Aurora VPX Series User manual

USERS GUIDE
Manual Number: 220903 | Firmware Rev: 0.18.1 or Higher
www.auroramm.com
VPX Series
VPX-TC1-PRO ● VPX-TX1-WP2
4K60 4:4:4 1GbE Visual Lossless
Low Latency AV over IP
VPX-TC1-PRO
VPX-TX1-WP2

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SAFETY INSTRUCTIONS
Please review the following safety precautions. If this is the first time using this model, then read this manual before installing
or using the product. If the product is not functioning properly, please contact your local dealer or Aurora for further
instructions.
The lightning symbol in the triangle is used to alert you to the presence of dangerous voltage inside the product
that may be sufficient to constitute a risk of electric shock to anyone opening the case. It is also used to indicate
improper installation or handling of the product that could damage the electrical system in the product or in other
equipment attached to the product.
The exclamation point in the triangle is used to alert you to important operating and maintenance instructions.
Failure to follow these instructions could result in injury to you or damage to the product.
Be careful with electricity:
Power Outlet: To prevent electric shock, be sure the electrical plug used on the product power cord matches
the electrical outlet used to supply power to the Aurora product. Use the power adapter and power connection
cables designed for this unit.
Power Cord: Be sure the power cord is routed so that it will not be stepped on or pinched by heavy items.
Lightning: For protection from lightning or when the product is left unattended for a long period, disconnect
it from the power source.
Also follow these precautions:
Ventilation: Do not block ventilation slots, if applicable, on the product, or place any heavy object on top of
it. Blocking airflow could cause damage. Arrange components so that air can flow freely. Ensure that there
is adequate ventilation if the product is placed in a stand or cabinet. Put the product in a properly ventilated
area, away from direct sunlight or any source of heat.
Overheating: Avoid stacking the Aurora product on top of a hot component, such as a power amplifier.
Risk of Fire: Do not place unit on top of any easily combustible material, such as carpet or fabric.
Proper Connections: Be sure all cables and equipment are connected to the unit as described in this manual.
Object Entry: To avoid electric shock, never stick anything in the slots on the case, or remove the cover.
Water Exposure: To reduce the risk of fire or electric shock, do not expose to rain or moisture.
Cleaning: Do not use liquid or aerosol cleaners to clean this unit. Always unplug the power to the device
before cleaning.

ESD: Handle this unit with proper ESD care. Failure to do so can result in failure.
FCC
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two (2) conditions:
1. This device may not cause harmful interference.
2. This device must accept any interference received, including interference that may cause undesired operation.
Trademarks
All trademarks in this document are the properties of their respective owners.

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TABLE OF CONTENTS
PACKAGE CONTENTS .........................................................................................................................................................4
OPTIONAL ACCESSORIES ..................................................................................................................................................5
INTRODUCTION.....................................................................................................................................................................9
About...................................................................................................................................................................................9
Documentation....................................................................................................................................................................9
Features ............................................................................................................................................................................10
VPX-TC1-PRO Front.........................................................................................................................................................11
VPX-TC1-PRO Rear .........................................................................................................................................................13
VPX-TX1-WP2 Front.........................................................................................................................................................14
VPX-TX1-WP2 Rear .........................................................................................................................................................16
UNDERSTANDING THE BASICS........................................................................................................................................17
Direct Connection with No Ethernet Switch......................................................................................................................17
1GbE Ethernet Switch.......................................................................................................................................................17
Network Infrastructure.......................................................................................................................................................17
Isolated Network or Users Network ..................................................................................................................................17
Controlling the VPX...........................................................................................................................................................18
Controlling the VPX for Redundancy ................................................................................................................................18
EDID and its Importance...................................................................................................................................................18
Video Wall Capabilities .....................................................................................................................................................18
Ethernet Bandwidth Usage ...............................................................................................................................................19
HARDWARE INSTALLATION .............................................................................................................................................20
Network Setup...................................................................................................................................................................20
Encoder Setup...................................................................................................................................................................20
Decoder Setup ..................................................................................................................................................................20
Control Setup ....................................................................................................................................................................20
Dante®Option ...................................................................................................................................................................21
WEB SETUP PAGES ...........................................................................................................................................................22
Encoder Mode Web Pages...............................................................................................................................................22
Decoder Mode Web Pages...............................................................................................................................................32
EPG (Electronic Programming Guide)..............................................................................................................................47
APPLICATIONS....................................................................................................................................................................48
Example 1: VPX-TX1-WP2 to VPX-TC1 Decoder (point-to-point)....................................................................................48
Example 2: VPX Multi-Room.............................................................................................................................................49
Example 3: Matrix – Multiple VPX to Multiple VPX...........................................................................................................50

