Enttec OCTO MK2 User manual

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OCTO MK2 –User Manual
8 universe eDMX to LED pixel controller with network chaining in a compact 4-module DIN-rail form factor.
ENTTEC’s OCTO is a robust and reliable installation
grade LED controller engineered to take any
architectural, commercial or entertainment project
to the next level.
With 8 universes of eDMX to pixel protocol
conversion and network chaining between devices,
the OCTO allows for fast deployment of LED strips
and pixel dot systems with compatibility with over
20 protocols.
The OCTO is packed with installer-friendly features
such as an identify button to check correct wiring,
temperature monitoring, a wide input voltage range
(5-60VDC) and intuitive configuration and
management through its localhost web interface. All
contained within a slim electrically isolated 4 DIN
form factor.
Its inbuilt Fx engine allows users to edit and create
presets, using the OCTO’s web interface that can be
configured to run standalone at power up without a
DMX source.
Features
Two * 4-universe pixel outputs with Data and
Clock support.
Support for up to 8 universes of Art-Net, sACN,
KiNet and ESP.
Easily extendable network - daisy chain
ethernet connection through multiple devices.
DHCP or Static IP address support.
Multiple pixel protocols supported, see:
www.enttec.com/support/supported-led-pixel-
protocols/.
Surface or TS35 DIN rail mounting option.
Intuitive device configuration and updates
through the inbuilt web interface.
Test/Reset button allows installers to quickly
check wiring is correct without requiring a
network connection.
Simple Fx generator mode to create and
execute preset effects on the fly, configurable
to play from power up.
Grouping functionality to reduce input channel
count.

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Content
Safety............................................................................................................................................................................................................................3
Electrical safety.............................................................................................................................................................................................................................3
System Planning and Specification ...................................................................................................................................................................................3
Protection from Injury During Installation.....................................................................................................................................................................4
Installation Safety Guidelines...............................................................................................................................................................................................4
Physical Dimensions.............................................................................................................................................................................................4
Wiring Diagrams......................................................................................................................................................................................................5
Mounting Options...................................................................................................................................................................................................6
Functional features...............................................................................................................................................................................................7
Hardware features.................................................................................................................................................................................................7
LED status indicator...................................................................................................................................................................................................................7
Identify / Reset button.............................................................................................................................................................................................................8
Out of the Box......................................................................................................................................................................................................... 8
Networking................................................................................................................................................................................................................ 8
Web Interface...........................................................................................................................................................................................................9
Top Menu .........................................................................................................................................................................................................................................9
Home................................................................................................................................................................................................................................................10
Settings...........................................................................................................................................................................................................................................10
Direct................................................................................................................................................................................................................................................ 11
Group pixels..................................................................................................................................................................................................................................12
DMX start address .....................................................................................................................................................................................................................12
Standalone....................................................................................................................................................................................................................................13
Show options – Activating a standalone effect.........................................................................................................................................................13
Creating a standalone effect ...............................................................................................................................................................................................13
Editing a standalone effect ..................................................................................................................................................................................................16
Deleting a standalone effect...............................................................................................................................................................................................17
Copying a standalone show.................................................................................................................................................................................................17
Importing and exporting a standalone list..................................................................................................................................................................17
Network stats...............................................................................................................................................................................................................................18
Updating firmware....................................................................................................................................................................................................................19
Reset to factory defaults........................................................................................................................................................................................................19
Tips and guidelines.................................................................................................................................................................................................................20
Servicing, Inspection & Maintenance.........................................................................................................................................................21
Cleaning..........................................................................................................................................................................................................................................21
Package Contents................................................................................................................................................................................................ 22
Revision update................................................................................................................................................................................................... 22
Ordering Information........................................................................................................................................................................................ 22

