GENLED Acolyte DiGidot CTRLPIXELTRKITSP User manual

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PXLNET TRANSCEIVER MANUAL
CTRLPIXELTRKITSP, CTRLPIXELTRKITST, CTRLPIXELTRKITRJ
RoHS SPI DMX IP00
REV. 22SEP2023

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THANK YOU FOR CHOOSING ACOLYTE AND DIGIDOT!
Acolyte and DiGidot offer powerful products and solutions to control LED pixels. C4
controllers are the heart of our control system, offering great exibility and simple
infrastructures. To benet from all our system advantages, we offer innovative accessories
like range extending equipment like the PxLNet Transceiver.
These products allow you to send PxLNet, which is a high speed, long-range SPI protocol.
Install C4 controllers in a central place for easy access and maintenance while drastically
reducing the amount of hardware required.
Have fun creating mesmerizing lighting installations!
The Acolyte and DiGidot teams

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INDEX
Introduction 4
Contents 4
PxLNet Transceiver Features 4
Technical Drawings 5
Product Description 5
Technical Specications 6
Before Installation 7
Mounting Options 8
Installation & Wiring 9
Solder Instructions 10
Power Supply 10
Operating Modes 10
Wiring Schemes 11
Propagation Delay 15
Auxiliary Breakout 15
Tips & Troubleshooting 16
General Information 16
Compliances 17

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INTRODUCTION
CONTENTS
PXLNET TRANSCEIVER 2 FEATURES
SPI protocols are sensitive to data distortion and often only work reliably over cable of up to
6.5 ft (2 m) between the controller and the rst SPI IC/LED. The PxLNet Transceiver is a small
module that can be used as a receiver or transmitter to extend the range of an SPI signal. The
PxLNet Transceiver converts PxLNet, which is sent from a PxLNet Transmitter or Transceiver
in transmit mode, based on the original SPI protocol that is sent from an SPI controller. A
PxLNet Transmitter or Transceiver converts sensitive SPI protocols to PxLNet, which can cover
up to 820 ft (250 m). Any SPI protocol can be received or transmitted by this module. Connect
the same number of universes as the connected SPI controller can send per port. Installation
is easy thanks to the simple solder pads. The output side can be soldered directly to most
industry standard SPI controlled LED ribbons. When this module is connected to the end of an
LED ribbon or pixel-controlled product, it can be used as a transmitter when the Tx/Rx jumper
is removed. In transmit mode, a PxLNet Transceiver can also be connected to a C4 controller
output port to convert the SPI signal to PxLNet. The PxLNet Transceiver can also be used to
convert a DMX signal from a C4 controller or a PxLNet Transmitter to DMX TTL.
NOTE: We take great care with our products and have a standard of quality control, but we advise you to double-check for
missing or damaged items. In case of any missing or damaged items, please contact your supplier immediately. Never use
damaged products!
• PxLNet Transceiver module (PCB only, quantity depends on the order)
• Header jumper (pre-installed)
• Optional: 3-way screw terminal(s) (if ordered separately)
• Flexible operating voltage from 5 to 48 VDC
• RJ45 bus for PxLNet in/out
• Solder pads for input/output signals
• Status LED indicators for power and incoming data
• Auxiliary network cable breakout solder pads
• Selectable operating mode (Receiver/Transmitter) by header jumper
• Overvoltage protection
• Reverse polarity protection
• Data, VCC and GND input and output connections on both sides

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TECHNICAL DRAWINGS
PRODUCT DESCRIPTION
1.71 in.
(45.3 mm)
0.55 in.
(14 mm)
0.59 in.
(15 mm)
1. Power (VCC / DC + / 5-24V)
2. BUS I/O (Data Out/In)
3. Power (GND / DC -)
4. RJ45 BUS (Data Input)
5. Jumper (Tx / Rx mode)
6. White LED Power Indicator
7. Blue LED Power Indicator
Top Bottom
8. GND / DC -
9. Data OUT / IN
10. VCC / DC + / 5-24V
11. PxLNet Data IN / OUT +
12. PxLNet Data IN / OUT -
13. PxLNet GND
Pin 1: PxLNet Data + In
Pin 2: PxLNet Data - In
Pin 3: --
Pin 4: --
Pin 5: --
Pin 6: --
Pin 7: PxLNet GND
Pin 8: PxLNet GND / DC -

