Hall Research Technologies FXT-460 Manuale utente
User’s Manual
FXT-460
4K HDMI 2.0 over 1LC Fiber Optic Extender
Order toll
-
free in the U.S.
800
-
959
-
6439
FREE technical support, Call 714-641-6607
Hall Research, 1163 Warner Ave. Tustin, CA 92780
www.hallresearch.com
CUSTOMER
SUPPORT
INFORMATION
UMA1278 Rev NC
FXT
-
460
2
© Copyright 2020
Hall Research,
LLC
.
Table of Contents
1.0 Introduction ................................................................................ 3
Features ............................................................................................ 4
2.0 Package Contents .................................................................... 4
3.0 Setup ......................................................................................... 5
Installation ......................................................................................... 5
4.0 Connector and Indicator Functions ...................................... 7
5.0 Troubleshooting .................................................................... 10
Contacting Hall Research ................................................................. 10
6.0 Specifications ......................................................................... 11
HDMI Fiber Optic Extender
© Copyright 20
20
Hall Research,
LLC.
3
1.0 Introduction
The Hall Research FXT-460 is a compact and high-performance extender for full-
bandwidth HDMI 2.0 audio/video with HDR, up to 10 Kilometers, over a single strand of
LC-terminated fiber-optic cable. The product supports 18.2 Gbps of bandwidth and 600
MHz TMDS Clock frequency and can extend 4K 60 Hz video with multi-channel audio
and RS232.
The system provides advanced capabilities such as embedding and de-embedding
audio, 4K UHD video (4:4:4 with HDR), HDCP 2.0, bidirectional RS-232 and EDID
management.
The FXT-460-S Sender provides an HDMI input with a corresponding HDMI loop output.
The audio component of the HDMI input is extracted and available as both analog (L/R)
and Digital SPDIF (TOSLINK) on corresponding connectors (see diagram above).
FXT
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460
4
© Copyright 2020
Hall Research,
LLC
.
The audio that is embedded in the extended HDMI to the remote Receiver can be
selected by the user to be one of the following:
Pass-through from HDMI input (same audio content as the HDMI input)
External analog audio from the 3.5mm audio input connector
External digital SPDIF audio from the Optical TOSLINK input connector
EDID management allows users to control the video and audio parts of the EDID
independently. The EDID presented to the source connected to the HDMI input can pass
from the downstream device or emulated from internal memory. The device can also
“Learn” the EDID connected to its HDMI output.
The product has a video bandwidth of 18 Gbps and supports input resolutions of up to 4K
@ 60 Hz 4:4:4 with HDR. It supports HDCP 2.2 as well as HDCP 1.4. All resolutions up
to and including 4K @ 30Hz with 4:4:4 or 4K @ 60 Hz with 4:2:0 are extended with no
compression.
The device has the ability to generate a blank HDMI output signal with audio embedded
even if there is no HDMI input; often referred to as “HDMI Audio Bridging”. This is a
convenient means to distribute audio only signals over an HDMI network.
Features
4K x 2K @ 60 Hz 4:4:4 / 18.2 Gbps / HDCP 2.2
Extends up to 33,000 ft (10 Km) over single mode or 1000 ft (300 M) Multi-Mode
Bi-Directional RS-232 and EDID Management
Can pass original HDMI audio or embed/substitute audio from external inputs
"HDMI Audio Bridging"
HDMI Loop Output on Sender
De-embedded HDMI audio available at both ends (Sender and Receiver)
EDID Emulation with LEARN function
2.0 Package Contents
FXT
-
460
-
S
(1) Model FXT-460-S
(1) 3 position terminal block for RS-232
(1) Power supply
(4) Power universal adapter plugs
(1) Web documentation card
FXT
-
460
-
R
(1) Model FXT-460-R
(1) 3 position terminal block for RS-232
(1) Power supply
(4) Power universal adapter plugs
(1) Web documentation card
HDMI Fiber Optic Extender
© Copyright 20
20
Hall Research,
LLC.
5
3.0 Setup
Installation
On both the FXT-460-S and FXT-460-R, make sure the SFP modules are fully
inserted as they could have become disconnected during shipping.
Interconnect the FXT-460-S and FXT-460-R with an LC®/PC fiber optic cable.
Optionally, Connect the RS-232 TX, RX and GND contacts to compatible
controllers (e.g., PC or RS-232 controller).
o Direction of data flow is shown in section below.
o RS-232 passes bi-directionally between the FXT-460-S and FXT-460-R at
115200 baud only.
FXT-460-S
o Optionally, Connect an HDMI source to the HDMI IN connector and if desired a
HDMI compatible sink to the HDMI OUT connector.
o Optionally, for audio extraction at the transmitter
Connect the SPDIF OUT and/or L/R OUT audio outputs to a compatible
audio device. (e.g., headphones, assistive listening devices, or Audio
Amplifier such as the Hall Research AMP-4840 or AMP-7040).
o Optionally, if you don't want to extend the original HDMI audio
Connect the audio to embed to the SPDIF IN and/or L/R IN connector(s).
