaLINK®Monitored Parameters..................................................................................26
Table 7-2: VistaLINK®Controlled Parameters..................................................................................26
Table 7-3: VistaLINK®Traps............................................................................................................27

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2
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7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2
REVISION HISTORY
REVISION DESCRIPTION DATE
1.0 First Release July 2011
1.1 Updated specifications, corrections Sept 2011
1.2 Updated rear plates and block diagrams June 2014
Information contained in this manual is believed to be accurate and reliable. However, Evertz assumes no responsibility for the use thereof nor for
the rights of third parties, which may be affected in any way by the use thereof. Any representations in this document concerning performance of
Evertz products are for informational use only and are not warranties of future performance, either expressed or implied. The only warranty
offered by Evertz in relation to this product is the Evertz standard limited warranty, stated in the sales contract or order confirmation form.
Although every attempt has been made to accurately describe the features, installation and operation of this product in this manual, no warranty
is granted nor liability assumed in relation to any errors or omissions unless specifically undertaken in the Evertz sales contract or order
confirmation. Information contained in this manual is periodically updated and changes will be incorporated into subsequent editions. If you
encounter an error, please notify Evertz Customer Service department. Evertz reserves the right, without notice or liability, to make changes in
equipment design or specifications.

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2
CAUTION
If the LNB POWER LED is on, there will be DC voltage for LNB power at the
associated
RF INPUT connector. This can damage some test equipment. The
user can turn off the LNB power under using the card-
edge control system
under the LNBV menu item. See section 6.1.8 for details.

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2 Page - 1
1. OVERVIEW
The 7807LT-2 is a dual fiber optic transmitter for RF signals in the extended L-Band frequency range and
below, for frequencies such as over-the-air DTV. It accepts two RF inputs from coaxial cable and provides
two outputs for optical transmission. An RF monitor output is provided for each input, which offers a
convenient means of obtaining peak satellite signal strength, or additional signal distribution. With two
optical transmitters per single-slot card, the 7807LT-2 provides an economical, high density solution.
Individual monitoring and control is provided for each signal path. Gain may be adjusted manually or
managed automatically via AGC. With SmartMON™, incoming RF signal strength, LNB current, and other
data are relayed over the fiber output for monitoring through SNMP/VistaLINK®at the fiber receiver
(requires SmartMON™ capable companion fiber receiver). LNB power with selectable 13/18V DC and 22
kHz tone is also provided on each RF input.
Features:
•Extended frequency response for extended L-Band, off-air DTV and other signals
•Protocol independent design - transports all modulation formats
•LNB power with selectable 13/18V DC, per input
•LNB current limit & short circuit protection
•LNB current monitoring for advance warning of LNB failure
•22kHz tone on/off for LNB local oscillator control, per input
•RF monitoring output ports for signal peaking and signal distribution
•Manual gain and AGC modes for tuning optimal CNR performance
•Multiple versions of the 7807LT-2 are available to address single-mode/multi-mode fiber, single/dual
fiber and CWDM/DWDM applications.
•The 7807LT13/15-2-W is a dual channel card that features and on-board fiber coupler, requiring only
a single fiber for the link (companion receiver is the 7807LR-2-W)
•Dual fiber transmitters on a single-slot card provides the industry’s highest density solution
•SmartMON™ capability provides remote status monitoring via SNMP without a separate data
connection
•VistaLINK® capability is available for monitoring and control when modules are used in a 3RU
7800FR frame and a 7700FC VistaLINK® frame controller is installed in slot 1 of the frame
•Form-C dry contact GPO alarm contacts for monitoring
•Fiber link provides electrical isolation between antenna and facility, mitigating ground loop and
lightning issues
•Compatible with all 2406LR, 7706LR, 7708LR and 7807LR-2 series receivers

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Page - 2 Revision 1.2
Optical
Transmitter
Monitoring/Control
Local
Control
Fiber
Output 1
RF In/LNB
Power 1
Monitor
Out 1
Tap
Amp
VistaLINK
Interface
TM
LED Indicators
Dot Matrix Display
Toggle Switch/
pushbutton
Optical
Transmitter
Fiber
Output 2
RF In/LNB
Power 2
Monitor
Out 2
Tap
Amp
LNB Power
Supply
Current Monitor
22 kHz Tone
LNB Power
Supply
Current Monitor
22 kHz Tone
(7807LT-2 “Non -W” version)
(7807LT-2 “Non -W” version)
Coupler
(7807LT13/15-W version Only)
Fiber
Output
Figure 1-1: 7807LT-2 Block Diagram

