PixLite 16 Long Range Mk2 User Manual
Hardware Rev 1.0 – 1.1

Folasaga

This is the user manual for the PixLite 16 Long Range Mk2 pixel controller , hardware version 1.0 – 1.1.
The PixLite 16 Long Range Mk2 controllers convert E1.31 (sACN) or Art-Net protocols from a lighting console, media server or computer lighting software into various pixel LED protocols.
This controller is designed to overcome distance problems typically encountered when running many pixels from a single location. The PixLite 16 Long Range Mk2 sends differential data signals directly out of the controller which can be transmitted reliably using any standard network cable at distances in excess of 300m (1000’). At the receiver end, the differential signals are then converted back to signals suitable for pixels. This system allows the user to distribute a large number of pixels from a centralized pixel controller easily, without needing to worry about the typical signal degradation problems.
The PixLite 16 Long Range Mk2 features an output capacity of up to 96 universes of multicast/unicast E1.31 or Art-Net data. This, combined with an advanced feature-set and easy-touse configuration software, makes the PixLite 16 Long Range Mk2 an excellent choice for your pixel lighting application.
This manual covers physical aspects of the PixLite 16 Long Range Mk2 controller and its essential setup steps only. Detailed information about its configuration options can be found in the ‘PixLite Configuration Guide’. Other manuals and the PixLite Configuration Guide may be downloaded from here: www.advateklighting.com/downloads

Fa'amatalaga Saogalemu

O le laupapa e sau e lafo i totonu o se ato anti-static ma o loʻo i ai le tele o vaega maaleale eletise i luga. E tatau ona mata'ituina faiga fa'afeagai talafeagai pe a tagofia le laupapa. Mo example, e le tatau ona e nofo i le pule i luga o le kapeta, ma e tatau ona e aloese mai le pa'i atu i vaega i luga o le pule e le tatau ai.

Fa'apipi'i

4.1 – Tuuina Atu Malosiaga
Power to the controller is applied via the power bank screw terminal connector, located on the lefthand edge of the board, as shown in Figure 1 below. It is clearly marked on the PCB with its polarity.
Likewise, power to the receiver board is applied via the large screw terminal connector on the left hand edge of the board labelled ‘Power In’. It is also clearly marked with polarity.
The PixLite 16 Long Range Mk2 transmitter control board requires a voltage of between 5V-24Vdc and a max input current of 1.5A @ 5V.
The Long Range receiver is the board that actually powers the lights and thus requires an appropriate power supply. Voltage to the power input is recommended to be between 5V and 12Vdc . The receiver will operate up to 24Vdc, however attention should be paid to cooling the controller when operating above 12V.
Fa'aaliga: O le matafaioi a le tagata fa'aoga le fa'amautinoa o le sapalai eletise na fa'aaogaina e fetaui ma le voltage o le pixel fixture o loʻo latou faʻaogaina ma e mafai ona tuʻuina atu le aofaʻi saʻo o le mana / taimi nei.
The total maximum current through the receiver is 15A.

4.2 – Receiver Output Fuses
Each individual output is protected by a mini blade fuse. The PixLite 16 Long Range Mk2 receiver comes with 7.5A fuses by default. You may use any value of fuse, up to and including 7.5A, depending on your specific application. Individual outputs should not exceed 7.5A and the total current should not exceed 15A.
4.3 – Transmitter Logic Power
Logic Power is automatically regulated from the power input. Simply connect your power supply of between 5V and 24Vdc to the power screw terminal. The logic circuitry is protected by a 2A mini blade fuse.
4.4 – Pulea Fa'amaumauga
Ethernet data is connected via a standard network cable into the RJ45 Ethernet jack located on the left-hand side of the unit. The controller supports Streaming ACN (sACN / E1.31) or Art-Net data.
4.5 – Fa'amatalaga Fa'amatalaga
The receiver board outputs (RJ45 jacks) are located along the bottom edge of the control board.
There are 8 in total – each one containing 4 differential pairs. The pin-out of the RJ45 jack is shown below. It is not important to understand this diagram for most users, you simply use a standard network cable to connect the transmitter and receiver boards.