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Example 4: Video Wall......................................................................................................................................................51
Example 5: KVM Utilizing USB 2.0 ...................................................................................................................................52
Example 6: VPX-TC1-PRO with Local Ethernet Control ..................................................................................................53
Example 7: VPX-TC1-PRO Daisy Chain ..........................................................................................................................54
Example 8: VPX-TC1-PRO Independent Dante®/AES67 Switch .....................................................................................55
SOFTWARE..........................................................................................................................................................................56
IPBaseT Manager PC Control Tool ..................................................................................................................................56
CONNECTOR PIN DEFINITION...........................................................................................................................................58
HDMI.................................................................................................................................................................................58
CAT5e/6/6A.......................................................................................................................................................................59
RS-232..............................................................................................................................................................................60
IR (Infrared).......................................................................................................................................................................61
APPENDIX 1.........................................................................................................................................................................62
Troubleshooting ................................................................................................................................................................62
APPENDIX 2.........................................................................................................................................................................64
Firmware Update...............................................................................................................................................................64
APPENDIX 3.........................................................................................................................................................................65
Protocol.............................................................................................................................................................................65
APPENDIX 4.........................................................................................................................................................................66
Recommended Cabling.....................................................................................................................................................66
APPENDIX 5.........................................................................................................................................................................67
Recommended Network Switches....................................................................................................................................67
APPENDIX 6.........................................................................................................................................................................69
Technical Specifications....................................................................................................................................................69
APPENDIX 7.........................................................................................................................................................................72
Warranty............................................................................................................................................................................72

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PACKAGE CONTENTS
Please make sure the following items are included within your package. Contact your dealer if any items are missing or
damaged.
Box Versions
VPX-TC1-PRO
1 QTY VPX-TC1-Pro 1G RJ-45/SFP Copper/Fiber Transceiver Unit
2 QTY Mounting Ears and screws
Wall Plate 2 Gang Versions
VPX-TX1-WP2
1 QTY VPX-TX1-WP2 1G RJ-45 Copper Transmitter Unit with 2 HDMI Inputs & USB 2.0
Power supplies are sold separately.
*Note: Go to www.auroramm.com for latest manual and firmware.

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OPTIONAL ACCESSORIES
RK2-1-K
(1RU Rack Mount Holds 2 Units)
Includes 4 rails and 1 blank
RK2-5-K
(5RU Rack Mount Holds 12 Units)
Includes 24 rails and 4 blanks
RK2-BP-K
(Blank Plate for Rack Mounts)
RK2-RL-K
(For VPX-TC1 Use in Rack Mounts)
Dante/AES67 Option
LCN-DTE-2 - 2 Channel Dante/AES67
LCN-DTE-8 – 8 Channel Dante/AES67 (Coming Soon)

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IPA-SFP-RJ45-1
(1G RJ-45 LAN SFP Module)
IPA-SFP-1GMM-1
(1G Multi-Mode Fiber SFP Module)
IPA-SFP-1G20
(1G Single-Mode Duplex Fiber SFP Module)
DXB-8i
(8 Button IP Wall Plate)

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PS0081-1
(48V 24 Watt PoE Injector)
Available in –US, -AU, -EU, and –UK worldwide models
PS0094-3
(48V 25 Watt Wall Supply)
Comes with US, AU, EU, and UK interchangeable blades
IR Receiver CA0026-1
IR Emitter CA0061-1
IR Blaster CA0049-1
RS-232 Adaptor CA0052-F2T3R
(3.5mm TRS to FEMALE DB89 2-TX 3-RX)
RS-232 Adaptor CA0052-F3T2R
(3.5mm TRS to FEMALE DB89 3-TX 2-RX)
RS-232 Adaptor CA0052-M2T3R
(3.5mm TRS to MALE DB9 2-TX 3-RX)
RS-232 Adaptor CA0052-M3T2R
(3.5mm TRS to MALE DB9 3-TX 2-RX)

