[{"data":1,"prerenderedAt":1383},["ShallowReactive",2],{"navigation_docs_en":3,"-en-articles-klstr-nano-plug-in-integration":188,"-en-articles-klstr-nano-plug-in-integration-surround":1378},[4,22,40,54,72,125,143],{"title":5,"icon":6,"path":7,"stem":8,"children":9,"page":21},"Getting Started","i-lucide-rocket","\u002Fen\u002Ftutorials","en\u002F1.tutorials",[10,13,17],{"title":5,"path":11,"stem":12},"\u002Fen\u002Ftutorials\u002Fgetting-started","en\u002F1.tutorials\u002F1.getting-started",{"title":14,"path":15,"stem":16},"Setup KLSTR.one","\u002Fen\u002Ftutorials\u002Fsetup-klstr-one","en\u002F1.tutorials\u002F2.setup-klstr-one",{"title":18,"path":19,"stem":20},"Setup KLSTR.nano","\u002Fen\u002Ftutorials\u002Fsetup-klstr-nano","en\u002F1.tutorials\u002F3.setup-klstr-nano",false,{"title":23,"icon":24,"path":25,"stem":26,"children":27,"page":21},"KLSTR.one","i-lucide-cpu","\u002Fen\u002Fklstr-one","en\u002F2.klstr-one",[28,32,36],{"title":29,"path":30,"stem":31},"KLSTR.one 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Questions","\u002Fen\u002Ffaq\u002Fgeneral","en\u002F5.faq\u002F1.general",{"title":136,"path":137,"stem":138},"Connectivity","\u002Fen\u002Ffaq\u002Fconnectivity","en\u002F5.faq\u002F2.connectivity",{"title":140,"path":141,"stem":142},"Troubleshooting","\u002Fen\u002Ffaq\u002Ftroubleshooting","en\u002F5.faq\u002F3.troubleshooting",{"title":144,"icon":145,"path":146,"stem":147,"children":148,"page":21},"Articles","i-lucide-newspaper","\u002Fen\u002Farticles","en\u002F6.articles",[149,153,157,161,165,169,173,177,181,185],{"title":150,"path":151,"stem":152},"Overview","\u002Fen\u002Farticles\u002Foverview","en\u002F6.articles\u002F0.overview",{"title":154,"path":155,"stem":156},"KLSTR Integration Guide for Fixture Manufacturers","\u002Fen\u002Farticles\u002Fintegration-guide","en\u002F6.articles\u002F1.integration-guide",{"title":158,"path":159,"stem":160},"RDM Protocol Reference for KLSTR.one","\u002Fen\u002Farticles\u002Frdm-protocol","en\u002F6.articles\u002F2.rdm-protocol",{"title":162,"path":163,"stem":164},"KLSTR.one Provisioning Guide","\u002Fen\u002Farticles\u002Fklstr-one-provisioning","en\u002F6.articles\u002F3.klstr-one-provisioning",{"title":166,"path":167,"stem":168},"KLSTR.one Integration Guide","\u002Fen\u002Farticles\u002Fklstr-one-plug-in-integration","en\u002F6.articles\u002F4.klstr-one-plug-in-integration",{"title":170,"path":171,"stem":172},"KLSTR.nano Provisioning Guide","\u002Fen\u002Farticles\u002Fklstr-nano-provisioning","en\u002F6.articles\u002F5.klstr-nano-provisioning",{"title":174,"path":175,"stem":176},"KLSTR.nano Plug-In Integration","\u002Fen\u002Farticles\u002Fklstr-nano-plug-in-integration","en\u002F6.articles\u002F6.klstr-nano-plug-in-integration",{"title":178,"path":179,"stem":180},"Hello","\u002Fen\u002Farticles\u002Fhello","en\u002F6.articles\u002F7.hello",{"title":182,"path":183,"stem":184},"TestNew