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Both modules provide network-to-DMX bridging, but they target different use cases and integration depths.",[191,192,194],"h2",{"id":193},"feature-comparison","Feature comparison",[196,197,198,212],"table",{},[199,200,201],"thead",{},[202,203,204,208,210],"tr",{},[205,206,207],"th",{},"Feature",[205,209,55],{},[205,211,23],{},[213,214,215,230,243,256,269,282,295,308],"tbody",{},[202,216,217,224,227],{},[218,219,220],"td",{},[221,222,223],"strong",{},"Form factor",[218,225,226],{},"System-on-Module (SOM), 2× 20-pin 2.54 mm headers",[218,228,229],{},"System-on-Module (SOM), castellated vias",[202,231,232,237,240],{},[218,233,234],{},[221,235,236],{},"Chip",[218,238,239],{},"Microprocessor, RS485 drivers, memory, encryption",[218,241,242],{},"MT7621DAT, memory, encryption",[202,244,245,250,253],{},[218,246,247],{},[221,248,249],{},"Integration style",[218,251,252],{},"Soldered\u002Fsocketed inside the fixture",[218,254,255],{},"Soldered onto host PCB via castellated vias",[202,257,258,263,266],{},[218,259,260],{},[221,261,262],{},"DMX interfaces",[218,264,265],{},"DMX_IN, DMX_OUT (isolated), DMX_LAN (non-isolated)",[218,267,268],{},"Via KLSTR.nano in dual mode",[202,270,271,276,279],{},[218,272,273],{},[221,274,275],{},"Ethernet",[218,277,278],{},"Via host fixture or KLSTR.one (dual mode)",[218,280,281],{},"5× Gigabit Ethernet (MDI transceivers)",[202,283,284,289,292],{},[218,285,286],{},[221,287,288],{},"Power",[218,290,291],{},"6.3–32 V DC or 5 V DC from host",[218,293,294],{},"3.3 V DC from host power supply",[202,296,297,302,305],{},[218,298,299],{},[221,300,301],{},"Typical power",[218,303,304],{},"3.5 W",[218,306,307],{},"2 W",[202,309,310,315,318],{},[218,311,312],{},[221,313,314],{},"Target",[218,316,317],{},"OEM integration, high volume",[218,319,320],{},"OEM integration, dual mode with KLSTR.nano",[191,322,324],{"id":323},"decision-matrix","Decision matrix",[326,327,328,336,342,349,355,362,369,376,379,385,388,391,394],"ul",{},[329,330,331],"li",{},[332,333,335],"a",{"href":334},"#tab-panel-0","Choose KLSTR.nano when...",[329,337,338],{},[332,339,341],{"href":340},"#tab-panel-1","Use both (Dual Mode) when...",[329,343,344,345,348],{},"You are a ",[221,346,347],{},"fixture manufacturer"," embedding networking directly into your product",[329,350,351,354],{},[221,352,353],{},"Cost per unit"," matters — high-volume OEM pricing",[329,356,357,358,361],{},"You have an ",[221,359,360],{},"existing host CPU"," in the fixture that handles DMX decoding",[329,363,364,365,368],{},"The fixture already has an ",[221,366,367],{},"EIA-485 transceiver"," for DMX_LAN communication",[329,370,371,372,375],{},"You want the ",[221,373,374],{},"smallest footprint"," (the module sits on the host PCB)",[329,377,378],{},"You don’t need standalone Ethernet — the fixture connects via DMX daisy-chain or dual-mode with KLSTR.one",[329,380,381,382],{},"You want ",[221,383,384],{},"Ethernet connectivity + compact internal integration",[329,386,387],{},"KLSTR.one handles the network side (5× Gigabit Ethernet, automatic discovery, redundancy, synchronization, decentral merging)",[329,389,390],{},"KLSTR.nano acts as a communication bridge between KLSTR.one and the host CPU",[329,392,393],{},"This setup requires minimal software effort on the host fixture side because plain RDM+DMX is used as a communication protocol",[329,395,396,397,399],{},"See ",[332,398,87],{"href":88}," for wiring and configuration",[187,401,402,403,407],{},"class r extends HTMLElementthis.tabs.forEach((i,c)=>),i.addEventListener(\"keydown\",e=>)})}switchTab(t,i,c=!0)),this.panels.forEach(s=>);const n=this.panels",[404,405,406],"span",{},"i",";n&&(n.hidden=!1),t.removeAttribute(\"tabindex\"),t.setAttribute(\"aria-selected\",\"true\"),c&&(t.focus(),r.