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LVR-2G Gang Electrical Ring

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INTRODUCTION
About
The VPX-TC1 Pro Series provides one of the most advanced 1G IP Streaming solutions on the market
utilizing Aurora’s new Mimix™ CODEC technology. Mimix™ compression allows for near perfect
reproduction of video and graphic images at resolutions up to4K60 4:4:4 over 1G networks. It has only
one frame (16.6ms) of latency and seamless switching for fast lag-free content. Power consumption is
important as the VPX-TC1 uses as little as 8 watts. It does this with no fan and a small form factor
saving a lot of money in utility bills as it uses 1/3 the power of comparable systems.
Audio, video, data, and control can be sent securely to one or many units using an off-the-shelf 1G
RJ-45 Ethernet switch. When the VPX-TC1 is set up to be a transmitter, the 2 HDMI inputs become a
source switch and the HDMI output becomes a potential loop out. When set up as a receiver, a user
can select the local HDMI inputs or an IP source. Seamless switching of the sources further enhances
the presentation. Regardless of how the VPX-TC1 is set up, the audio can be de-embedded at any
location, and/or be sent to or received from a Dante®enabled device. The USB is also flexible, working
as a KVM and/or a high-speed data transfer for memory sticks & another port just for cameras. To keep
the system friendly, an OSD and integrated web server are available for easy navigation and setup of
features.
Digital signage, education, corporate, and residential are just a few markets which benefit from the
flexibility and low cost of the VPX-TC1.
Documentation
Aurora provides many documents to support the VPX series and accessories. Below is a list of the available documents
that can be found on the download tab of the VPX products or the customer portal.
VPX Series Protocol Guide (Available only on Customer Portal)

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Features

Configure as Encoder or Decoder

4K60 4:4:4 UHD 120m over 1G CAT 5e

HDMI 2.0b, HDCP 2.2

HDR10, HDR10+, Dolby Vision

LPCM up to 12-channels, Dolby Digital Plus, Dolby TrueHD DTS HD
Master Audio & ATMOS

12-bit color depth processing, 16bits OSD

Enterprise Security (AES 256, 802.1x, HTTPS, SSH, & Active Directory)

One Frame Latency (16.6ms)

Low Power Design

Seamless Switching

MJPEG Preview at 720p up to 30 frames

Video Wall with Image Rotation

1G LAN PoE and SFP for Fiber or 2nd RJ-45

2 HDMI Inputs, 1 HDMI Output (box version)

Line In/Out Stereo

RS-232 Serial Port and IR (In/Out)

Channel Mapping with EPG & On-Screen Preview (box version)

Integrated Web Server for Configuration

2 USB 2.0 for Cameras

3 USB 2.0 for HID Devices, Mass Storage, etc.

Dante®2/8 Ch Audio License Options & Dante Controller

Rack and Under Table Mounting (box version)
Wall Plate Available in White or Black
*Note: Wall plate versions require full 2 gang electrical box space. Some electrical boxes and mud rings do not
accommodate the full size. Read specifications for dimensions.

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VPX-TC1-PRO Front
LEDs
Power: Power will light green when unit is on or in standby.
Status:Status will blink at a normal pace during regular operation and slower pace when in standby.
OLED Display
Using the buttons as described below, the OLED display will show firmware version, mode (encoder/decoder), IP address,
serial number, MAC address, subnet mask, USB mode, active source information, and more.
Buttons
Menu Button: Cycle through info screens. Press and hold for 6 seconds switch between encode and decode mode.
Up Button: Select next input source.
Down Button: Select previous input.
Enter Button: Confirms selection
Miscellaneous
IR Window:IR remote and IR pass through.
IR Input: For use with external IR Receiver. If utilized, front IR window will become disabled.
*Note: It is important to use 5V only photo receiver which is with carrier and inverted. Use a stereo 3.5mm TRS
connector.
USB 2.0:Dual Type A USB 2.0 Connectors for peripherals (Bluetooth, Memory, etc.) & keyboard/mouse for HID
functionality. This port has up to 170Mbps throughput.
Camera:For decoder mode, a USB 2.0 camera up to 1080p30 can be routed to an encoder.