file","\u002Fen\u002Farticles\u002Fiwantmd","en\u002F6.articles\u002Fiwantmd",{"title":182,"path":186,"stem":187},"\u002Fen\u002Farticles\u002Ftestnew","en\u002F6.articles\u002Ftestnew",{"id":189,"title":174,"body":190,"description":1371,"extension":1372,"links":1373,"meta":1374,"navigation":1375,"path":175,"seo":1376,"stem":176,"__hash__":1377},"docs_en\u002Fen\u002F6.articles\u002F6.klstr-nano-plug-in-integration.md",{"type":191,"value":192,"toc":1353},"minimark",[193,197,201,206,210,213,216,219,236,240,243,246,249,252,256,261,264,284,287,290,293,318,374,378,383,386,448,452,455,515,519,522,525,594,598,1070,1074,1077,1102,1106,1277,1281,1284,1287,1296,1299,1303],[194,195,196],"p",{},"By KLSTR Engineering · 2026-03-26 KLSTR.nano Plug-In Integration integration hardware manufacturer",[198,199,174],"h1",{"id":200},"klstrnano-plug-in-integration",[202,203,205],"h2",{"id":204},"plug-in-version-2x","Plug-In Version 2.x",[202,207,209],{"id":208},"introduction","Introduction",[194,211,212],{},"The KLSTR.nano module is a System-On-Module (SOM) that contains the microprocessor, RS485 drivers, memory, encryption and power components. This drop-in board contains all necessary interconnections on 2× 20-pin 2.54 mm pin headers.",[194,214,215],{},"This document covers the integration of the KLSTR.nano and should act as a reference for implementing the module at hardware level.",[194,217,218],{},"There are multiple hardware integrations available:",[220,221,222,230],"ul",{},[223,224,225,229],"li",{},[226,227,228],"strong",{},"Standalone:"," KLSTR.nano — details covered inside this document.",[223,231,232,235],{},[226,233,234],{},"Dual Mode:"," KLSTR.nano + KLSTR.one — KLSTR.nano acts as a communication bridge between KLSTR.one and the host CPU. This integration is covered in the KLSTR.one documentation.",[202,237,239],{"id":238},"about-klstrnano","About KLSTR.nano",[194,241,242],{},"KLSTR.nano is a revolutionary solution for the lighting industry, addressing the limitations and drawbacks of current DMX technology. Unlike traditional DMX setups that suffer from systemic failures, KLSTR.nano employs a small and low-cost PCB with a microprocessor to create a point-to-point connection, enhancing system reliability and eliminating downtime due to malfunctions, without introducing delay.",[194,244,245],{},"Its embedded software enables a unique timesaving workflow, providing a real graphic overview of the system and allowing users to assign Fixture IDs instead of dealing with DMX addresses.",[194,247,248],{},"The integration of My Virtual Rig (MVR) files and General Device Type Format (GDTF) enriches pre-production workflows, allowing seamless interaction between virtual setups and physical installations.",[194,250,251],{},"Moreover, KLSTR.nano ensures stronger connections, full redundancy, and troubleshooting capabilities, making it a plug-and-play system suitable for users with varying levels of expertise. The technology's potential to simplify DMX lighting setups opens up new possibilities for a broader market, enabling users to effortlessly create dynamic atmospheres without extensive technical knowledge.",[202,253,255],{"id":254},"hardware-integration","Hardware Integration",[257,258,260],"h3",{"id":259},"dmx-circuit","DMX Circuit",[194,262,263],{},"The KLSTR.nano module contains three DMX512-A