4.6 – Fa'afeso'ota'i le Transmitter i Receiver
4.6.1 – Basic Connections
Receivers are connected to the transmitter via the RJ45 jacks along the bottom edge of the control board. Each jack is labelled with its output number 1-8. These ports are not network ports, and should not be connected to any networking equipment. They are specifically designed to connect a PixLite transmitter with a PixLite receiver. For this reason, the standard network cable you use can be safely used in excess of 300m.
O se seti masani o loʻo faʻaalia i le Ata 3 o loʻo i lalo, o loʻo faʻaalia ai foʻi le tele o pika e mafai ona faʻamalo i fafo taʻitasi.

4.7 – Feso'ota'i Pixel LEDs
The pixel lights are connected directly via the 2 pluggable screw terminal connectors on the receivers. Each connector is labelled with its output channel number (1-2) and pin 1 is also clearly marked . Simply wire your lights into each screw terminal and then plug them into the mating sockets.
Lapataiga: It is very important not to short +ve ont o the clock or data lines when using pixels greater than 5V. Note that this can also happen from poor waterproofing when rain shorts the higher voltage i luga o se tasi o na uaea i lau pixels/wiring.
Ole umi ole uaea ile va ole gaioiga ma le pika muamua e le tatau ona sili atu ile 15m.
O le ata 4 o lo'o fa'aalia ai le pine-out o feso'ota'iga pika.

4.8 – Fa'alautele Faiga
If your pixels only use a single data line, you may optionally activate expanded mode on the controller. If using the PixLite 16 Long Range Mk2 with a PixLite T16X-S Mk3, expanded mode must be used, meaning that pixels can only use a single data line. The clock pins are not connected, as per the pintout below. In expanded mode, the clock signals are re-purposed for data signals instead. This means the controller effectively has twice as many pixel outputs (32), but half as many pixels per output can be run.
E mafai ona fesoasoani le fa'alauteleina o le faiga e fa'aopoopo le fetuutuuna'i i totonu o se faiga ona o lo'o tele atu galuega e maua. E mafai fo'i ona fesoasoani e ala i le fa'asalalauina o le aofa'i o pika fa'atonutonu i le tele o galuega, lea e mafai ona fesoasoani e maua ai fua fa'afou maualuga pe a le fa'aogaina pika uati.
O le pine mo le faʻalauteleina o loʻo faʻaalia i le Ata 5 i lalo.

Feso'ota'iga Feso'ota'iga

5.1 – Fa'atulagaina o Fesootaiga

Figure 6 shows a typical network topology for the PixLite 16 Long Range Mk2 controller(s) LAN.
O fa'apipi'i e fa'aaoga ai le multicast sACN o le a fa'amanuiaina mai le fa'aogaina o le IGMP Snooping fa'aogaina mea faigaluega feso'ota'iga pe a tele atu universes multicast i luga ole feso'ota'iga nai lo so'o se PixLite fa'aoga. Afai e sili atu i le 96 universes o multicast sACN i luga o le upega tafailagi ona fa'atulafonoina lea o le IGMP Snooping.
O le i ai o se router i luga o le upega tafailagi e le faʻamalosia ae e aoga mo le faʻatautaia o tuatusi IP ma le DHCP (silasila i le Vaega 5.2.1). Pe a IGMP snooping, e ono manaʻomia foi se router (faʻalagolago i lau faʻaogaina o fesoʻotaʻiga).

I totonu o se faʻapipiʻi faʻapipiʻi e tasi, atonu e sili atu le faʻafesoʻotaʻi saʻo le pule i le masini talimalo, e pei ona faʻaalia i le Ata 7. E le manaʻomia se cable crossover i lenei tulaga, ae mafai ona faʻaaogaina pe a manaʻomia.
E mafai ona tu'u sa'o le pule i so'o se LAN muamua e pei o lau fa'asalalauga, fale po'o le ofisa feso'otaiga, o ata o lo'o i luga e na'o le tu'uina atu e peiamples.