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2 Page - 3
2. INSTALLATION
The 7807LT-2 comes with a companion rear plate appropriate for a 1RU, 3RU or standalone enclosure as
specified at the time of order. SC/UPC, SC/APC, ST/UPC, FC/UPC or FC/APC optical connectors are
available and the type specified at the time of order will be installed. For information on mounting the rear
plate and inserting the module into the frame, see the 7700FR/7800FR manual for detailed instructions.
7807LT13/15-W
7807LT-2
Figure 2-1: 7807LT-2/7807LT13/15-W Module

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Page - 4 Revision 1.2
2.1. 7807LT-2 CONNECTIONS
FIBER OUTPUTS: SC/UPC, SC/APC, FC/UPC, FC/APC or ST/UPC female connectors with the optical
outputs from the 7807LT-2. These connectors should be connected to the FIBER
IN connectors of an appropriate Evertz companion receiver model at the destination
end with suitable fiber optic cables. The 7807LT-2 may transmit 1310nm, 1550nm
or CWDM wavelengths as indicated by the part number on the card ejector. The
standard connector type is UPC. This connector type is compatible with standard
PC connectors, but for optimal return loss performance, Evertz recommends the
use of UPC fiber terminations throughout the system. The optional APC connectors
provide further enhanced return loss performance, and when specified, should be
used throughout the system.
RF IN: Input connectors for RF signals. These connectors can also provide LNB power
and 22 kHz tone back to the LNB.
RF OUT: Output connector provides buffered copy of the incoming RF signal for monitoring
purposes (signal peaking, etc.) or coaxial distribution. Although not essential, if this
connector is to remain unused, it is recommended that it be terminated with an
appropriate 75 Ohm or 50 Ohm load.
GPO’s: The 3 pin terminal strip is used for the General Purpose Outputs (GPO). Pin1 and
Pin2 refer to GPO1 and GPO2 respectively, whose behavior (NC/NO) can be
selected by a jumper. (Refer to section 5.1 for Jumper Positions). Signal on GPO
Common (C) is to be provided by the user. A minor alarm between Common and
GPO1 is triggered in a state of RF outside of threshold and major alarm between
Common and GPO2 is triggered in a state of Laser failure and/or LNB short. Each
GPO output is a set of normally open and normally closed relay contacts as shown
in Figure 2-2.
NO GPO Contact
GPO Common
from
internal
circuit
NC GPO Contact
Figure 2-2: GPO Configuration

When connecting cables to the GPO terminal block, a ferrite core should be placed
around the cable in order to reduce the electromagnetic interference to limits
acceptable for Class A digital devices. The ferrite impedance should be greater
than 70 ohms at 25MHz and greater than 135 ohms at 100MHz.

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2 Page - 5
2.2. CARE AND HANDLING OF OPTICAL FIBER
2.2.1. Safety
2.2.1.1. 7807LT-2 1310nm FP and CWDM Versions
!
CLASS 1 LASER PRODUCT
Background colour: yellow
Triangular band: black
Symbol: black
2.2.2. Assembly
Assembly or repair of the laser sub-module is to be done only at the Evertz facility and performed only by
Evertz technical personnel.
2.2.3. Labeling
Certification and Identification labels are combined into one label. As there is inadequate space on the
product to place the label, it is reproduced here in the manuals.
•There is no date of manufacture on this label as it can be traced by bar code label placed on the PCB
of each Evertz plug-in product
•Class 1 Laser Products: Model number is one of 7807LT-213 or 7807LT-2xx (xx = 27, 29, 31, 33, 35,
37, 43, 45, 47, 49, 51, 53, 55, 57, 59, 61)
Figure 2-3: Reproduction of 7807LT-2 Certification and Identification Label for
Models that are Class 1 Laser Products

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Page - 6 Revision 1.2
2.2.4. Handling and Connecting Fibers

Never touch the end face of an optical fiber. Always keep dust caps on optical fiber
connectors when not connected and always remember to properly clean the optical end
facet of a connector before making a connection.
The transmission characteristics of the fiber are dependent on the shape of the optical core and therefore
care must be taken to prevent fiber damage due to heavy objects or abrupt fiber bending. Evertz
recommends that the user maintain a minimum bending radius of 5 cm to avoid fiber-bending loss that will
decrease the maximum attainable distance of the fiber cable. Evertz fiber optic modules are equipped
with lockout devices that prevent the user from damaging the fiber connector by installing a module into a
slot in the frame that does not have a suitable rear plate installed.