compliant EIA-485 interfaces:",[220,265,266,272,278],{},[223,267,268,271],{},[226,269,270],{},"DMX_IN"," (Isolated Interface) — Connected directly to the DMX input connector.",[223,273,274,277],{},[226,275,276],{},"DMX_OUT"," (Isolated Interface) — Connected directly to the DMX output connector.",[223,279,280,283],{},[226,281,282],{},"DMX_LAN"," (Non-Isolated Interface) — Connected directly to the host fixture's EIA-485 transceiver.",[194,285,286],{},"Because DMX_IN and DMX_OUT form part of the external DMX daisy-chain, the KLSTR.nano Plug-In PCB includes basic line protection on these interfaces to improve robustness against voltage transients and to improve signal integrity.",[194,288,289],{},"DMX_LAN is a short internal EIA-485 interconnect to the host fixture transceiver and therefore does not include the same external line protection. The KLSTR.nano provides an RDM line-biasing network and the signal pair may be routed directly to the host fixture transceiver as a 120 Ω differential pair.",[194,291,292],{},"The DMX circuit changes based on the state of the KLSTR.nano:",[220,294,295,308],{},[223,296,297,300],{},[226,298,299],{},"Active (Powered)",[220,301,302,305],{},[223,303,304],{},"DMX_IN is terminated with a 120 Ω resistor.",[223,306,307],{},"DMX_OUT includes an RDM line-biasing network that holds the data lines in a known state when no transmitter is driving the DMX line.",[223,309,310,313],{},[226,311,312],{},"Inactive (Unpowered)",[220,314,315],{},[223,316,317],{},"DMX_IN is connected to DMX_OUT via a relay bypass path so that daisy-chain continuity is maintained when the KLSTR.nano is not powered.",[319,320,321,337],"table",{},[322,323,324],"thead",{},[325,326,327,331,334],"tr",{},[328,329,330],"th",{},"Interface",[328,332,333],{},"Powered State",[328,335,336],{},"Unpowered State",[338,339,340,352,363],"tbody",{},[325,341,342,346,349],{},[343,344,345],"td",{},"DMX_IN (Isolated)",[343,347,348],{},"Isolated receiver active, 120 Ω termination enabled",[343,350,351],{},"Via bypass relay to DMX_OUT, no active termination",[325,353,354,357,360],{},[343,355,356],{},"DMX_OUT (Isolated)",[343,358,359],{},"Isolated transmitter active, RDM line-biasing network enabled",[343,361,362],{},"Via bypass relay to DMX_IN, no active biasing",[325,364,365,368,371],{},[343,366,367],{},"DMX_LAN (Non-Isolated)",[343,369,370],{},"Direct connection to host, RDM line-biasing network enabled",[343,372,373],{},"—",[257,375,377],{"id":376},"rgb-status-led","RGB Status LED",[379,380,382],"h4",{"id":381},"internal-plug-in","Internal (Plug-In)",[194,384,385],{},"The KLSTR.nano Plug-In has an RGB LED to visualize the state of the module.",[319,387,388,398],{},[322,389,390],{},[325,391,392,395],{},[328,393,394],{},"Color Sequence",[328,396,397],{},"Description",[338,399,400,408,416,424,432,440],{},[325,401,402,405],{},[343,403,404],{},"Red\u002FGreen\u002FBlue cycling",[343,406,407],{},"RDM identify command triggered.",[325,409,410,413],{},[343,411,412],{},"Slow blue pulse",[343,414,415],{},"Module active, no DMX signal detected.",[325,417,418,421],{},[343,419,420],{},"Solid