5.2 – Tulaga IP
5.2.1 – Fa'aaogāina ose Router
O lo'o i ai i totonu o routers se DHCP server - o lona uiga latou te ta'u atu i se masini fa'apipi'i i totonu ia i latou le tuatusi IP e fa'aoga, pe a fesiligia.
O le DHCP e mafai lava ona faʻaogaina i luga o le PixLite controller ina ia mafai ona faʻafesoʻotaʻi vave i soʻo se fesoʻotaʻiga o loʻo iai ma se router. Ae ui i lea, atonu e te manaʻo e tuʻuina atu se tuatusi IP faʻamaonia pe a uma ona faʻatūina fesoʻotaʻiga e ala i le Advatek Fesoasoani. Afai o le pule o loʻo i le DHCP mode ma e leʻi tuʻuina atu se tuatusi IP e se server DHCP, o le a faʻagata pe a maeʻa sina taimi puupuu (pe tusa ma le 30 sekone) ma le faʻaogaina i se IP tumau o le '192.168.0.50'.
Afai e mafai ona fa'aogaina le DHCP, o le a moli fa'atasi uma le tulaga ma le eletise se'ia o'o ina maua e le pule se tuatusi IP po'o le taimi e alu ai i lona IP fa'aletonu. A maeʻa lenei mea, o le a tumau le malosi o le LED ma o le a moli le tulaga o le LED, e faʻaalia ai o loʻo i totonu o le taʻavale ma sauni mo le faʻaoga.
Afai e tuʻuina atu se tuatusi IP faʻapitoa i le pule, ona malosi lea o le LED eletise mai le malosi i luga.

5.2.2 – Fa'aaogāina o se Suiga/Sa'o
Atonu e tatau ona faʻafesoʻotaʻi le pule i se fesoʻotaʻiga e aunoa ma se DHCP server poʻo saʻo foi i le masini talimalo nai lo le faʻaaogaina o se router. I lenei tulaga (mo le taimi muamua faʻatulagaina) e te manaʻomia le faʻamautinoaina o le fesoʻotaʻiga fesoʻotaʻiga o lau komepiuta o loʻo seti i le IP laina o le a le mafai e le pule (pule faʻaletonu i le 192.168.0.50). O lona uiga o le IP a lau PC e tatau ona 192.168.0.xxx lea o le xxx o se mea i le va o le 1 ma le 254, e ese mai le 50. O le subnet mask i lau PC e tatau ona seti i le 255.255.255.0.
Fa'aaliga: O le Advatek Assistant software o le a otometi lava ona iloa pe afai e fesoʻotaʻi se pule i le fesoʻotaʻiga, tusa lava pe i fafo atu o le tuatusi IP a le adapter. O le a fa'aosofia oe e sui tulaga IP pe a maua lenei tulaga.
O le taimi lava e mafai ai ona e mauaina ma le manuia le pule i le Advatek Fesoasoani, matou te fautuaina le setiina o le pule i se tuatusi IP tulaga ese nai lo le faaletonu.
Figure 8 shows a screenshot of typical computer network settings to communicate with a PixLite 16 Long Range Mk2 controller for the first time without a router.

5.2.3 – Fa'amalosia le Fa'asinomaga IP Address
Afai e galo ia te oe le IP o se pule ma e le mafai ona e vaʻaia i le Advatek Fesoasoani, e mafai ona faʻamalosi i lona IP le aoga. O se faiga faigofie e mafai ona faʻaaogaina i luga o le eletise:

1. Taofi i lalo le "Factory IP" button i luga o le PCB ma faʻamalosi le pule
2. A mae'a ni nai sekone tatala le faamau. Ole tuatusi IP ole pule ole a 192.168.0.50.

E tatau ona mafai nei ona e setiina le fesoʻotaʻiga fesoʻotaʻiga a lau PC e suʻe ai le pule i lenei IP ma suia le tulaga IP i se tuatusi IP e manaʻomia.

Fa'agaioiga

6.1 – Amataina
Upon applying power, the controller will quickly begin outputting data to the receivers, commanding the pixels to turn off. If no data is being sent to the controller then the pixels will remain turned off until valid data is received. During normal operation, on the controller the green power LED will remain on solid and the red status LED will flash to indicate the controller is running and outputting any received Ethernet data to the receivers.

6.2 – Auina atu Faamatalaga
O faʻamatalaga faʻapipiʻi e lafoina mai le PC / server / faʻamafanafana moli i le pule e ala i Ethernet e faʻaaoga ai le "DMX over IP" protocol e pei ole sACN (E1.31) poʻo Art-Net.
Afai e leai ni fa'amatalaga o lo'o maua mai mo ni nai sekone, e otometi lava le tapeina o pika se'i vagana ua fa'aletonu lena filifiliga i lau fa'atulagaga. Afai e le mafai ona pulea pixels, ia mautinoa ua e filifilia le ituaiga pika IC saʻo i le Advatek Fesoasoani i lalo o le 'LEDs' tab.