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TECHNICAL SPECIFICATIONS
Electrical
Input Voltage: 5-24VDC
Max. power consumption: 1 W
Inrush current: Max. 200 mA @ Ta 20°C
RMS current Rx mode: 5VDC: 11.5 mA
24VDC: 2.7 mA
RMS current Tx mode: 5VDC: 81 mA
12VDC: 31.5 mA
24VDC: 16.6 mA
Mechanical
Dimensions: 1.71 x 0.59 x 0.55 in. | 43.5 x 15 x 14 mm (L x W x H)
Net weight: 0.11 oz (6 g)
Environmental
Ambient Temp. (Ta) in operation: -4°F - 113°F (-20°C - 45°C)
Storage temperature: -4 to 122°F (-20 to 50°C)
Max. operating relative humidity: 90% (indoor use only)
Protection
IP rating: IP00 (unprotected, indoor use only)
Voltage input: Overvoltage protection (max. 48 VDC)
Connectivity
Solder pad wiring: 20-24 AWG (0.3-0.5 mm2)
Terminal wiring power: 14 AWG (Max. 2.5 mm2)
Terminal wiring data: Recommended: 20-24 AWG (Max. 2.5 mm2)
Quality
Warranty: 1 year factory warranty
Compliances: CE, RoHS, all components are UL pending
Certication: ETL certication pending
Applied standards: EN60950-1:2006 +A11:2009 + A1:2010 + A12:2011 +
A2:2013, IEC60950-1 / EN60950-1, EN61006-6-3, EN55032
HS Code: 85176990

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BEFORE INSTALLATION
Before installing our products it’s important to note the following safety and installation
instructions.
SAFETY INSTRUCTIONS
• Before installation and use of this product, read this manual carefully.
• Make sure these instructions are given to those responsible for installation, use and
maintenance of this product.
• Local electrical and safety rules and guidelines always overrule this manual.
• Acolyte and DiGidot Technologies B.V. cannot be held liable for improper handling,
product installation, usage or storage.
• Installation should only be done by a professional certied installer who is qualied to
work on electrical installations.
• Do not conduct any repairs of the device (there are no user serviceable parts inside).
Any unapproved repairs and/or product modications will void product warranty.
Acolyte and DiGidot Technologies B.V. cannot be held liable for any consequences.
• Repairs of this product may only be carried out by DiGidot Technologies B.V.
• Repairs and maintenance of the installation may only be carried out by qualied
technicians.
• Always disconnect the mains power when working on a high voltage electric installation.
Failure to do so may result in product damage or personal injury.
• Do not connect or modify this product other than as described in this manual.
• Never use a product that is visibly damaged or does not work correctly. Never use a
product if it starts to smoke or if a crackling/sizzling noise is audible. If this is the case,
disconnect the power to the device and contact Acolyte immediately.
• This is a low voltage device. The working voltage is 5-24 VDC.
• The only way to power off this product is to disconnect it from the power source.
• The product is designed for indoor use (dry locations) only. Exposure to rain or moisture
may cause fatal damage.
WARNING! TAKE ESD SAFETY PRECAUTIONS!
When working with PCB modules such as this product, you must work according to ESD
guidelines and undertake all necessary ESD safety precautions to minimize the risk of ESD-
inicted product damage.

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MOUNTING OPTIONS
We recommend placing this product in a protected enclosure such as an electrical junction
box. Double-sided (foam) tape or acid-free, non-conductive and non-corrosive glue/
adhesives can be used on the underside of this product to hold it in place. Please be careful
when applying pressure. Small components can come off when applying excessive force.
To prevent malfunction or damage, ensure that none of the conductive parts, including
the header pins on the underside, make any contact with conducting surfaces or materials.
When using heat shrink, please cover the entire module. Be careful when applying heat,
especially with heat guns. When this product is overheated, components and soldering may
come loose, resulting in fatal damage.
WARNING!
• This product should not be subjected to higher temperatures than indicated in the
specication range (risk of fatal damage)!
• Keep this product away from direct sunlight, rain or other moisture (short-circuit risk).
• Do not use this product outdoors or in humid environments (short-circuit risk).
TIP: It’s safe to cover this product with appropriate electronic protection resin to improve the IP rating. Another option to improve
the IP rating is to use a conformal coating spray for electronics after all wires have been connected/soldered.