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2 Page - 7
3. SPECIFICATIONS
3.1. RF INPUT
Number of Inputs: 2
Connector: BNC per IEC 61169-8 Annex A (F-Type Optional)
Input Impedance: 75Ω (50Ω Optional)
Return Loss: >14dB to 2100MHz
>10dB from 2100MHz to 2800MHz
Frequency Range:
1310nm FP laser: 850MHz-2800MHz
1550nm/CWDM DFB laser: 100MHz-2800MHz
Input Power Range: -10dBm to -60dBm
AGC Gain Range: -10 to +30dB
Input IP3: +10dBm
LNB Power:
Voltage: 13V DC, 18V DC, off (selectable)
Current: 400mA
Protection: Short Circuit, current limited
LO Control: 22kHz on/off (selectable)
3.2. RF MONITOR OUTPUT
Number of Outputs: 2
Connector: BNC per IEC 61169-8 Annex A (F-Type Optional)
Output Impedance: 75Ω (50Ω Optional)
Return Loss: > 15dB
Frequency Range: 100MHz to 2800MHz
Output Level: within -2.0dB of input signal
3.3. OPTICAL OUTPUT
Number of Outputs: 2
Connector: Female FC/UPC, ST/UPC, FC/UPC, SC/APC, FC/APC
Operating Wavelength: 1310nm (1550nm and CWDM optional)
Output Power: +2dBm
3.4. GENERAL PURPOSE OUTPUTS
Number of Outputs: 2
Type: Dry relay contacts - normally open and normally closed contact provided
Connector: 3 pin removable terminal strip
3.5. ELECTRICAL
Voltage: +12 VDC
Power: 6W max excluding LNB Power
GPO Common: +12VDC, 250mA (Max switching Voltage and Current)

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Page - 8 Revision 1.2
3.6. PHYSICAL (NUMBER OF SLOTS)
7800FR: 1
7701FR: 1
S7701FR: 1
3.7. COMPLIANCE
Laser Safety: Class 1 laser product for 1310nm FP and CWDM versions
Complies with 24 CFR 1040.10 and 1040.11 IEC 60825-1
EMI/RFI: Complies with FCC regulations for Class A devices.
Complies with EU EMC directive 89/336/EEC
3.8. RF SYSTEM PERFORMANCE 7807LT-2+7807LR-2 PAIR
Flatness:
950MHz-2150MHz: ±1.5dB
850MHz-2800MHz
(1310nm):±1.5dB
100MHz-2800MHz
(1550nm/CWDM): ±2dB

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2 Page - 9
4. STATUS INDICATORS
The 7807LT-2 has fourteen LED status indicators on the front card edge to show operational status of the
card at a glance. See Figure 5-1 for LED locations.
Two large LEDs on the front of the board indicate the general health of the module:
LOCAL FAULT: This red LED will be ON during the absence of a valid RF input signal on
Channel 1 or 2 (too low, too high or equal to corresponding upper and lower
threshold setting), or AGC Channel 1 or 2 is ON but unable to maintain
output power setting, or LNB short/overload (fault) on Channel 1or 2, or if a
local internal power fault exists (i.e.: a blown fuse). Whether or not this
LOCAL FAULT indication is reported to the frame may be selected by the
FRAME STATUS jumper (see section 5.1).
MODULE OK: This green LED will be ON when both the RF input signals are within range,
LNB power conditions are normal and the board power is good.
There are twelve small LEDs that indicate the status of the input RF signals, LNB, and AGC mode signals.
RF HIGH CH1/CH2:These red LED’s will be ON respectively, when the input RF signals on
CH1and CH2 are higher than or equal to the respective RF high threshold
settings.
RF OK CH1/CH2:These green LED’s will be ON when the respective input RF signals on CH1
and CH2, are within threshold settings.
RF LOW CH1/CH2:These yellow LED’s will be ON when the respective input RF signals on CH1
and CH2, are lower than or equal to the RF low threshold setting.
GAIN MODE CH1/CH2:These LED’s are ON when AGC mode is enabled and OFF when Manual
mode is enabled for CH1 and CH2. These will be green when power levels
are within the AGC hold range and a constant RF output levels are being
maintained. These will be red if power levels are above the power levels
required for the AGC circuit to be able to maintain constant levels. These will
be yellow if power levels are below the power levels required for the AGC
circuit to be able to maintain constant levels.
LNB MODE CH1/CH2: These LED’s are ON when LNB power is ON. These will green when LNB’s
are active and OK (no short). These will be red when LNB’s are short or
overload is detected (fault present).
SQUELCH MODE
CH1/CH2: These LED’s are ON when squelch is enabled for respective Channel.
These will be green when squelch modes are enabled but not active. These
will be red when squelch modes are enabled and the output signals are
squelched.