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Special Functions
 Factory Default: Press and hold MENU and ENTER for 6 seconds. The OLED display will show “FACTORY RESET”
while the device is resetting, followed by an automatic reboot. This will not change the currently set device mode.
 Secondary Firmware Image Mode: Press and hold UP and DOWN while applying power. The OLED display will show
“Secondary” mode alongside the device IP.
Default Settings
Baud Rate: 9600
IP Mode: DHCP
Fallback IP Mode (no DHCP Present): Auto-IP 169.254.xxx.xxx range
Autosense: Off

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VPX-TC1-PRO Rear
Rear
From left to right:
48VDC: 48 Volt isolated power input
LAN Connector LED’s:
Left LED Green = 1G/Good (1G is required for proper operation)
Left LED Orange = 10/100 or Bad Connection
Right LED is Orange, for general LAN Activity
LAN is PoE and PoE+ capable based on needs. The VPX-TC1-Pro uses 8 watts of power. Standard PoE is 12.9 watts.
When USB is utilized, some peripherals may require extra power. If more than 5 watts is required for USB, PoE+ can be
used to extend the power range to 20 watts for 7 additional watts of power.
USB 2.0: 170Mbps USB 2.0 Type C to be connected to a host (PC) for peripherals from a routed decoder.
Camera: 200Mbps USB 2.0 Type C to be connected to a host (PC) for camera from routed decoder.
Control IR Out: Infrared control output 30kHz-60kHz. IR emitter must be mono 3.5mm TS.
HDMI in 1/ In 2: HDMI inputs up to 4K60 4:4:4.
HDMI Out: HDMI Output to Display up to 4K60 4:4:4. Output can be native or scaled (e.g. from 1080p to 4K60/4:4:4).
Audio In: Analog stereo audio input.
Audio Out: Analog stereo audio output. De-embedded audio output from HDMI stream. HDMI multichannel audio (up
to 7.1) is down mixed (PCM) to stereo (2 channel).
Control RS-232: Serial port pass-through and control up to 115Kbps.
SFP: SFP Cage for Multi-mode or Single Mode Fiber and RJ-45 LAN with optional modules available from Aurora.

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VPX-TX1-WP2 Front
Buttons
In 1: Selects HDMI Input 1 (Illuminates when selected or autosensed from last plugged).
In 2: Selects HDMI Input 2 (Illuminates when selected or autosensed from last plugged).
Connectors
HDMI In 1/2: HDMI inputs up to 4K60 4:4:4 (Auto sense feature available)
USB: USB 2.0 Type Ato be connected to a host (PC) or device (i.e., Mouse, keyboard, etc.). Bottom connector can be
changed between Host or Device and between Camera or peripherals.
Special Functions
Factory Default: Press [IN1] and [IN2] button till white LED turns on for a second. Release the switches once the white
led turns on, on both the buttons. The unit will reboot automatically after factory default.
Reboot: Press [In1] button for 5 seconds.All lit LEDs will be off now and the board reboots.
Secondary Firmware Image Mode: Press [In1] and [In2] button while powering up for 5 seconds. The LED in buttons
In1 and In2 will light Red once the board has finished booting to indicate secondary mode. This may be necessary if for
some reason the firmware becomes corrupted during a firmware update.
LED Indications
Source Indication: Red LED to be lit on the button corresponding to thesource.
When power is first applied, all front LEDs will light white for a second.
All LEDs will light white to indicate that the firmware update is in progress.
Selected input source LED will light red.
Both In1 and In2 LEDs will light Red to indicate secondarymode.

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Default Settings
Baud Rate: 9600
IP Mode: DHCP
Fallback IP Mode (no DHCP Present): Auto-IP 169.254.xxx.xxx range
Autosense: Off

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VPX-TX1-WP2 Rear
Rear
 48VDC: 48 Volt DC isolated power input
 LAN: 10/100/1000Mbps LAN. Can power the unit with PoE from injector or switch.
 RS-232: Serial port pass-through and control up to 115Kbps. Also, has 5V for connection to DXB-8 8 button wall
controller.
Expansion Slot for Dante®Hardware Option: Cover supplied for card protection. (Note: there is a Dante Software
Option)
*Note: Wall plate versions require full 2 gang electrical box space. Some electrical boxes and mud rings do not
accommodate the full size. VPX-TCW2 wall box dimensions are 3.728” x 2.83” x 1.404”. Wall box portion depth is
1.404” without option card and 2.25" with option card.