6.3 – Galuega Fa'atino
6.3.1 – Pixel Outputs
Each of the 8 controller RJ45 output jacks can drive up to 12 universes of data. This allows for a total of up to 96 universes to be driven out of the one controller (in addition to 4 DMX512 Universe outputs).
Ole fua ole fa'afouina ole pixels ole a fa'alagolago ile fa'agaoioiga ole fa'aogaina ole ituaiga pu'upu'u pika.
Ole maualuga ole saosaoa pika ole a maua ai le maualuga ole fa'afou fua. Pixels e leai se laina uati o le a maualalo le fua fa'afouina pe a fa'aogaina se numera tele o pika i luga o se mea e tasi. E fautuaina e Advatek le faʻaogaina o pika uati i soʻo se taimi e faʻaaoga ai se numera tele o pika faʻasolosolo i luga o soʻo se gaioiga. E masani lava, o le fua fa'afouina e mafai ona ese mai le 20 fps i le pito maualalo i fa'amatalaga na'o pika ma o'o atu i le 100+ fps i le pito maualuga.

6.3.2 - DMX512 Galuega Fa'atino
The PixLite 16 Long Range Mk2 provides 4 DMX512 output s which can be accessed either by pluggable screw terminal connectors or by RJ45 jacks. The hardware layer on which the DMX512 protocol operates is the RS485 electrical  communications standard. This is a differential transmission system consisting of a two-wire differential signal pair and a ground connection.
Ideally the differential signals should be wired into a twisted pair cable. The D+, D- and ground connections are clearly labelled on the PCB for the screw terminal connectors.
O galuega faatino nei e galue o ni galuega ta'ito'atasi DMX512 universe, ma tu'uina atu i le tagata fa'aoga se E1.31 po'o Art-Net i le 4 x DMX512 alalaupapa (fa'aopoopo i galuega masani pika).
O fa'amaumauga fa'ailoga DMX512 o lo'o feso'ota'i fo'i i sockets RJ45 e fa. So'oga osooso i luga o le laupapa (li'o i le Ata 9 i lalo) fa'ataga ta'itasi RJ45 DMX fa'aoga e fa'aoga ai le 'ESTA' uaea po'o le 'LOR' fa'aoga uaea. (O pule uma o loʻo lafoina ma fesoʻotaʻiga i le 'ESTA' configuration.)
Fa'aaliga: E le'o tu'u'ese'ese fa'aeletise galuega fa'atino a le DMX.
O nei feso'ota'iga uma ma so'oga osooso o lo'o i le pito taumatau pito i luga o le pule e pei ona fa'aalia i le Ata 9 i lalo.

Lalo o le RJ45 socket pine-out mo le DMX connectors pe a filifilia le "ESTA" wiring:

Lalo o le RJ45 socket pine-out mo connectors DMX pe a filifilia le uaea "LOR":

6.3.3 – Fa'atupu Fa'aili
O lo'o fa'aalia e le fa'atonu se mea fa'apipi'i fesoasoani e mafai ona fa'aola ai se ili fafo (s) mo le fa'alili o le pa o lo'o fa'apipi'i i totonu, e pei ona fa'aalia i le Ata 12 i lalo. E aoga lenei vaega ina ia mafai ai ona faʻatonutonu le vevela pe a faʻapipiʻi le pule ma se wat maualugatage tu'u fa'atasi le paoa i totonu o se tama'i avanoa pupuni.