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Page - 10 Revision 1.2
LED #
Colour
Function
LOCAL /
FAULT
RED
RF Input Power on Channel 1 or 2 is greater than or equal to the
corresponding upper threshold setting, or AGC Channel 1 or 2 is ON but
unable to maintain output power setting, or RF Input Power on Channel 1 or 2
is less than or equal to the lower threshold setting, or LNB is Short (fault) on
Channel 1 or 2.
GREEN
RF Channel 1 and 2 are green and AGC Status Channel 1 and 2 are OFF or
green, and LNB Power Status Channel 1 and 2 are OFF or green.
RF High
CH1
RED
RF Input Power on CH1 is greater than or equal to the upper threshold setting.
OFF
RF Input Power on CH1 is less than the upper threshold setting.
RF High
CH2
RED
RF Input Power on CH2 is greater than or equal to the upper threshold setting.
OFF
RF Input Power on CH2 is less than the upper threshold setting.
RF OK
CH1
GREEN
RF Input Power on CH1 is less than upper threshold setting and greater than
the lower threshold setting.
OFF
RF Input Power on CH1 is less than the lower threshold setting or greater than
the upper threshold setting.
RF OK
CH2
GREEN
RF Input Power on CH2 is less than upper threshold setting and greater than
the lower threshold setting.
OFF
RF Input Power on CH2 is less than the lower threshold setting or greater than
the upper threshold setting.
RF Low
CH1
YELLOW
RF Input Power on CH1 is less than or equal to the lower threshold setting.
OFF
RF Input Power on CH1 is greater than the lower threshold setting.
RF Low
CH2
YELLOW
RF Input Power on CH2 is less than or equal to the lower threshold setting.
OFF
RF Input Power on CH2 is greater than the lower threshold setting.
AGC
Status
CH1
RED
AGC on CH1 is on but unable to maintain output power setting – Signal too
high.
GREEN
AGC on CH1 is on and can maintain output power setting.
YELLOW
AGC on CH1 is on but unable to maintain output power setting – Signal too
low.
OFF
AGC on CH2 is off (manual mode)
AGC
Status
CH2
RED
AGC on CH2 is on but unable to maintain output power setting – Signal too
high.
GREEN
AGC on CH2 is on and can maintain output power setting.
YELLOW
AGC on CH2 is on but unable to maintain output power setting – Signal too
low.
OFF
AGC on CH2 is off (manual mode)
Squelch
Status
CH1
RED
SQUELCH ON: Input Power is less than the squelch threshold on CH1
GREEN
SQUELCH ON: Input Power is greater than the squelch threshold on CH1
OFF
SQUELCH OFF on CH1
Squelch
Status
CH2
RED
SQUELCH ON: Input Power is less than the squelch threshold on CH1
GREEN
SQUELCH ON: Input Power is greater than the squelch threshold on CH1
OFF
SQUELCH OFF on CH1
LNB
Power
RED
LNB Short (fault) on CH1
BLINKS
GREEN
LNB OK (no short) LNBV SET TO 13V on CH1
GREEN
LNB OK (no short) LNBV SET TO 18V on CH1

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2 Page - 11
OFF
LNB OFF on CH1
LNB
Power
Status
CH1
RED
LNB Short (fault) on CH1
BLINKS
GREEN
LNB OK (no short) LNBV SET TO 13V on CH1
GREEN
LNB OK (no short) LNBV SET TO 18V on CH1
OFF
LNB OFF on CH1
Table 4-1: LED Status Indicators