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Safety
Ensure you are familiarized with all key information within this guide and other relevant ENTTEC
documentation before specifying, installing, or operating an ENTTEC device. If you are in any doubt about
system safety, or you plan to install ENTTEC device in a configuration that is not covered within this guide,
contact ENTTEC or your ENTTEC supplier for assistance.
ENTTEC’s return to base warranty for this product does not cover damage caused by inappropriate use,
application, or modification to the product.
Electrical safety
This product must be installed in accordance with applicable national and local electrical and
construction codes by a person familiar with the construction and operation of the product and the
hazards involved. Failure to comply with the following installation instructions may result in death or
serious injury.
Do not exceed the ratings and limitations defined in the product datasheet or this document. Exceeding
can cause damage to the device, risk of fire and electrical faults.
Ensure that no part of the installation is or can be connected to power until all connections and work
is complete.
Before applying power to your installation, ensure your installation follows the guidance within this
document. Including checking that all power distribution equipment and cables are in perfect condition
and rated for the current requirements of all connected devices and factor in overhead and verify that
it is appropriately fused and voltage is compatible.
Remove power from your installation immediately if accessories power cables or connectors is in any
way damaged, defective, shows signs of overheating or are wet.
Provide a means of locking out power to your installation for system servicing, cleaning and
maintenance. Remove power from this product when it is not in use.
Ensure your installation is protected from short circuits and overcurrent. Loose wires around this device
whilst in operation, this could result in short circuiting.
Do not over stretch cabling to the device’s connectors and ensure that cabling does not exert force on
the PCB.
Do not ‘hot swap’ or ‘hot plug’ power to the device or its accessories.
Do not connect any of this devices V- (GND) connectors to earth.
Do not connect this device to a dimmer pack or mains electricity.
System Planning and Specification
To contribute to an optimal operating temperature, where possible keep this device out of direct
sunlight.
Pixel data is unidirectional. Ensure that your OCTO is connected to your pixel dots or tape in a way that
ensures data is flowing from the OCTO to the ‘Data IN’ connection of your pixels.
The maximum recommended cable distance between the OCTO’s data output and first pixel is 3m
(9.84ft). ENTTEC advises against running data cabling close to sources of electromagnetic interference
(EMF) i.e., mains power cabling / air conditioning units.
This device has an IP20 rating and is not designed to be exposed to moisture or condensing humidity.
Ensure this device is operated within the specified ranges within its product datasheet.

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Protection from Injury During Installation
Installation of this product must be performed by qualified personnel. If ever unsure always consult a
professional.
Always work with a plan of the installation that respects all system limitations as defined within this
guide and product datasheet.
Keep the OCTO and its accessories in its protective packaging until final installation.
Note the serial number of each OCTO and add it to your layout plan for future reference when servicing.
All network cabling should be terminated with an RJ45 connector in accordance with the T-568B
standard.
Always use suitable personal protective equipment when installing ENTTEC products.
Once installation is completed, check that all hardware and components are securely in place and
fastened to supporting structures if applicable.
Installation Safety Guidelines
The device is convection cooled, ensure it receives sufficient airflow so heat can be dissipated.
Do not cover the device with insulating material of any kind.
Do not operate the device if the ambient temperature exceeds that stated in the device specifications.
Do not cover or enclose the device without a suitable and proven method of dissipating heat.
Do not install the device in damp or wet environments.
Do not modify the device hardware in any way.
Do not use the device if you see any signs of damage.
Do not handle the device in an energized state.
Do not crush or clamp the device during installation.
Do not sign off a system without ensuring all cabling to the device and accessories has been
appropriately restrained, secured and is not under tension.
Physical Dimensions

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Wiring Diagrams
Locate the OCTO and PSU as close as possible to the first pixel in your chain to reduce the impact of
voltage drop.
To reduce the likelihood of voltage or Electro Magnetic Interference (EMI) being induced on the control
signal lines, where possible, run control cabling away from mains electricity or devices that produce high
EMI, (i.e., air conditioning units). ENTTEC recommends a maximum data cable distance of 3 meters. The
lower the cable distance, the lower the impact of voltage drop.
To ensure a reliable connection, ENTTEC recommends the use of cable ferrules for all stranded cables
connected to the OCTO’s screw terminals.

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Mounting Options
Note: The surface mount tabs have been designed to hold the weight of the OCTO only, excess force by
caused by cable strain can cause damage.