green",[343,422,423],{},"Normal DMX mode active — DMX forwarded from DMX_IN to DMX_OUT.",[325,425,426,429],{},[343,427,428],{},"Red blink",[343,430,431],{},"No license key detected.",[325,433,434,437],{},[343,435,436],{},"Solid cyan",[343,438,439],{},"Redundant DMX mode active — DMX forwarded from DMX_OUT to DMX_IN.",[325,441,442,445],{},[343,443,444],{},"Solid red",[343,446,447],{},"Module is running factory software. Relay bypass active, software update required.",[379,449,451],{"id":450},"external-host-fixture","External (Host Fixture)",[194,453,454],{},"Optionally, an external RGB LED can be connected to provide a visual indication of the DMX forwarding direction. When visible on the outside, this LED can also assist while troubleshooting, for example in cases of cable interruption or faulty connections.",[319,456,457,473],{},[322,458,459],{},[325,460,461,464,467,470],{},[328,462,463],{},"Category",[328,465,466],{},"Pin Number",[328,468,469],{},"Pin Label",[328,471,472],{},"Function",[338,474,475,489,502],{},[325,476,477,480,483,486],{},[343,478,479],{},"STATUS LEDS",[343,481,482],{},"7",[343,484,485],{},"LEDR",[343,487,488],{},"RGB LED: RED — MAX. 25 mA",[325,490,491,493,496,499],{},[343,492],{},[343,494,495],{},"8",[343,497,498],{},"LEDG",[343,500,501],{},"RGB LED: GREEN — MAX. 25 mA",[325,503,504,506,509,512],{},[343,505],{},[343,507,508],{},"9",[343,510,511],{},"LEDB",[343,513,514],{},"RGB LED: BLUE — MAX. 25 mA",[257,516,518],{"id":517},"power","Power",[194,520,521],{},"The KLSTR.nano Plug-In module can be powered via VCC (Pin 19) with a voltage ranging from 6.3 to 32 V DC.",[194,523,524],{},"If a stable 5 V DC power supply is available in the host fixture, the Plug-In module can be powered directly from that source via 5V0 (Pin 18). When using Pin 18 for supplying 5 V DC, the VCC (Pin 19) should remain unused and disconnected.",[319,526,527,539],{},[322,528,529],{},[325,530,531,533,535,537],{},[328,532,463],{},[328,534,466],{},[328,536,469],{},[328,538,472],{},[338,540,541,555,568,581],{},[325,542,543,546,549,552],{},[343,544,545],{},"POWER",[343,547,548],{},"17",[343,550,551],{},"3V3",[343,553,554],{},"3.3 V output",[325,556,557,559,562,565],{},[343,558],{},[343,560,561],{},"18",[343,563,564],{},"5V0",[343,566,567],{},"5 V input\u002Foutput",[325,569,570,572,575,578],{},[343,571],{},[343,573,574],{},"19",[343,576,577],{},"VCC",[343,579,580],{},"Main voltage (6.3–32 V)",[325,582,583,585,588,591],{},[343,584],{},[343,586,587],{},"20",[343,589,590],{},"GND",[343,592,593],{},"Main ground",[257,595,597],{"id":596},"pinout-and-pin-function","Pinout and Pin Function",[319,599,600,622],{},[322,601,602],{},[325,603,604,606,609,612,614,616,618,620],{},[328,605,463],{},[328,607,608],{},"Pin",[328,610,611],{},"Label",[328,613,472],{},[328,615,472],{},[328,617,611],{},[328,619,608],{},[328,621,463],{},[338,623,624,649,672,694,718,740,764,786,808,830,852,875,897,919,943,966,988,1008,1029,1050],{},[325,625,626,629,632,635,638,640,643,646],{},[343,627,628],{},"DMX INPUT (ISO)",[343,630,631],{},"1",[343,633,634],{},"DMX_IN_A",[343,636,637],{},"RS485 