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Page - 12 Revision 1.2
5. JUMPER POSITIONS
5.1. 7807LT-2 JUMPERS AND LEDS
/ MODULE OK
LOCAL FAULT
AGC Status CH1
Squelch Status CH1
DOT MATRIX DISPLAY
RF High CH2
RF OK CH1
RF Low CH2
RUN/UPGRADE
FRAME
STATUS
OFF/ON
J6
Serial Upgrade Port
Pushbutton
Toggle
Switch
BDM
FACTORY
LNB Power Status CH1
LNB Power Status CH2
Squelch Status CH2
AGC Status CH2
RF Low CH1
RF OK CH2
RF High CH1
NC / NONC / NO
GPO1
GPO2
Figure 5-1: Location of 7807LT-2 Jumpers and LEDs
5.2. SELECTING WHETHER LOCAL FAULTS WILL BE MONITORED
BY THE GLOBAL FRAME STATUS
The FRAME STATUS jumper J3 determines whether local faults (as shown by the Local Fault indicator)
will be connected to the 7800FR/7700FR frame's global status bus.
FRAME STATUS: To monitor faults on this module with the frame status indicators (on the Power
Supply FRAME STATUS LEDs and on the Frame's Fault Tally output) install this
jumper in the ON position (default).
When this jumper is installed in the OFF position local faults on this module will not
be monitored.

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Revision 1.2 Page - 13
5.3. CONFIGURING THE MODULE FOR FIRMWARE UPGRADES
UPGRADE: The UPGRADE jumper J5 is used when firmware upgrades are being done to the
module. For normal operation it should be installed in the RUN position. See the
Upgrading Firmware section of this manual for more information.
To upgrade the firmware:
1. Pull the module out of the frame.
2. Move the UPGRADE jumper into the UPGRADE position.
3. Install the Upgrade cable provided (located in the vinyl pouch in the front of this manual) onto the
SERIAL header at the card edge.
4. Re-install the module into the frame.
5. Run the upgrade as described in the Upgrading Firmware section of this manual.
6. When the upgrade is completed, remove the module from the frame, move the UPGRADE jumper into
the RUN position, remove the upgrade cable and re-install the module.
The module is now ready for normal operation.

If installed in a frame with a 7800FC/7700FC frame controller, the 7807LT-2 may also
be conveniently upgraded through Evertz VistaLINK®
PRO, without service
interruption. Consult VistaLINK®PRO documentation for details on this feature.
5.4. FACTORY AND BDM JUMPERS
When shipped from the Evertz facility, the FACTORY and BDM jumpers will not be installed. These
jumpers should not be installed for any reason. If jumpers are on these positions they should be
removed.
5.5. GPO JUMPERS
The Jumpers GPO1 and GPO2 allow user to select the behavior of Outputs of GPO’s.
In NC (Normally Closed) jumper position of GPO1, an OPEN circuit is present between C (common) pin
and pin 1 of GPO connector and in NO (Normally Open) position of GPO1 a CLOSED circuit is present
between C (common) pin and pin 1 of GPO connector.
In NC (Normally Closed) jumper position of GPO2, an OPEN circuit is present between C (common) pin
and pin 2 of GPO connector and in NO (Normally Open) position of GPO2 a CLOSED circuit is present
between C (common) pin and pin 2 of GPO connector.

7700/7800 MultiFrame Manual
7807LT-2 Dual Wideband RF Fiber Transmitter
Page - 14 Revision 1.2
6. DOT-MATRIX DISPLAY
Signal and status monitoring and control of the card’s parameters are provided via the four-digit
alphanumeric display located on the card edge. The card-edge toggle-switch (see Figure 5-1) is used to
navigate through the display menus and the push button is used to select options. Figure 6-1 provides a
quick reference to the display menu structure.
CTRL menu items have user-adjustable configuration values associated with them. STAT menu items
display operating conditions or configuration values, but do not allow adjustment.
If a specific menu selection has a configuration value associated with it, then this may be changed using
the toggle switch. Pressing the pushbutton will apply the displayed value and return you to the previous
menu level.
The most recent user selection will be maintained in non-volatile memory in the event of power
loss to the module.