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NOTE: Keep wires between the output and LED product within 6.5 ft (2m) in length. The ground output wire from the PxLNet
Transceiver must be equal in length to the Data wire. Don’t use wire gauges bigger than 24 AWG (0.5 mm2) for the data signal.
There are several ways to connect and integrate the PxLnet Transceiver module. Use the
RJ45 bus on the PxLNet input/output side or solder PxLNet signal wires to the underside
of the product. Please refer to the wiring schemes in this manual.
PXLNET DATA IN/OUT
There are two ways to connect the PxLNet data:
1. Use the RJ45 bus to connect a Cat-5E network cable or better.
2. Solder a DMX cable (110Ω impedance STP) or Cat-5E (or better) to the D+, D- and GND
solder pads [11][12][13] on the underside of the PCB.
If you’ve ordered an additional screw terminal for the PxLNet Transmitter, you can solder
the 3- way terminal to the output by placing the terminal on the top side of the PCB. Insert
the 3 pins in the solder pad holes and make sure that the wire openings face outwards.
Solder the pins on the underside. The screw terminal allows you to insert the wires of your
LED lighting product with wire gauges up to max. 14 AWG (2.5 mm2).
INSTALLATION & WIRING
NOTE: Keep wires between the output and LED product within 6.5 ft (2m) in length. The ground output wire from the PxLNet
Transceiver must be equal in length to the Data wire. Don’t use wire gauges bigger than 24 AWG (0.5 mm2) for the data signal.
DATA IN/OUT & POWER IN
There are two ways to connect the SPI data:
1. Solder this module directly to the solder pads of a pixel-controlled LED ribbon that has
a matching solder pad layout. Most industry standard SPI (Data only) controlled LED
ribbons will match the solder pads of the PxLNet Transceiver.
2. Solder wires with a wire gauge of 20-24 AWG (0.3-0.5 mm2) to solder pads [1][2][3]
on the upper side or to [10][11][12] on the underside of the PCB.
If you’ve ordered an additional screw terminal for the PxLNet Transmitter, you can solder
the 3- way terminal to the output by placing the terminal on the top side of the PCB. Insert
the 3 pins in the solder pad holes and make sure that the wire openings face outwards.
Solder the pins on the underside. The screw terminal allows you to insert the wires of your
LED lighting product with wire gauges up to max. 14 AWG (2.5 mm2).

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Soldering of this product should be carried out carefully by a trained and certied electronics
professional.
• Please pre-solder all wires.
• Max. soldering temperature: 752°F (400°C) for max. 3 seconds.
• Use RoHS compliant lead-free solder wire.
WARNING! TAKE ESD SAFETY PRECAUTIONS!
This product is ESD sensitive. Work in an ESD safe environment and take all necessary ESD
protective precautions before installing and soldering this product to minimize the risk of ESD
inicted product damage.
To power this product, the DC+ and GND must be connected to a SELV rated power supply
that provides appropriate power at the required supply voltage. Before applying power, make
sure that the outputs are wired and soldered correctly to avoid short circuits.
WARNING! Applying AC power and/or higher voltages can cause fatal damage to this product.
IMPORTANT: Make sure to equalize the ground potentials. Always connect grounds (DC-)
of the C4 controller and the power supply connected to each product that is controlled by
a single C4 controller. The ground connection between a PxLNet Transmitter and a PxLNet
Transceiver or multiple Transceivers are automatically established when using the RJ45 bus
with a network cable in between.
SOLDER INSTRUCTIONS
POWER SUPPLY
OPERATING MODES (Rx/Tx)
RECEIVER MODE (Rx)
The default operating mode of the PxLNet Transceiver is Receive mode (Rx). Please make
sure that the Rx/Tx jumper [5] is installed. The PxLNet data is received, converted to the
original protocol and outputted on the Data out side.
TRANSMIT MODE (Tx)
In order to use the PxLNet Transceiver as a single channel transmitter, connect the D
(solder pad [2] or [9] as indicated on page 5) to the incoming SPI Data signal. Remove the
Tx/Rx jumper [5] as indicated, to activate transmit (Tx) mode.
Connect a network cable to the RJ45 bus and connect it to the next PxLNet Transceiver in
receiving mode (Rx). Instead of connecting a network cable to the RJ45 bus, a cable can
also be soldered to solder pads [11][12][13] on the underside (as indicated on page 5). The
distance between two PxLNet Transmitters is max. 820 ft (250 m).