Le galuega faatino voltagu o le ili galuega e tutusa ma le voltagu. O lea la, ia fa'aola se ili 12V mo example, e te manaʻomia le faʻaaogaina o le vol. 12Vtagu. E mafai ona tu'uina atu i le 15W le malosi fa'aauau pea ma o lo'o pulea e le PWM. O le gaosiga e puipuia e se fuse la'ititi 3A.
Ole faʻatinoga faʻavae e faʻapea: I le Advatek Fesoasoani, e mafai e le tagata faʻaoga ona seti se vevela faʻamoemoe e le sili atu le pa puipui. O le a otometi lava ona fetu'una'i e le pule le saoasaoa o le ili e fa'atatau i le vevela o lo'o i ai nei e pei ona fuaina e le masini fa'apipi'i vevela i luga o le laupapa.
Mo example, afai e seti le vevela i le 30°C i se taimi a o leʻi oo i lena vevela, o le a faʻapipiʻi e le pule le ili ma lemu r.amp i luga le saoasaoa seia oʻo i le 100% pe a manaʻomia, i se taumafaiga e faʻamautu le vevela pe i lalo ole 30°C. A fa'aitiitia le vevela o le a fa'agesegese le ili. O le a taumafai le pule e fa'atumauina le vevela i lalo ole tulaga fa'atulagaina. Afai o le vevela ua iloa e oʻo atu i le vevela seti, o le a faʻaalia le ili i luga ole 100% ile taimi lea.

6.4 – Mamanu Su'ega Meafaigaluega
The controller features a built- in test pattern to assist in troubleshooting during an installation. To put the controller into this mode, press and hold the ‘Factory IP’ button for 3 seconds (after the controller is already running) or turn it on remotely from the “Test” tab in the Advatek Assistant.
The controller will then enter the test pattern mode, where different test patterns are available as described in the table below. The pattern will display the test pattern on all pixels on each of the pixel outputs and any enabled DMX512  outputs simultaneously . Pressing the ‘ Factory IP ‘ button while in test mode will move through each of the patterns successively in one continuous loop.

Su'ega	Fa'agaioiga
	O le a otometi lava ona taamilo i le lanu mumu, lanumeamata, lanumoana ma le paʻepaʻe i taimi tumau. O le oomiina o le faamau e alu i le isi faiga.
	Mūmū Malosi
	Malosi lanumeamata
	Blue Malosi
	Pa'epa'e Malosi
	O le a fa'agasolo malie atu fa'aulufale i se fa'agasologa atoa o le fa'agasologa o lanu. O le oomiina o le ki o le a toe fa'afo'i atu i le fa'ata'ita'iga fa'ata'amilosaga lanu lanu.

Ina ia alu ese mai le su'ega faiga oomi ma taofi le 'Factory IP' faamau i lalo mo le 3 sekone ona tatala lea.
O le su'ega o meafaigaluega e mana'omia ai le fa'atulagaina sa'o o le ituaiga pu'e aveta'avale pika ma le aofa'i o pika i le galuega fa'atino i le Advatek Fesoasoani. I lenei auala e mafai ai ona e suʻeina pe saʻo lena vaega o lau faʻatulagaga ma faʻateʻaina isi faʻafitauli faʻafitauli i le itu o faʻamatalaga Ethernet ulufale mai.

Faʻalauiloa Firmware

E mafai e le pule ona fa'afouina lana firmware (polokalame fou). E masani ona faia se fa'afouga e fa'aleleia ai fa'afitauli po'o le fa'aopoopoina o foliga fou.
To perform a firmware update, ensure that you have your PixLite 16 Long Range Mk2 controller connected to the LAN network as per Section 5.1.
O loʻo maua le firmware fou mai le Advatek webnofoaga i le sootaga lea: www.advateklighting.com/downloads
Le download file o le a teuina i se ".zip", lea e tatau ona aveese mai. Le ".hex" file o le file e manaʻomia e le pule.

7.1 – Fa'atinoina o se Fa'afouga Fa'ata'atia

1. Tatala le Advatek Fesoasoani. Kiliki "Su'esu'e" ma o le taimi lava e aliali mai ai le pule mana'omia i le faamalama autu, faalua ona kiliki i luga.
2. O le a aliali mai se fa'amalama fa'atulagaina. Kiliki i luga o le "Misc" tab ona suʻe lea o le "Update Firmware" button ma kiliki i luga. O le a aliali mai se faʻamalama "faʻafouina firmware", e pei ona faʻaalia i le Ata 13 i lalo. Kiliki "su'esu'e" e su'e le firmware file e te mana'o e fa'aoga.
3. Kiliki i luga o le "update" button.
4. A mae'a loa le fa'afouga, o le a oso a'e se pusa fe'au fai mai ua mae'a manuia.
5. Ole pule ole a otometi lava ona toe faʻafou ia lava ona amata loa lea ona faʻagaoioia le polokalama firmware fou.

