Vanco EVEXFBRK1 User manual

Vanco Part Number
EVEXFBRK1
HDMI® Extender over
Fiber with KVM USB
Pass-through
www.vanco1.com • 800.626.6445
HDMI® EXTENDER
over Fiber with KVM USB Pass-through

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1. Do not expose this unit to water, moisture, or
excessive humidity.
2. Do not install or place this unit in a built-in
cabinet, or other conned space without
adequate ventilation.
3. To prevent risk of electrical shock or re
hazard, due to overheating do not obstruct
unit’s ventilation openings.
4. Do not install near any source of heat,
including other units that may produce heat.
5. Do not place unit near ames.
6. Only clean unit with a dry cloth.
7. Unplug unit during lightening storms or when
not used for an extended period of time. A
surge protector is strongly recommended.
8. Protect the power cord from being walked on
or pinched, particularly at the plugs.
9. Use unit only with accessories specied by
the manufacturer.
10. Refer all servicing to qualied personnel.
CAUTION
HDMI is a very complex technology requiring continuous authentication of the signal and the same
video resolution and audio settings on all electronic equipment in the system. When there are multiple
sources and displays, the video resolution and audio setting on all connected units must be adjusted
to correspond with that of the display having the lowest video and audio capability.
WARNING
DEAR CUSTOMER
Thank you for purchasing this product.
For optimum performance and safety, please
read these instructions carefully before connecting, operating or
adjusting this product. Please keep this manual for future reference.
This product is 100% inspected and tested in the United States to verify
HDMI performance parameters.

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INTRODUCTION
The Evolution by Vanco EVEXFBRK1 HDMI Extender with KVM, bi-directional IR, and RS-232, extends 4K HDR video and
audio signals up to 984ft/300M over multi-mode ber optic cables, and 6.2mi/10km over single mode ber optic cables
and modules! USB 2.0 KVM allows for controlling a security NVR/DVR, computer, NAS system, or any other component
that is controlled by USB with this extender. No need to run a separate line or extender just for KVM control! Bi-directional
IR pass-through allows for source and/or display control. Also features RS-232 pass-through for additional control. For
extending HDMI with 4K HDR resolution at an extreme distance, the EVEXFBRK1 is a great solution for any application.
The EVEXFBRK1 includes two units: transmitting unit (EVEXFBRK1-TX) and receiving unit (EVEXFBRK1-RX). The
transmitting unit is used to capture the HDMI input with control signals and carries the signals via ber optic cables. The
receiving unit is responsible for equalizing the transmitted HDMI signal and reconstructing IR signals. Both units require
power.
FEATURES
• Transmits audio and video via HDMI as well as complete KVM (Keyboard, Video, Mouse) functionality via
USB 2.0 ports over ber optic cables
• Transmission range: 984ft/300m over multi-mode ber optic cables; 6.2mi/10km over single mode ber
optic cables
• Supports 4K@60Hz, 4:2:0 chroma sampling and HDR; 4K@60Hz and 4:4:4 chroma sampling
• Supports HDR10 and Dolby Vision
• USB 2.0 pass-through
• Includes (2) USB ports on receiving end for keyboard/mouse connectivity
• Features bi-directional IR (20kHz to 60kHz) pass-through for source and/or display control
• RS-232 pass-through
• Supports HDCP2.2
• Multi-mode SFP modules included
• Dimensions: 4.9” W x 4.4” H x 1.1” D
HDMI® Extender over Fiber with KVM USB Pass-through
Part # EVEXFBRK1
PACKAGE CONTENTS
• EVEXFBRK1 (TX & RX)
• (1) IR Transmitter
• (1) IR Receiver
• (2) DC 12V Power Supply
• (1) USB 2.0 Male A Male-to-Male Cable
• (2) Multi-mode SFP Modules
• Product Manual

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SPECIFICATIONS
HDMI Compliance ...................................................... HDMI 2.0a
HDCP Compliance ..................................................... HDCP 2.2
Video Bandwidth ........................................................ Single-link 594MHz [18Gbps]
Video Support ........................................................... HDR 4K@60Hz (4:2:0 10-bit color) / 4K@60Hz
(4:4:4 8-bit color)
HDMI over UTP.......................................................... Yes
Audio Support ........................................................... Surround sound [up to 7.1ch) or stereo digital audio
Input TMDS Signal .................................................... 1.2 Volts [peak-to-peak]
Input DDC Signal ....................................................... 5 Volts [peak-to-peak, TTL]
ESD Protection .......................................................... Human body model — ±15kV [air-gap discharge] &
±8kV [contact discharge]
PCB Stack-up ............................................................ 4-layer board [impedance control — differential
100Ω; single 50Ω]
IR Pass-thru.............................................................. Bi-directional
RS-232 Support ........................................................ Yes
HDMI Source Control ............................................... Controllable via IR pass-through from RX to TX with
IR extenders
HDMI Connector ........................................................ Type A [19-pin female]
3.5mm Connector...................................................... IR receiver / IR blaster
Operation Temperature............................................... 0~40°C [32~104°F]
Storage Temperature ................................................. -20~60°C [-4~140°F]
Relative Humidity....................................................... 20~90% RH [no condensation]
Power Supply ............................................................ 12V, 2A
Power Consumption ................................................... Max 10W