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Functional features
The OCTO supports the following input protocols:
□Art-Net
□Streaming ACN (sACN)
□KiNET
□ESP
The OCTO is compatible with synchronous and asynchronous pixel protocols. For the latest list please
refer to: www.enttec.com/support/supported-led-pixel-protocols/.
RGB, RGBW and White Pixel Order support
User-friendly interface to create and execute live effects on the fly.
Save effects to play from power up.
Maximum output refresh rate is 46 frames per second.
Hardware features
Electrically insulated ABS plastic housing.
Forward facing LED status indicator.
Identify / Reset button.
Pluggable terminal blocks.
Link & Activity LED indicator built into each RJ45 port.
Easily extendable network – daisy chain up to 8 units if the output is in direct mode to ensure sync
between pixels. If using in Standalone mode, a maximum of 50 devices can be linked per chain.
Surface mount or TS35 DIN mount (using provided DIN Clip accessory).
Flexible wiring configuration.
35mm DIN rail accessory (included in packaging).
LED status indicator
The LED status indicator can be used to determine the OCTO’s current state. Each state is as follows:
LED Color
OCTO Status
White (static)
Idle
Flashing Green
Direct mode data receiving
Black over White
Standalone mode
Red over Green
Multiple merge sources
Purple
IP conflict
Red
Device in boot / error

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Identify / Reset button
As the name suggests, this button can be used to either:
Identify pixels connected to a specific OCTO without the need to provide control data.
When the button is pressed in standard operation, all 8 output universes are set to output the highest
value (255) for 10 seconds before resuming their previous state. This is a good test to ensure all outputs
are connected and working as intended.
Node: The timer will not restart when pressed consecutively.
Reset the OCTO (Refer to the Reset OCTO section of this document).
Out of the Box
The OCTO will be set to a DHCP IP address as default. If the DHCP server is slow to respond, or your network
does not have a DHCP server, the OCTO will fall back to the Static IP address which will be 192.168.0.10 as
default. By default the OCTO will convert 4 Universe of Art-Net to the WS2812B protocol on each of the
OCTO’s Phoenix Connector ports. Port 1 will output Art-Net universe’s 0 to 3 and Port 2 will output Art-Net
universe’s 4 to 7.
Networking
The OCTO can either be configured to be a DHCP or Static IP address.
DHCP: On power up and with DHCP enabled, if the OCTO is on a network with a device/router with a DHCP
server, the OCTO will request an IP address from the server. If the DHCP server is slow to respond, or your
network does not have a DHCP server, the OCTO will fall back to the Static IP address. If a DHCP address is
provided, this can be used to communicate with the OCTO.
Static IP: By default (out of the box) the Static IP address will be 192.168.0.10. If the OCTO has DHCP disabled
or if the OCTO falls back to the Static IP address after being unable to find a DHCP server, the Static IP
address given to the device will become the IP address to communicate with the OCTO. The fall-back
address will change from the default once it’s modified in the web interface.
Note: When configuring multiple OCTO’s on a Static network; to avoid IP conflicts, ENTTEC recommends
connecting one device at a time to the network and configuring an IP.
If using DHCP as your IP addressing method, ENTTEC recommends the use of the sACN protocol, or Art-
Net Broadcast. This will ensure that your DIN ETHERGATE continues to receive data if the DHCP server
changes it’s IP address.
ENTTEC does not recommend unicasting data to a device with it’s IP address set through DHCP server
on long term installations.

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Web Interface
Configuring the OCTO is done through a web interface which can be brought up on any modern web browser.
Note: A Chromium based browser (i.e. Google Chrome) is recommended for accessing the OCTO’s web
interface.
Note: As the OCTO is hosting a web server on the local network and does not feature an SSL Certificate
(used to secure online content), the web browser will display the ‘Not secure’ warning, this is to be
expected.
Identified IP address: If you are aware of the OCTO’s IP address (either DHCP or Static), then the address
can be typed directly into the web browsers URL field.
Unidentified IP address: If you are not aware of the OCTO’s IP address (either DHCP or Static) the following
discovery methods can be used on a local network to discover devices:
An IP scanning software application (i.e. Angry IP Scanner) can be run on the local network to return a
list of active devices on a local network.
Devices can be discovered using Art Poll (i.e. DMX Workshop if set to use ArtNet).
The device Default IP address will be printed on the physical label on the rear of the product.
ENTTEC free NMU (Node Management Utility) software for Windows and MacOS (support up to Mac OSX
10.11), which will Discover ENTTEC devices on the Local Area Network, displaying their IP addresses before
opting to Configure the device, opening the Web Interface. Note: The OCTO is supported by NMU V1.93
and above.
Note: The eDMX protocols, the controller and the device using to configure the OCTO must be on the same
Local Area Network (LAN) and be within the same IP address range as the OCTO. For example, if your OCTO
is on Static IP address 192.168.0.10 (Default), then your computer should be set to something such as
192.168.0.20. It is also recommended that all devices Subnet Mask are the same across your network.
Top Menu
The top menu allows all the OCTO web pages to be accessed. Menu option is highlighted blue to indicate
which page the user is on.
The web interface shows the word Direct or Standalone depending on the mode the device is in, as
displayed in the images below:

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Home
The Home tab displays the following information:
DHCP status – (either enabled /
disabled).
IP address.
Netmask.
Gateway.
Mac Address.
Link Speed.
Node Name.
Firmware version on device.
System uptime.
Input protocol set on device.
Output LED protocol set on device.
Personality.
Settings
The Settings page allows a user to do the following:
Change a device name for identification.
Enable/disable DHCP.
Specify static network settings.
Set the output LED Protocol.
Set the number of mapped pixels.
Configure how colors are mapped to pixels
through the Pixel Order function.
Reset to factory defaults.
Reboot the device.

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Direct
Direct mode can be activated by clicking on the ‘Use Direct mode’ button on the Direct page as shown in
the image below.
When activated, the word Direct will be displayed next to the ENTTEC logo.
DMX protocols
KiNET
Supported commands:
Discover device.
Discover ports on device.
Change device name.
Change device IP.
Portout commands.
DMX out commands.
KGet Command:
□KGet Subnet Mask.
□KGet Gateway.
□KGet port universe (port 1 and 2).
□KSet commands.
□KSet Subnet Mask.
□KSet Gateway.
□KSet port universe (port 1 and 2).
□KSet device to boot.
Art-Net
Supports Art-NET 1/2/3/4. Each output port can be assigned a start universe in the range 0 to 32764.
sACN
Outputs can be assigned a start universe in the range 1-63996 (when universe/output = 4).
Note: The OCTO supports a maximum of 1 multicast universe with sACN sync. (i.e., all universes set to the
same value)
ESP
Outputs can be assigned a start universe in the range 0-252 (when universe/output = 4). More details of the
ESP protocol can be found at www.enttec.com
Universes/Outputs

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The OCTO converts up to four universes of DMX over Ethernet to pixel data per output.
Both outputs can be specified to use the same universes, e.g., both outputs use universe 1,2,3 and 4.
Each output can also be specified to use its own individual group of
universes, e.g., output 1 uses universes 100,101,102 and 103 however
output 2 uses 1,2,3 and 4.
Only the first universe can be specified; the remaining universes,
second, third and fourth are automatically assigned subsequent
universes to the first one.
Example: If the first universe is assigned 9, the second, third and fourth
universes will be automatically assigned 10, 11 and 12 as shown in the
image below.
Group pixels
This setting allows multiple pixels to be controlled as one ‘virtual pixel’. This reduces the overall amount of
input channels required to control pixel strip or dots.
Example: When ‘group pixel’ is set to 10 on an OCTO connected to a length of RGB pixel strip, by patching a
single RGB pixel within your control software and sending the values to the OCTO, the first 10 LED’s would
respond to it.
Note: The maximum number of physical LED pixels that can be connected to each OCTO is 680 (RGB) or 512
(RGBW). When grouping pixels, the number of control channels required is reduced, this function does not
increase the number of physical LED’s each OCTO can control.
DMX start address
Selects DMX channel number, which controls the first pixel. When the universes/output is more than one,
the DMX start address only applies to the first universe.
However, where it applies, a start address offset may result in the split of a pixel. e.g., R channel in first
universe and GB channels in the seconds universe for a RGB LED.
For ease of pixel mapping, ENTTEC recommend offsetting the DMX start address to a number divisible by
the number of channels per pixel. i.e.:
Increments of 3 for RGB (i.e., 1,4,7, 10)
Increments of 4 for RGBW (i.e., 1,5,9,13)
Increments of 6 for RGB-16 bit (i.e., 1,7,13,19)
Increments of 8 for RGBW-16 bits (i.e., 1,9,17,25)