#r(this,t),window.scrollTo())}#i(t)static#r(t,i)t.#i(e)}}static#s(t)}customElements.define(\"starlight-tabs\",r);",[191,409,411],{"id":410},"integration-approaches","Integration approaches",[413,414,416],"h3",{"id":415},"klstrnano-standalone","KLSTR.nano — Standalone",[187,418,419],{},"The KLSTR.nano is integrated directly onto your fixture’s PCB. It receives DMX from the external daisy-chain via DMX_IN, forwards it to your host CPU via DMX_LAN, and passes DMX downstream via DMX_OUT. When unpowered, a relay bypass maintains daisy-chain continuity.",[187,421,422,425],{},[221,423,424],{},"You provide:"," Host PCB with EIA-485 transceiver, power supply (6.3–32 V or 5 V), DMX connectors.",[187,427,428,431],{},[221,429,430],{},"KLSTR.nano provides:"," DMX reception\u002Fforwarding, network stack, encryption, fleet management connectivity.",[413,433,435],{"id":434},"klstrnano-klstrone-dual-mode","KLSTR.nano + KLSTR.one — Dual Mode",[187,437,438],{},"KLSTR.nano acts as a communication bridge between KLSTR.one and the CPU of the host fixture. This setup requires minimal software effort on the host fixture side because plain RDM+DMX is used as a communication protocol.",[187,440,441,442,445,446,448,449,452],{},"The KLSTR.one can also be connected via ",[221,443,444],{},"USB 2.0"," or ",[221,447,275],{}," for advanced integrations — see the ",[332,450,451],{"href":100},"KLSTR.one Hardware Integration"," documentation for details.",[187,454,455,457],{},[221,456,424],{}," Host PCB with EIA-485 transceiver, KLSTR.nano socket\u002Fsolder pads, KLSTR.one solder pads (castellated vias), host power supply (3.3 V for KLSTR.one, 6.3–32 V or 5 V for KLSTR.nano).",[187,459,460],{},"Note",[187,462,463],{},"Not sure which approach to take? Contact your KLSTR. account manager for a recommendation based on your fixture design and production volume.",[191,465,467],{"id":466},"next-steps","Next steps",[187,469,470],{},"Once you’ve selected your module, proceed to the hardware integration guide:",[326,472,473,478],{},[329,474,475],{},[332,476,477],{"href":120},"KLSTR.nano Hardware Integration",[329,479,480],{},[332,481,451],{"href":100},{"title":483,"searchDepth":484,"depth":484,"links":485},"",2,[486,487,488,493],{"id":193,"depth":484,"text":194},{"id":323,"depth":484,"text":324},{"id":410,"depth":484,"text":411,"children":489},[490,492],{"id":415,"depth":491,"text":416},3,{"id":434,"depth":491,"text":435},{"id":466,"depth":484,"text":467},"Compare KLSTR.nano and KLSTR.one to determine which module fits your product requirements.","md",null,{},true,{"title":83,"description":494},"BUmektgWRj3vf0jKMJiHUzazkzQoELmLR1zVMb9NjWc",[502,504],{"title":79,"path":80,"stem":81,"description":503,"children":-1},"Integration guide for fixture manufacturers and system integrators working with KLSTR. hardware.",{"title":87,"path":88,"stem":89,"description":505,"children":-1},"How to use KLSTR.nano and KLSTR.one together — wiring, configuration, and communication between the two modules.",1781710617571]