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1. USB 2.0 Type A Port: Connect the included male to male USB 2.0 cable to the source for KVM control
2. RS-232: Connect for control via PC or third party control system
3. Firmware Update Port: Any available f/w updates will be available under the EVEXFBRK1 product page on
www.vanco1.com
4. DIP Switch for Control Type Pass-through: See “Control Type” section below; important to note that this
extender will only pass USB signals OR IR/RS-232, not all simultaneously
5. Power and Link Lights: Both LEDs should be illuminated for proper functionality, link indicates that both the
TX and RX are communicating
6. SFP OUT: Connect ber optical cables from this unit to the RX
7. HDMI IN: Connect an HDMI source
8. IR IN: Connect the included IR Receiver (RX) to control the display
9. IR OUT: Connect the included IR Transmitter (TX) to control the source
10. DC 12V: Connect the included 12V Power Supply (both TX and RX need to be plugged into power)
PANEL DESCRIPTIONS
Transmitting Unit
21 345 6
78 9 10

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PANEL DESCRIPTIONS
Receiving Unit
2
1345
6
789
1. (2) USB 2.0 Type A Ports: Connect male to male USB 2.0 cable(s) to a keyboard and/or mouse for KVM
control; wireless keyboard and mouse can be used, however it must follow the manufacturers’ wireless
range from this unit
2. RS-232: Connect for control via PC or third party control system
3. Firmware Update Port: Any available f/w updates will be available under the EVEXFBRK1 product page on
www.vanco1.com
4. DIP Switch for Control Type Pass-through: See “Control Type” section below; important to note that this
extender will only pass USB signals OR IR/RS-232, not all simultaneously
5. Power and Link Lights: Both LEDs should be illuminated for proper functionality, link indicates that both
the TX and RX are communicating
6. SFP IN: Connect ber optical cables from this unit to the TX
7. HDMI OUT: Connect an HDMI display
8. IR IN: Connect the included IR Receiver (RX) to control the source
9. IR OUT: Connect the included IR Transmitter (TX) to control the display
10. DC 12V: Connect the included 12V Power Supply (both TX and RX need to be plugged into power)
10

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Passing through USB or IR/RS-232 Signals
CONTROL TYPE SET UP
While the EVEXFBRK1 can pass-through USB 2.0, bi-directional IR, and RS-232, it cannot do all three signals
simultaneously. If USB is activated, bi-directional IR and RS-232 pass-through will be inactive, and vice versa.
See the below table (PIN #2). The dip switches allow for rmware updates (PIN #1) and to either activate or
de-activate IR as well (PIN #3).
See below for dip switch settings, note that DOWN is ON and both TX and RX need to be set to
the same dip switch settings.
DIP Switch Position
Description
TX & RX
PIN #1
ON For system rmware update
OFF Default and normal setting
PIN #2
ON USB Function ON
OFF RS-232/IR function ON
PIN #3
ON Disable IR function
OFF Enable IR function

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CONNECT AND OPERATE
1. Connect a source such as a Blu-Ray Player, game console, A/V Receiver, Cable or Satellite Receiver, etc.
to the HDMI input on the Transmitting unit
2. Connect a display such as an HDTV or HD Projector to the HDMI output on the Receiving unit
3. Connect ber optical cables with modules and insert into the output of the Transmitting unit, and the other
end to the SFP input of the Receiving unit
4. For power, plug in both the Transmitting unit and Receiving unit with the included power supplies
5. Power on each device in the same sequence
6. Optional: Connect the single mode modules for longer distance ber optical cable run (not included)
At this point the display connected should display the source signal connected to the extender set. If no signal
is being displayed, connect a ber optical cable to rule out cabling. If a display is having difculty receiving a
signal, access the display’s menu and adjust the resolution (lowest to highest until signal is displayed). A 24
Hz vertical refresh rate may work better than 60 Hz or higher. Use the source remote at the receiver emitter
to test IR functionality. If the IR remote function is not responding, check the emitters to ensure they are
placed correctly and are plugged into the correct IR jacks on the Extender set receiving and transmitting units.
CONNECTION DIAGRAM
IR Transmitter
Source
HDTV
Tr
ansmitter
Receiv
er
HDMI HDMI
IR Receiver
IR Transmitter
IR Receiver
Fiber Cable
USB
USB
Keyboard and Mouse
Computer

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IR PASS-THRU
IR PASS-THROUGH
The bi-directional IR system allows you to control the source that is connected to the extender unit, from
the display; or the display from the source, not simultaneously. There are two important things to note when
setting up the IR system:
1. The IR Receiver (IR RX) is always what you point your remote at to send an IR signal. This pigtail is placed
at the display for controlling the source; or at the source for controlling the display.
2. The IR Blaster (IR TX) is what sends the IR signal to what you are intending to control, whether it’s the
source or the display. This pigtail is placed at the source; either pointed at the source, or placed on the
front panel of the source, see below for placement tips. Or placed at the display to control the display
from the source.
3. Use only the IR accessories that are incnluded with this extender, using third party IR blasters and/or
receivers may not work
IR Receiver IR Blaster
IR Blaster (TX)
• To control the source: Plug IR Blaster into IR Blaster Port of transmitter unit (EVEXFBRK1-TX); place
blaster in front of the IR eye of the source
• To control the display: Plug IR Blaster into IR Receiver Port of receiver unit (EVEXFBRK1-RX); place
blaster in front of the IR eye of the display
Note: Placement of the IR Blaster is important and can result in the IR system not working if improperly
placed.
• First, locate the IR eye or window on the source
• If placing the IR Blaster right on the front panel of the source, do not stick right on top of the IR eye or
IR window. The IR signal cannot travel through the double-sided tape on the blaster. Instead place the
blaster on either side, or on the top or bottom of the IR eye or window, with the tip of the blaster facing
the IR eye or window. See below for illustration of where IR signal shoots from on IR Blaster:

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IR RECEIVER (RX)
• To control the source: Plug IR Receiver into IR RX port of receiver unit (EVEXFBRK1-RX); place receiver
at or near display
• To control the display: Plug IR Receiver into IR RX port of transmitter unit (EVEXFBRK1-TX); place
receiver in position where it is able to receive remote signals