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Standalone
Standalone is to be used to create a looping effect that
can be played back from the point the OCTO is powered
on. – This can also be of use to test the OCTO’s output
without the need to send eDMX data.
Standalone can be activated by clicking on the ‘Use
Standalone mode’ button as shown below:
When activated, the word Standalone will be displayed
next to the ENTTEC logo.
Note: When operating in Standalone mode:
16Bit protocols are not supported
RGBW tapes are supported but white cannot be controlled.
Show options –Activating a standalone effect
The OCTO allows the control of standalone effects on both outputs. This is controlled by the Show Options
section. Both can be set to output no standalone show:
The outputs can play the same standalone show concurrently:
Or each can be set to output a different show:
Creating a standalone effect
A standalone show can only be created when Standalone mode is activated. Follow the steps below to
create a standalone (effect):
1. Select the next available standalone slot and click on the ‘create’ button.

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2. Select an output to preview the standalone show on by using the check boxes.
3. If the effect previewed is to be preserved, Type in a name and click on ‘Save Effect’ button.
Preview standalone effects
OCTO allows the preview of the standalone. Select the output to preview the standalone as shown in the
previous image.
If two different colour orders e.g.: RGB on output 1 and WWA in output 2 are assigned you can only preview
the effect on one output at a time. If you attempt to preview both outputs the following message is
displayed.
Standalone effects name
Up to 65 characters can be used for a standalone name. All characters are supported except comma (,). The
OCTO does not allow a standalone to be saved with an existing name on the list.
Standalone layers explained
When creating a standalone the light output should be visualized as two layers:
Background (controls shown in red)
Foreground (controls shown in blue)
The OCTO has colour wheel support for RGB pixel strip.
Background
By only enabling the background layer the pixel tape/dots will respond like a standard RGB tape.
The controllers affect the entire length up to the maximum possible pixels (e.g., 680 3-channel pixels).
Foreground
This layer creates effects that overlay on the background colour. The foreground can be:
Set to a constant color.
Dimmed.
Made to strobe.
Set to create patterns.

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Master intensity
Master intensity controls the overall brightness of the output (both for foreground and background). Where:
0 – no LEDs ON.
255 – LEDs on are at full brightness.
Foreground strobe frequency
Controls the time between LED(s) on and off time:
0 – LEDs switch on and off at slowest speed.
255 – LEDs switch on and off at fastest speed.
Foreground strobe duration
Controls the time that the LEDs are on:
Wave function
The foreground layer can be controlled to form patterns of the following wave functions:
Sine wave.
Log wave.
Square wave.
Sawtooth wave.
Rainbow Sine Wave.
Rainbow Log Wave.
Rainbow Square Wave.
Rainbow Sawtooth.
Wave direction
The wave pattern can be set to travel. Wave direction setting determines which way the pattern will travel.
The wave can be set to move:
Forward.
Backward.
Mirror out – pattern travelling out of center.
Mirror in – pattern travelling into center.
DMX fader value
On time
0
Always on
1
Smallest duration
255
Longest duration

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Wave amplitude
This setting determines the brightness of each pixel in a period of the wave.
Wavelength
This setting determines the number of pixels in one period of the wave.
Wave speed
This setting controls the speed at which the wave pattern travels across tape.
Offset
Offset allows the pattern on a port to be delayed.
Editing a standalone effect
The OCTO allows the editing of any saved standalone effect.
Follow the steps below to edit a standalone:
1. Select the standalone to be edited and click on the Edit button.
2. Select an output to preview the standalone on by using the check boxes.
3. Edit the standalone.
4. If the standalone previewed is to be preserved, click on Save Effect button.
DMX fader value
Brightness of pixels per wave
period
0
Vary between 50% and full
255
Vary between off and full on.
DMX fader value
Wavelength
0-1
2 pixels
2-255
Fader Value
DMX fader value
Speed
0
Minimum speed
255
Maximum speed