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UNDERSTANDING THE BASICS
Direct Connection with No Ethernet Switch
The VPX Series is designed to automatically tunnel the video, audio, USB, RS-232, and IR if they are connected without an
Ethernet switch once they have been connected for the first time with an Ethernet switch.
1GbE Ethernet Switch
It is important to use a non-blocking IGMP 1GbE switch with IGMP snooping and Jumbo packets. It is possible to use the
VPX without jumbo packets as it uses 1508 packets which is slightly larger than a standard packet, but most modern
switches will accommodate as they normally need extra for the VLAN. Also, if Jumbo is set you can set for 1600 MTU as it
does not need full jumbo size. The size of the switch is based on the requirements of the project. Consider this if extra port
capacityis requiredforfutureexpansion.Ifyourunoutofportcapacity, youcanalwaysaddanother1GbE switch in the future.
The VPX, when set to encoder (TX), determines the bandwidth that will be multicast across the network. 24bit 4k@60Hz
can peak at about 850Mbps (Data Rate in bits per second = Color Depth x Horizontal Resolution x Vertical Resolution x
Frame Rate) but typically varies with content as it is dynamic compression for full motion 4K video. This does not include
the 10/100 LAN passthrough, up to 170Mbps USB, RS-232, IR over the same transmission if required. If 10 units are set as
encoders, and 4K@60Hz is the desired video resolution, then 8Gbps of bandwidth will be required if uplinked to another
switch. If the available bandwidth betweenthetwo 1GbEswitches is less than 8Gbps, then packets will drop,and information
will be lost. It is also a good idea to consider overhead and assume 15% bandwidth loss to play itsafe. Since each port is bi-
directional 1Gbps, it enables any port to be used as an encoder or decoder. The AV industry is used to standard distribution
topology limitations of 4x4, 8x8, 16x16, etc. With networked based video distribution, a 48 port 1GbE switch as an example
can be 24x24, 1x47, 47x1, 12x36, etc. (see Ethernet Bandwidth Usage section for more detailedinformation).
Network Infrastructure
The raw network cabling as well as the patch cables are as important as the switch. When using copper, CAT5e, 6, or 6a
cableis preferredforoptimalperformance and is importanttofollow thestandardrules for running Ethernet cables. No sharp
bends, coiling, putting near power lines, grouping unshielded cables tightly together with other LAN cables, etc. Shielding
is not necessary but can be used for noisy environments.
Isolated Network or Users Network
When discussing a networked based video solution, many times it is assumed it must be on the client’s network. This is not
true. The application determines the type of network to be used. For example, if it is simply being used as a typical AV
matrix switch with no distribution throughout the facility, then a 1GbE switch can be used just for that room. Just because it
is Ethernet based does not mean it has to be used on the main network. The Ethernet switch is simply used as the end
point for all the cables and the glue that holds everything together. In other words, it takes the place of the standard AV
matrix switch topology. If only remote control is required from the main network, then connect the 1GbE switch to the main
network and allow the control data between the 1GbE switch VLAN and the main network. Even if the VLAN is part of the
main network it does not mean you will use all the bandwidth. The purpose of IGMP is to only send the multicast data to the
ports specified, which would be where the VPX units are connected to. Non-blocking switch assures full bandwidth is
available for all ports as required.