A+",[343,639,637],{},[343,641,642],{},"DMX_OUT_A",[343,644,645],{},"40",[343,647,648],{},"DMX OUTPUT (ISO)",[325,650,651,653,656,659,662,664,667,670],{},[343,652],{},[343,654,655],{},"2",[343,657,658],{},"DMX_IN_B",[343,660,661],{},"RS485 B−",[343,663,661],{},[343,665,666],{},"DMX_OUT_B",[343,668,669],{},"39",[343,671],{},[325,673,674,676,679,682,685,687,689,692],{},[343,675],{},[343,677,678],{},"3",[343,680,681],{},"GND_DMX",[343,683,684],{},"Isolated Ground",[343,686,684],{},[343,688,681],{},[343,690,691],{},"38",[343,693],{},[325,695,696,698,701,704,707,709,712,715],{},[343,697],{},[343,699,700],{},"4",[343,702,703],{},"PC3",[343,705,706],{},"Future Use",[343,708,706],{},[343,710,711],{},"SCL",[343,713,714],{},"37",[343,716,717],{},"I2C",[325,719,720,722,725,728,730,732,735,738],{},[343,721],{},[343,723,724],{},"5",[343,726,727],{},"PC4",[343,729,706],{},[343,731,706],{},[343,733,734],{},"SDA",[343,736,737],{},"36",[343,739],{},[325,741,742,744,747,750,752,755,758,761],{},[343,743],{},[343,745,746],{},"6",[343,748,749],{},"PC5",[343,751,706],{},[343,753,754],{},"Heartbeat KLSTR.one",[343,756,757],{},"PC2",[343,759,760],{},"35",[343,762,763],{},"DUALMODE",[325,765,766,768,770,772,775,778,781,784],{},[343,767,479],{},[343,769,482],{},[343,771,485],{},[343,773,774],{},"RGB LED: RED",[343,776,777],{},"Reset KLSTR.nano",[343,779,780],{},"NRESET",[343,782,783],{},"34",[343,785],{},[325,787,788,790,792,794,797,800,803,806],{},[343,789],{},[343,791,495],{},[343,793,498],{},[343,795,796],{},"RGB LED: GREEN",[343,798,799],{},"Reset KLSTR.one",[343,801,802],{},"PB9",[343,804,805],{},"33",[343,807],{},[325,809,810,812,814,816,819,822,825,828],{},[343,811],{},[343,813,508],{},[343,815,511],{},[343,817,818],{},"RGB LED: BLUE",[343,820,821],{},"Heartbeat KLSTR.nano",[343,823,824],{},"PB8",[343,826,827],{},"32",[343,829],{},[325,831,832,834,837,840,842,844,847,850],{},[343,833],{},[343,835,836],{},"10",[343,838,839],{},"PC6",[343,841,706],{},[343,843,706],{},[343,845,846],{},"PB4",[343,848,849],{},"31",[343,851],{},[325,853,854,856,859,862,864,867,870,873],{},[343,855],{},[343,857,858],{},"11",[343,860,861],{},"PC7",[343,863,706],{},[343,865,866],{},"Programming",[343,868,869],{},"PB3_SWO",[343,871,872],{},"30",[343,874],{},[325,876,877,879,882,885,887,889,892,895],{},[343,878],{},[343,880,881],{},"12",[343,883,884],{},"PC8",[343,886,706],{},[343,888,706],{},[343,890,891],{},"PD2",[343,893,894],{},"29",[343,896],{},[325,898,899,901,904,907,909,911,914,917],{},[343,900],{},[343,902,903],{},"13",[343,905,906],{},"PC9",[343,908,706],{},[343,910,706],{},[343,912,913],{},"PC12",[343,915,916],{},"28",[343,918],{},[325,920,921,924,927,930,933,935,938,941],{},[343,922,923],{},"DUALMODE USB",[343,925,926],{},"14",[343,928,929],{},"USB_N",[343,931,932],{},"USB port negative",[343,934,706],{},[343,936,937],{},"PC11",[343,939,940],{},"27",[343,942],{},[325,944,945,947,950,953,956,958,961,964],{},[343,946],{},[343,948,949],{},"15",[343,951,952],{},"USB_P",[343,954,955],{},"USB port