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WIRING SCHEMES
WIRING SCHEME 1 OPTION 1: CONVERT PXLNET TO SPI DATA, SOLDERED DIRECTLY
The C4 controller and PxLNet Transmitter are connected by Cat-5E network cables to PxLNet
Transceivers which are soldered directly to a pixel-controlled LED ribbon. Please double check
if the solder pads of the LED ribbon align correctly and are in the correct order to match the
PxLNet Transceiver solder pads. If not, please follow wiring scheme 1 option 2.
WIRING SCHEME 1 OPTION 2: SUPPLY POWER AT ALTERNATIVE LOCATION
The following wiring schemes show assorted options to connect this product. There are many
more connection options and combinations possible which may not be listed in this manual.
If the following wiring principles are followed, a wide range of installation options can be
created.
• PxLNet Transceivers must be powered properly as indicated.
• If LED products need to be powered at voltages other than 5-48 VDC, separate powering is
required. In this case, all grounds must be connected at any time.
• Use proper network cables or DMX cables as indicated on page 8. Thicker wires and higher
cable impedance may result in unstable or corrupted data.
PxLNet Transmitter
PxLNet Transceiver
PxLNe
PxLNe
PxLNe
PxLNe
Cat-5 E cable
Max. 820 ft (250 m)
LEDs Top View
- +
5-48V DC
- +
12-24 V DC
PxLNet Transmitter
Cat-5 E cable
max. 820 ft. (250 m)
PxLNet
PxLNet
PxLNet
PxLNet
LEDs
PxLNet Transceiver
Top View
- +
5-48V DC
+ -
12-24 V DC

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WIRING SCHEME 2: CONVERT TO SPI AND WIRED LUMINAIRE CONNECTION
The C4 controller and PxLNet Transmitter are connected by Cat-5E network cables which are
soldered to PxLNet Transceivers that are soldered directly to a pixel-controlled LED product.
WIRING SCHEME 3: DIFFERENT OPERATING VOLTAGES
The C4 controller and PxLNet Transmitter are connected by Cat-5E network cables which are
connected to PxLNet Transceivers, which are wired to pixel-controlled LED products that run
on another power supply and/or voltage.
PxLNet Transmitter
PxLNet
PxLNet
PxLNet
PxLNet
Cat-5 E cable
Max. 820 ft (250 m)
LEDs
PxLNet Transceiver
Bottom View
- +
5-48V DC
+ -
12-24 V DC
max.
6.5 ft. (2 m)
Cat-5 E cable
max. 820 ft. (250 m)
PxLNet Transmitter
PxLNet
PxLNet
PxLNet
PxLNet
LEDs
PxLNet Transceiver
Top View
- +
5-48V DC
- +
5-48V DC + -
12-24 V DC
max.
6.5 ft. (2 m)