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Controlling the VPX
To simplify control of the VPX, each unit can be controlled via the Aurora IPBaseT Manager server, either running on a PC
or on a dedicated control appliance (RXS-1).Itcanalso be controlledfrom other Aurora controlproducts orthird-partycontrol
systems with the available VPX API. To obtain the VPX Control API commands you must be dealer status otherwise an NDA
is required and is at the discretion of Aurora. The VPX can also work without the server as a third-party control can
communicate directly to each unit to change settings or make routes. This makes the VPX extremely flexible and for low-
cost smaller systems very cost effective.
Controlling the VPX for Redundancy
Multiple control systems can run on the same network for redundancy. It is important only one communicates at any given
time or incomplete commands may occur between units communicating simultaneously.
EDID and its Importance
One of the most forgotten setup procedures in AV systems is the EDID. The EDID comes from the destination (display,
VTC, recorder, etc.) and must be saved into the encoder and decoder HDMI input ports. This allows the source (Blu-ray,
computers, etc.) to know the capabilities of the destination. This includes the audio type if any, video resolution and timing,
color space, color depth, and more. If no EDID is present an HDMI device will revert to lowest resolution in DVI mode which
also means no audio. If the wrong EDID is used, the image may look pink, green, or have no image at all. To make matters
more complex, if different destinations/displays are in usein a matrix configuration, then it is important to use an EDID with a
common denominator or only one or the other destination may work. In an ideal installation, all the destinations should have
the same capabilities for optimal performance. I this is not possible a scaler may have to be implemented to assist in the
compatibility.
For example, there are 2 displays one 1080p the other 4k UHD. If the EDID of the 4K display is used, the 1080p will not see
an image if the source is capable of 4K. If the 1080p EDID is used, then both will see the image but the 4K will never benefit
from 4K content. In a situation where this is unacceptable, a 4K scaler can be used on the 1080p screen to down scale the
4K content so the 4K EDID can be used and the better screen can have a benefit. Note scalers do add frame latency and
can affect image quality based on the quality of the scaler. Therefore, it is always ideal to use destinations with similar
capabilities for optimal performance.
Audio can be impacted just as easily. If a destination is 6-channel surround sound capable and the other destination is not,
then the EDID from the5.1 destinationcannot be used, or there will beno audioon the other destination. In most commercial
installations, it should not be an issue to choose the lowest common denominator, which is 2-channel audio, but in cases
where you must have surround sound then a down-mixer for the 2-channel destination must be used.
In some cases, a custom EDID could be created, as the audio and video are mismatched between the destinations. This
can occur for example, when one destination has 4K 2-channel audio and the other 1080p with multichannel surround
sound. If the EDID of the 1080p destination is used, audio will not be present on the 4K destination. If the 4K EDID is used,
there will be no video present on the 1080p destination. The only way to solve this issue is a new EDID combining the
common features. In this case an EDID which is set at 1080p with 2-channel audio is the solution.
Video Wall Capabilities
The VPX video wall mode can take in up to a 4K UHD signal and create a low latency high quality video wall up to 8x8 in
size. The way the mode works is by dividing the input resolution by the number of displays. For example, a 2x2 video wall
will become four 1080p signals from a 4K UHD signal. The VPX also has bezel compensation to create a seamless
windowpane effect.

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Ethernet Bandwidth Usage
The VPX streaming bandwidth is dynamic with the compression at 14:1 compression for 4K60 4:4:4. With no USB activity
and a still image fed into a decoder the VPX will use as little as 92Mbps of network bandwidth. Maximum throughput is
850Mbps without USB data. With USB data make sure full 1Gbps is available.
USB Network Bandwidth Requirements
When USB devices are attached but there is no activity, the network bandwidth requirement is almost 0. For
non-isochronous USB devices, network performance only impacts the performanceof the USB device. It will not impact
USB devices' functionality.
For isochronous USB devices (for example, USB audio), the network latency may impact the functionality of this kind of
device. If the network latency is too high, ISO packets may be discarded and cause audio glitches. It is important to use
fast-leave high quality switches for this application.
For most USB devices, the network bandwidth requirement will be almost the same as a local USB bus.
Typical Video Network Bandwidth
Still Frame: < 100Mbps
Web Browsing: 200~600Mbps (3840x2160) 60fps
YouTube Full Screen: 600~800Mbps (3840x2160) 60fps
Bandwidth Table
Following table is the network bandwidth requirement matrix which measured from playing a video clip. The average network
bandwidth is measured by profiling Ethernet MAC layer traffic. The value in () is the performance variation.
Video Resolution Quality Level Maximum Frame Rate
Average Network
Bandwidth (Mbps)
3840x2160 (2160p60) Auto 60 442 (93~830)
3840x2160 (2160p30) Auto 30 261 (92~423)
1920x1080 (1080p) Auto 60 187 (99~525)
1280x720 (720p) Auto 60 119 (78~330)