Afai ei ai se mea sese i le firmware fou, toe fai le faagasologa pe afai o loʻo vaaia pea i le faʻaogaina o le faʻaogaina. A leai, va'ai ile fa'afitauli ile Vaega 9 mo nisi fa'amatalaga.

7.2 – Faia o le Toe Fa'afouina Firmware Update
I se taimi e le masani ai e faʻafeiloaʻi e le pule se mea sese i lana firmware, e mafai ona faia se faʻafouga firmware toe faʻaleleia. Atonu e mana'omia lenei mea pe a le manuia le fa'afouina o le firmware i le Vaega 7.1.

1. Malo i lalo le pule ma taofi i lalo le "Bootloader" faamau.
2. Fa'aaoga le mana. O le tulaga ma le malosi o le LED e tatau ona emo fa'asolosolo e ta'u mai ai o lo'o i totonu le fa'atonu o lo'o i totonu o le faiga fa'a-bootloader. Ua sauni nei mo se fa'afouga firmware.
   Ole pule ole a fa'aletonu ile tuatusi IP ole 192.168.0.50 i lenei faiga, o lea e tatau ai ona e mautinoa o lau PC o loʻo faʻatinoina le toe faʻaleleia o loʻo i luga o se fesoʻotaʻiga ile tuatusi tuatusi tutusa ma lenei tuatusi IP (eg 192.168.0.10).
3. Faʻaaogaina le Advatek Fesoasoani, kiliki suʻesuʻe i le faamalama autu ma e tatau ona e vaʻai i le pule o loʻo faʻaalia ma le "Bootloader" i le koluma firmware. O le kiliki faalua i luga o le a maua ai le file su'e le faamalama e pei ona faaalia i le Ata 13 i luga.
4. Kiliki su'esu'e e su'e le firmware file.
5. Kiliki ile fa'afou fa'amau. O le fa'afouga e na'o le 5 sekone, ma o le a oso a'e se pusa fe'au pe a mae'a le fa'afouga.
6. Ua tatau nei ona fa'agaoioi le pule fa'atasi ma le firmware fou.

Fa'amatalaga

8.1 – Fa'amatalaga Fa'atino
The table below specifies the recommended operating conditions for a PixLite 16 Long Range Mk2 controller.

Parameter	Taua/Vaega	Iunite
Voltagu lautele	5-24	V DC
Recommended Receiver Voltagu lautele	5-12	V DC
Absolute Max Receiver Voltage1	24	V DC
Max Current Per Receiver	15	A
Max Logic Fa'atauga i le taimi nei @ 5V	1200	mA
Fa'aili Avanoa Max Malosi	15	W
Fautuaina Temperature Ambient2	-20 i le +50	°C
Maua'i Maualuluga vevela o vaega PCB	-40 i le +80	°C
Maximum Current Per Receiver Pixel Output	7.5	A

1. Active cooling is highly recommended.
2. Na'o le tapula'a fautuaina, o le vevela o vaega e tatau ona tausia i totonu o latou fa'atonuga aupito maualuga. E fautuaina le mataituina o le vevela o vaega ma le Advatek Assistant software.

8.2 – Fa'amatalaga Fa'ainisinia
The control board ( Figure 14 ) and receiver board ( Figure 15 ) dimensions and locations of all mounting holes are shown below.

Fa'afitauli

E masani lava, o faʻafitauli e manaʻomia le vaʻavaʻai i LED i luga o le laupapa pule.
9.1 – Fa'ailoga LED
Fa'amolemole va'ai le laulau o lo'o i lalo mo fa'ailoga tulaga mo le tulaga o lo'o i luga ole va'a ma moli eletise.

LED tulaga (Mula)	LED Malosi (Munumeamata)	Tulaga
Emo	Malosi	Fa'agaioiga masani, Talosaga autu o lo'o lelei
Emo lemu	Malosi	Fa'ata'ita'iga faiga
Emo fa'atasi	Emo fa'atasi	Su'e le tuatusi IP (DHCP Mode)
Malosi	Malosi	Le fa'aoga autu e le o ta'avale
Tape	Malosi	Le fa'aoga autu e le o ta'avale
Malosi	Tape	Le fa'aoga autu e le o ta'avale
Su'i emo	Su'i emo	Faiga fa'apipi'i
Tape	Tape	Leai se mana

Fa'amolemole va'ai i le laulau o lo'o i lalo mo fa'ailoga tulaga mo fa'amalama tulaga o le Ethernet jack.