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WIRING SCHEME 4: TRANSCEIVER IN TRANSMIT MODE
The C4 controller and PxLNet Transmitter are connected by Cat-5E network cables to PxLNet
Transceivers which are soldered directly to a pixel-controlled LED ribbon. At the end of every
LED ribbon, another PxLNet Transceiver is placed in transmit mode to send the remaining
signal to the next LED ribbon. Please note that the operating mode jumper [5] on the top side
must be removed to change it to transmit (Tx) mode.
WIRING SCHEME 5: SINGLE PORT SPI RANGE EXTENSION
The C4 controller and PxLNet Transmitter are connected by Cat-5E network cables to PxLNet
Transceivers which are soldered directly to a pixel-controlled LED ribbon. At the end of every
LED ribbon, another PxLNet Transceiver is placed in transmit mode to send the remaining
signal to the next LED ribbon. Please note that the operating mode jumper [5] on the top side
must be removed to change it to transmit (Tx) mode.
LEDsLEDs
PxLNet Transceiver PxLNet TransceiverPxLNet Transceiver
Top View Top ViewBottom View
PxLNet Transmitter
PxLNet PxLNet
PxLNet PxLNet
PxLNet PxLNet
PxLNet PxLNet
Cat-5 E cable
max. 820 ft. (250 m)
Cat-5 E cable
max. 820 ft. (250 m)
max.
6.5 ft. (2 m)
Note:
Remove
Jumper - +
5-48V DC
- +
5-48V DC
+ -
12-24V DC
LEDs
PxLNet Transceiver PxLNet Transceiver
Top View Bottom View
PxLNet
Cat-5 E cable
max. 820 ft. (250 m)
Note:
Remove
Jumper
5-48V DC
5-24V DC
max.
6.5 ft. (2 m)

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WIRING SCHEME 6: CONVERT PXLNET TO SPI DATA + CLOCK
PxLNet Transceivers can also be used to convert two PxLNet data lines to Data + Clock SPI
signals. For this option, a dual Transceiver setup is required.
WIRING SCHEME 7: COMBINE SHORT- & LONG-RANGE DATA + CLOCK SPI
PxLNet Transceivers can also be used to convert two PxLNet data lines to Data + Clock SPI
signals. For this option, a dual Transceiver setup is required.
Data + Clock
LED product
PxLNet Transceiver
Top View PxLNet Transmitter
PxLNet (clock)
PxLNet (clock)
PxLNet (data)
PxLNet (data)
Cat-5 E cable
max. 820 ft. (250 m)
- +
5-48V DC
+ -
12-24V DC
max.
6.5 ft. (2 m)
Data + Clock
LED product
PxLNet Transceiver
Top View
PxLNet (clock)
PxLNet (data)
PxLNet Transceiver
Bottom View
Cat-5 E cable
max. 820 ft. (250 m)
C4 Controller
5-24V DC
max.
6.5 ft. (2 m)
Clock + Data
LED product
WIRING SCHEME 8: EXTENDING DMX TTL SIGNALS
A C4 controller and PxLNet Transmitter are connected by Cat-5E network cables to PxLNet
Transceivers. Please note that DMX TTL must be congured on the C4 controller in/out
conguration page. Congure all ports to DMX TTL in the C4 controller in/out conguration.
PxLNet Transceiver
Bottom View
DMX cable
max. 1312 ft. (400 m)
DMX TTL
product DMX
max.
6.5 ft. (2 m)
5-48 V DC

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WIRING SCHEME 9: CONVERTING DMX TO DMX TTL
Use an external DMX signal connected to a PxLNet Transceiver which is connected to a DMX
TTL-controlled LED product. The DMX signal can be soldered, as indicated in the drawing, or
inserted in the RJ45 bus on the top side (DMX pinout according to USITT standard, see page 5).
NOTE: These wiring schemes do not necessarily show the correct powering of your LED products. All wiring schemes in this
manual are for reference only. Please refer to the technical information or user manual of your LED product.
PxLNet Transceiver
Top View
DMX cable
max. 1640 ft. (500 m)
DMX TTL
product
DMX
DMX
DMX
DMX
max.
6.5 ft. (2 m)
5-48V DC 12-24V DC
PxLNet Transmitter
PROPOGATION DELAY
The PxLNet Transceiver is designed to relay signals at extremely high speeds. When
multiple PxLNet Transceivers are used to extend the signal, there is a negligible buildup of
propagation delay of only 1,6 µs (microseconds), which is equal to ± 6 SPI ICs. This means
that large numbers of PxLNet Transceivers (more than 100) can be used without visual decline
of performance. It is safe to assume that any visual performance decrease is due to other
(external) factors.
AUXILIARY BREAK OUT
The PxLNet Transceiver uses at least three wires -- Data +, Data -, GND (GND is connected
twice) -- for the PxLNet signal. This means that there are two unused wire pairs inside a
network cable (not applicable to DMX cable). These wires can be used for low voltage
purposes up to 48 VDC and a maximum current of 200 mA. Use solder pads [14][15][16][17] to
make use of these wires.