FXT-460-R
NOTE A video source is NOT required to embed audio onto
the HDMI output at the FXT-460-R. If no HDMI source
signal is present, the HDMI Output at the FXT-460-R
will be a black screen at 480p resolution.
NOTE Hall Research can provide pre-terminated LC fiber
optical cable at custom lengths. You can use single
mode or multimode fiber optic cable. Single mode
fiber is recommended due to its 10 km range
FXT
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460
6
© Copyright 2020
Hall Research,
LLC
.
o Optionally, connect an HDMI compatible sink or display to the HDMI OUT
connector.
o Optionally, for audio extraction at the receiver
Connect the SPDIF OUT and/or L/R OUT audio outputs to a compatible
audio device. (e.g., headphones, assistive listening devices, or Audio
Amplifier such as Hall Research AMP-4840 or AMP-7040).
Connect the included power supplies to the 12 V DC connectors on both the
FXT-460-S and FXT-460-R.
NOTE A video sink is NOT required to extract audio
HDMI Fiber Optic Extender
© Copyright 20
20
Hall Research,
LLC.
7
4.0 Connector and Indicator Functions
FXT-460-S Front
1) Status LEDs
ACT – ON means HDMI Input receiving video (active)
LINK – ON means fiber optic link to receiver is on
2) Fiber Transmitter Module
a. Connects to fiber optic cable from receiver
3) AUDIO EMBED Button and LEDs
a. L/R - Audio on RX HDMI OUT connector comes from TX L/R IN connector
b. SPDIF - Audio on RX HDMI OUT connector comes from TX SPDIF IN connector
c. Pass - Audio on RX HDMI OUT connector comes from TX HDMI IN connector
4) AUDIO EDID Button and LEDs
a. 2 CH - Alters EDID to include only 2CH audio settings
b. Multi- Alters EDID to include only Mult-Channel audio settings
c. Pass - Pass EDID to source from RX Sink
5) VIDEO EDID Button
a. Single button press - Toggles between EMULATED and PASSTHRU EDID modes
b. 1 Blink - HOLD FOR 3 SECS - LEARN EDID
c. 2 Blinks -HOLD FOR 7 SECS - FACTORY DEFAULT
VIDEO EDID LED
d. OFF = PASS-THRU EDID
e. ON = EMULATED EDID
f. This LED blinks when VIDEO EDID button is pressed AND HELD to show function
selected when button is released.
FXT
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460
8
© Copyright 2020
Hall Research,
LLC
.
6) RS-232 Terminal Strip
a. Connect to external RS-232 controller. Data flows in direction shown
7) Mini-USB Port
a. Used to update system firmware.
FXT-460-S Rear
1) 12V DC
a. Connects to the included power supply
2) Embed Sources – L/R IN and SPDIF IN
a. Connect to compatible digital audio source
3) HDMI OUT
a. Connect to a compatible HDMI SINK
4) HDMI IN
a. Connect to a compatible HDMI Source
5) EXTRACTED AUDIO – SPDIF Out and L/R Out
a. Connect to other compatible digital audio equipment.
b. Note: These audio outputs are always from the HDMI INPUT
HDMI Fiber Optic Extender
© Copyright 20
20
Hall Research,
LLC.
9
FXT-460-R Front
1) Fiber Receiver Module
a. Connects to fiber optic cable from transmitter
2) Status LEDs
ACT – ON means HDMI Input receiving video
LINK – ON means fiber optic link to receiver active
3) RS-232 Terminal Strip
a. Connect to external RS-232 controller. Data flows in direction shown
4) Mini-USB Port
a. Used to update system firmware.
FXT-460-R Rear
1) 12V DC
a. Connect to the included power supply.
2) HDMI OUT
a. Connect to a compatible HDMI SINK
3) EXTRACTED AUDIO – SPDIF Out
4) EXTRACTED AUDIO – L/R Out
a. Connect to other compatible digital audio equipment.
b. Note: These audio outputs can be either the HDMI INPUT Audio or
Embedded Audio from Transmitter
FXT
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460
10
© Copyright 2020
Hall Research,
LLC
.
EDID Handling
With no SINK attached to the FXT-460-R HDMI OUT connector, the EDID presented to
the SOURCE will be emulated from the current EDID stored in the system.
5.0 Troubleshooting
If you are experiencing problems getting the system to work properly, please use the
following troubleshooting suggestions.
Ensure that all connections to the device are solid. Loose connections are the
number one cause of issues.
Try resetting the system by unplugging both power supplies and the HDMI IN
connector, wait 5 seconds and plug everything back in.
o The front panel LEDs cycle several times at power up; after ~15
seconds, audio and video should be passing through the device.
Try restoring factory defaults using the front panel VIDEO EDID button (hold for
7 seconds).
Cycle the EDID mode with the front panel VIDEO EDID button.
Contacting Hall Research
If you determine your system is malfunctioning, do not attempt to repair the unit yourself.
Instead, contact Hall Research Technical Support at 714-641-6607.
To return the unit to Hall Research you must first get a Return Authorization (RMA)
number.
Package the unit carefully, if returning. We recommend that you use the original
container.
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