So'oga LED (Munumea)	Fa'amatalaga LED (Samasama)	Tulaga
Malosi	Emo	Feso'ota'i lelei, maua fa'amaumauga
Malosi	Tape	Feso'ota'i lelei, leai se fa'amatalaga
Tape	Tape	Leai se so'oga fa'amauina

9.2 - Leai se Power / Tulaga LED
Ia mautinoa o lo'o sa'o le sapalai o lau paoa voltage pei o le Vaega 4.1. E le gata i lea, ia mautinoa e mafai ona lava le taimi e ave ai moli o loʻo fesoʻotaʻi. E tatau foi ona e taumafai e motusia le pixel output s ma vaai pe o le pule e ki. Afai e sa'o le mana tu'u mai, taumafai e fai se fa'afouga fa'afouina firmware e pei o le Vaega 7.2.
9.3 - Leai se Pulea Pixel
Check that the correct pixel IC type has been configured . Also check the physical wiring and pinout of the pixels, as well as the output fuses on the receiver.
9.4 – Isi Mataupu
Siaki le faʻailoga o le LED e tusa ai ma le Vaega 9.1. Afai e le mafai lava e le masini ona faʻatino e pei ona faʻamoemoeina, fai se toe setiina ole fale gaosimea ile masini e pei ole Vaega 9.5 i lalo. Mo faʻamatalaga lata mai, ma fautuaga faʻapisinisi, e mafai ona e vaʻai ia matou taʻiala i luga ole laiga iinei: www.advateklighting.com/blog/guides
O le ae mauaina faʻamatalaga i le pulega ma le faʻatulagaina o le masini i le PixLite Configuration Guide: www.advateklighting.com/downloads/user-manuals/pixlite-configuration-guide
Mo so'o se isi fesili, e mafai ona e fa'afeso'ota'i le matou 'au lagolago ile so'otaga i lalo: www.advateklighting.com/contact
support@advateklighting.com

9.5 – Toe Seti i Faiga Falegaosimea
Ina ia toe setiina le pule i ona tulaga faaletonu falegaosimea, fai mea nei:

1. Malo i lalo le pule.
2. Taofi i lalo le "Factory IP" button MA le "Bootloader" button faʻatasi.
3. Malosi le pule.
4. Fa'atali mo LED uma e 'emo fa'atasi.
5. Tatala faamau uma ma le malosi i lalo.
6. Malosi le pule. O le a iai nei le fa'atonuga o le fale gaosimea.

Fa'ailoga

Afai e te mana'omia le lagolago po'o le saisai, fa'amolemole fa'afeso'ota'i le Vaega 9.4 mo fa'amatalaga ile faia o se pepa lagolago. E tatau ona tu'uina atu ia te oe se fa'atagaga toe fa'afo'i mai e le aufaigaluega lagolago a Advatek a'o le'i toe fa'afo'i so'o se oloa.
The PixLite 16 Long Range Mk2 controller and receivers are supplied with a 3-year limited warranty and a repair/replacement guarantee. Please see the terms and conditions on our web'upega tafaʻilagi mo nisi faʻamatalaga.
Art-Net™ Fa'atulagaina e ma Puletaofia Artistic License Holdings Ltd.
O lenei oloa na gaosia e:
Advatek Lighting Pty Ltd
U1, 3-5 Gilda Court
Mulgrave, 3170
VIC, AUSTRALIA

www.advateklighting.com
PixLite 16 Long Range Mk2 User Manual V20250606

Pepa / Punaoa

ADVATEK PixLite 16 Long Range Mk2 Pixel Controller [pdf] Tusi Taiala Hardware Rev 1.0, Hardware Rev 1.1, PixLite 16 Long Range Mk2 Pixel Controller, PixLite 16 Long Range Mk2, Pixel Controller, Controller

Fa'asinomaga

• Tusi Taiala