positive",[343,957,706],{},[343,959,960],{},"PC10",[343,962,963],{},"26",[343,965],{},[325,967,968,970,973,976,978,980,983,986],{},[343,969],{},[343,971,972],{},"16",[343,974,975],{},"SWDIO",[343,977,866],{},[343,979,706],{},[343,981,982],{},"PA15",[343,984,985],{},"25",[343,987],{},[325,989,990,992,994,996,998,1000,1003,1006],{},[343,991,545],{},[343,993,548],{},[343,995,551],{},[343,997,554],{},[343,999,866],{},[343,1001,1002],{},"SWCLK",[343,1004,1005],{},"24",[343,1007],{},[325,1009,1010,1012,1014,1016,1018,1020,1023,1026],{},[343,1011],{},[343,1013,561],{},[343,1015,564],{},[343,1017,567],{},[343,1019,637],{},[343,1021,1022],{},"DMX_LAN_A",[343,1024,1025],{},"23",[343,1027,1028],{},"DMX LAN",[325,1030,1031,1033,1035,1037,1040,1042,1045,1048],{},[343,1032],{},[343,1034,574],{},[343,1036,577],{},[343,1038,1039],{},"Main voltage",[343,1041,661],{},[343,1043,1044],{},"DMX_LAN_B",[343,1046,1047],{},"22",[343,1049],{},[325,1051,1052,1054,1056,1058,1060,1063,1065,1068],{},[343,1053],{},[343,1055,587],{},[343,1057,590],{},[343,1059,593],{},[343,1061,1062],{},"Ground",[343,1064,590],{},[343,1066,1067],{},"21",[343,1069],{},[257,1071,1073],{"id":1072},"connections-standalone","Connections — Standalone",[194,1075,1076],{},"The KLSTR.nano requires 4 connection blocks to work properly when used as a standalone module:",[220,1078,1079,1085,1091,1096],{},[223,1080,1081,1084],{},[226,1082,1083],{},"DMX IN"," — External DMX input from daisy-chain",[223,1086,1087,1090],{},[226,1088,1089],{},"DMX OUT"," — External DMX output to daisy-chain",[223,1092,1093,1095],{},[226,1094,1028],{}," — Internal connection to host fixture's RS485 transceiver",[223,1097,1098,1101],{},[226,1099,1100],{},"MAIN POWER"," — 6.3–32 V DC or 5 V DC supply",[257,1103,1105],{"id":1104},"electrical-parameters","Electrical Parameters",[319,1107,1108,1127],{},[322,1109,1110],{},[325,1111,1112,1115,1118,1121,1124],{},[328,1113,1114],{},"Parameter",[328,1116,1117],{},"Minimum",[328,1119,1120],{},"Typical",[328,1122,1123],{},"Maximum",[328,1125,1126],{},"Unit",[338,1128,1129,1144,1159,1174,1189,1204,1219,1234,1247,1263],{},[325,1130,1131,1134,1137,1139,1141],{},[343,1132,1133],{},"Module supply voltage VCC",[343,1135,1136],{},"6.3",[343,1138,373],{},[343,1140,827],{},[343,1142,1143],{},"V",[325,1145,1146,1149,1152,1154,1157],{},[343,1147,1148],{},"Module supply voltage 5V",[343,1150,1151],{},"4.9",[343,1153,373],{},[343,1155,1156],{},"5.4",[343,1158,1143],{},[325,1160,1161,1164,1166,1169,1171],{},[343,1162,1163],{},"Module average power consumption",[343,1165,373],{},[343,1167,1168],{},"3.5",[343,1170,373],{},[343,1172,1173],{},"W",[325,1175,1176,1179,1181,1184,1186],{},[343,1177,1178],{},"Module current peak",[343,1180,373],{},[343,1182,1183],{},"0.88",[343,1185,373],{},[343,1187,1188],{},"A",[325,1190,1191,1194,1197,1200,1202],{},[343,1192,1193],{},"Supply current requirement",[343,1195,1196],{},"0.04",[343,1198,1199],{},"0.7",[343,1201,1183],{},[343,1203,1188],{},[325,1205,1206,1209,1211,1214,1216],{},[343,1207,1208],{},"Power supply ripple requirement",[343,1210,373],{},[343,1212,1213],{},"≤50",[343,1215,373],{},[343,1217,1218],{},"mV",[325,1220,1221,1224,1226,1229,1231],{},[343,1222,1223],{},"ESD contact