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Deleting a standalone effect
Select the standalone to be deleted and press on the Delete button.
The standalone selected for each output will continue to play unless it is deleted; in this case, the
standalone directly above will be enabled at the output, which had the deleted show. If there is no
standalone above, no standalone will be output.
If a slot without a standalone is deleted the following message is displayed:
Copying a standalone show
The OCTO allows the copying of any saved standalone effect.
Follow the steps below to copy a standalone effect:
1. Select the effect to be copied and click on Copy button.
2. Provide a new name for the copied standalone effect.
Note: The OCTO does not permit shows to be saved with the same name.
Importing and exporting a standalone list
The OCTO allows the import and export of all the standalone shows on the device.
Note: The export file will include a list of all the standalone shows
Please click on Export Effect button to export the standalone shows:
Please click on Import Effect button to import the standalone shows:

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Network stats
The Network page shows statistics for the DMX protocol enabled.
Art-Net
The information provided is:
Poll packets received.
Data packets received.
Sync packets received.
Last IP poll packets were received from.
Last port data received from.
ESP
The information provided is:
Poll packets received.
Data packets received.
Last IP poll packets were received from.
Last port data received from.
sACN
The information provided is:
Data and sync packets received.
Last IP packets were received from.
Last port data received from.
KiNET
The information provided is:
Total packets received.
Discover supply packets received.
Discover ports packets received.
DMXOUT packets.
KGet packets.
KSet packets.
PORTOUT packets.
Set device name packet received.
Set device IP packet received.
Set universe packets received.
Last IP received from.
Last port data received from.

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Updating firmware
It is strongly recommended that the OCTO is updated with the latest firmware, available on the ENTTEC
website. This firmware can be loaded to the driver through its web interface by carrying out the following
steps:
1. Browse and select the correct firmware version on your PC.
2. Press the Update Firmware button.
Once the firmware update is complete, the device will reboot while the web interface displays the message
shown in the image below:
Reset to factory defaults
Factory resetting the OCTO results in the following:
Resets the device name.
Enables DHCP.
Static IP Address reset (IP address = 192.168.0.10).
Resets the gateway IP.
Netmask is set to 255.0.0.0
Restores standalone shows to factory default.
Direct mode is activated.
Input protocol is set to Art-Net.
LED protocol is set as WS2812B.
Pixel color is set to RGB.
Both ports are set to output 4 universes. The start universe for output 1 & output 2 is set as 0.
Mapped pixels value is set to 680 pixels.
DMX start address is set to 0.
APA-102 global intensity set to maximum.

OCTO MK2 (71521)
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USER MANUAL
20 |
ID: 5928937
Document Updated: Jan 2022
Using web interface
The reset to defaults command can be found under the Settings tab of the OCTO.
Once the command is pressed, a pop-up would appear as shown in the image below:
Using the reset button
The reset button restores the network configuration of the OCTO to factory defaults:
To reset to factory defaults, the following procedure must be performed:
Power off the unit
Press and hold the Reset button.
While holding the Reset button, power up the unit, and keep holding the button for 3 seconds.
Release the Reset button once the status led starts blinking red.
Tips and guidelines
I’m unable to connect to the OCTO web interface:
Ensure that the OCTO and your computer are on the same subnet
To troubleshoot:
1. Connect the OCTO directly to your computer using a Cat5 cable and power it on.
2. Give your computer a Static IP address (e.g.: 192.168.0.20)
3. Change computer Netmask to (255.0.0.0)
4. Open NMU and select the network adaptor connected to your OCTO.
5. If you have multiple networks (WiFi etc.), please try to disable all other networks except the one OCTO
is connected to.
6. Once NMU finds the OCTO, you will be able to open the device webpage and configure it.
7. Factory Reset the device using the button if following the steps above and navigate to the OCTO’s default
IP if this did not resolve the issue.
Is it possible to run pixel tapes and dots using different protocols and voltages at the same time?
No, only one LED protocol can be selected to drive the output at a given time.
What is the minimum DC voltage for powering the OCTO?
The minimum DC voltage the OCTO requires to run is 4v.