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TIPS & TROUBLESHOOTING
If run into any trouble, please check your setup according to following checklist:
1. Double check all cables and connections.
2. Double check any soldered connections.
3. Double check the network cable pinout and crimped connectors.
4. Is the C4 controller powered correctly?
5. Are the LEDs powered correctly?
6. Are all power supplies connected correctly to your mains power supply?
7. Are the power and data LED indicators lit on the PxLNet Transceiver?
8. Are the C4 controller inputs and outputs congured correctly?
• Ensure that the correct IC/SPI protocol is congured.
• Ensure that input and output match the system setup. Use the highlight option to test
the outputs.
9. Is your C4 network setup done correctly?
• Prevent IP Address conicts
• Make sure that the subnet mask is set correctly and that all IP addresses are set within
the appropriate range.
• Refer to further troubleshooting tips in the C4 Controller user manual.
10. Is the C4 controller output terminal ground (DC-) connected to the grounds of all the LED
product power supplies? The grounds run through the network cables.
11. Is the Rx/Tx jumper installed or removed correctly?
GENERAL INFORMATION
ONLINE RESOURCES
For technical specications, latest documentation, manuals, product information and further
support please visit www.digidot.eu.
REMARKS
We’ve taken great care in writing this manual. However, if you encounter any discrepancies
or something isn’t clear, please contact us. This manual and function-specic instructions are
based on rmware and interface versions mentioned in the ‘Manual version’ section.

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COMPLIANCES & EU DECLARATION OF CONFORMITY
This product was designed and produced by DiGidot Technologies B.V., Amsterdam, The Netherlands.
CE MARKING
DiGidot Technologies BV hereby declares that this product complies with and was tested according to all
essential requirements of all relevant CE directives.
WARRANTY
This product has a carry-in manufacturer’s warranty of 1 year which covers any design faults, production
faults and component failures. Warranty is void if the product was installed or used incorrectly or not in
accordance with this manual, and/or if the product was damaged due to external factors, modied or
electrically overloaded. Warranty conditions of DiGidot Technologies B.V. apply. Warranty claims must be
issued by email to [email protected].
DISPOSAL AND RECYCLING
This product should not be disposed of with other household waste. When you decide to dispose of this
product and/or its battery, obey local environmental and recycling regulations.
FEEDBACK
Tell us all about your experience with PxLNet! The continuous development of this control platform is only possible thanks to
feedback from our users. If you have any suggestions, please contact us by email: [email protected].
IMPRINT
DiGidot Technologies BV Valschermkade 27-28 1059 CD Amsterdam The Netherlands
Phone: [phone]
[email protected] www.digidot.eu
Chamber of commerce registration: 67637825
VAT identication no.: NL857103581B01
Managing director: Stefan Verhoef
COPYRIGHT
© 2021 DiGidot Technologies BV. All rights reserved.
Errors and omissions excepted. The information in this document is subject to change at any time without prior notice. Visit
our digidot.eu for the most recent version of this document. It’s not allowed to copy or reproduce, translate or publish the
information within this document without prior written approval from DiGidot Technologies BV.
DISCLAIMER
Acolyte and DiGidot Technologies B.V. cannot be held liable for improper handling, product installation, usage or storage.
Acolyte and DiGidot Technologies B.V. explicitly reject any form of liability claims in advance, whether it concerns direct
or indirect disadvantages, damage, injuries, loss of income or other nancial, materialistic or personal consequences that
are directly or indirectly caused by use of this product or its owner or user. Any form of intended or unintended misuse of
this information and/or Acolyte and DiGidot products indemnies Acolyte and DiGidot Technologies B.V. from liability and
warranty obligations.
1 Yr