discharge",[343,1225,373],{},[343,1227,1228],{},"±2",[343,1230,373],{},[343,1232,1233],{},"kV",[325,1235,1236,1239,1241,1243,1245],{},[343,1237,1238],{},"ESD non-contact discharge",[343,1240,373],{},[343,1242,1228],{},[343,1244,373],{},[343,1246,1233],{},[325,1248,1249,1252,1255,1257,1260],{},[343,1250,1251],{},"Operating temperature range",[343,1253,1254],{},"−20",[343,1256,373],{},[343,1258,1259],{},"55",[343,1261,1262],{},"°C",[325,1264,1265,1268,1270,1272,1275],{},[343,1266,1267],{},"Maximum junction temperature",[343,1269,373],{},[343,1271,373],{},[343,1273,1274],{},"125",[343,1276,1262],{},[257,1278,1280],{"id":1279},"storage-conditions","Storage Conditions",[194,1282,1283],{},"If stored at 0 °C to 40 °C and less than 90 % relative humidity (RH), the shelf life in the sealed bag is 12 months.",[194,1285,1286],{},"After opening the sealed bag, it must be handled as follows before reflow soldering or other high-temperature treatment:",[1288,1289,1290,1293],"ol",{},[223,1291,1292],{},"Either the module has to be installed within 168 hours under factory conditions, i.e. below 30 °C at 60 % RH.",[223,1294,1295],{},"Or the module should be stored where humidity must be kept below 10 % RH.",[194,1297,1298],{},"If the components are exposed to air for more than 168 hours, baking is necessary. Baking conditions: 125 °C for 8 hours.",[202,1300,1302],{"id":1301},"document-changelog","Document Changelog",[319,1304,1305,1318],{},[322,1306,1307],{},[325,1308,1309,1312,1315],{},[328,1310,1311],{},"Version",[328,1313,1314],{},"Scope",[328,1316,1317],{},"Date",[338,1319,1320,1331,1342],{},[325,1321,1322,1325,1328],{},[343,1323,1324],{},"1.0",[343,1326,1327],{},"Initial Release",[343,1329,1330],{},"2025-10-06",[325,1332,1333,1336,1339],{},[343,1334,1335],{},"2.0",[343,1337,1338],{},"Update for KLSTR.nano v2.x with isolated drivers",[343,1340,1341],{},"2026-03-02",[325,1343,1344,1347,1350],{},[343,1345,1346],{},"2.1",[343,1348,1349],{},"Added additional drawings",[343,1351,1352],{},"2026-03-26",{"title":1354,"searchDepth":1355,"depth":1355,"links":1356},"",2,[1357,1358,1359,1360,1370],{"id":204,"depth":1355,"text":205},{"id":208,"depth":1355,"text":209},{"id":238,"depth":1355,"text":239},{"id":254,"depth":1355,"text":255,"children":1361},[1362,1364,1365,1366,1367,1368,1369],{"id":259,"depth":1363,"text":260},3,{"id":376,"depth":1363,"text":377},{"id":517,"depth":1363,"text":518},{"id":596,"depth":1363,"text":597},{"id":1072,"depth":1363,"text":1073},{"id":1104,"depth":1363,"text":1105},{"id":1279,"depth":1363,"text":1280},{"id":1301,"depth":1355,"text":1302},"Hardware integration guide for the KLSTR.nano Plug-In module version 2.x — covering DMX circuits, pinout, power, electrical parameters, and mechanical dimensions.","md",null,{},true,{"title":174,"description":1371},"4QBzb63zANJoQOP4TErSiPgAz9IXBJelHtB-QTsdT1Y",[1379,1381],{"title":170,"path":171,"stem":172,"description":1380,"children":-1},"How to provision KLSTR.nano modules for your fixture line — license keys, firmware flashing, and manufacturer portal setup.",{"title":178,"path":179,"stem":180,"description":1382,"children":-1},"Whats up testing",1781710626380]