JINK Flux Nano — Matter Smart Lighting Driver
JINK Flux Nano — Matter Smart Lighting Driver
JINK Flux Nano at a glance
The JINK FLux Nano is an ultra-compact 48V smart lighting driver designed to empower modern luminaires with the future of connectivity.
- Input Voltage: 48V DC
- Dimensions: 63 x 13 x 9.5 mm
Overview
The JINK FLux Nano is an ultra-compact 48V smart lighting driver designed to empower modern luminaires with the future of connectivity. As a native Matter over Thread solution, it eliminates the need for proprietary bridges, allowing for seamless integration into Apple Home, Google Home, and Alexa. Its miniature "Nano" form factor makes it the ideal choice for space-constrained applications like downlights, spotlights, and linear profiles, delivering flicker-free dimming and professional-grade reliability in a high-efficiency package.
Highlights
Experience the "Nano Revolution" in smart lighting with a driver that combines extreme portability with high-performance output. Featuring advanced Thread mesh networking, the FLux Nano ensures a stable, self-healing connection with near-instant responsiveness. The constant current output (250mA) provides consistent, flicker-free eye protection, while the optimized circuit design achieves over 88 percent efficiency. With its "Scan-and-Play" Matter setup and comprehensive built-in protections, it is the professional architect's choice for building a secure, future-proof smart lighting ecosystem.
Tech Specs
| Parameter | Specification |
| Model | JINK FLux Nano |
| Input Voltage | 48V DC |
| Output Current | 250mA (Constant Current) |
| Output Power | Max 12W |
| Efficiency | Greater than 88 percent |
| Wireless Protocol | Matter over Thread |
| Operating Temp | -20°C to +75°C |
| Dimensions | 63 x 13 x 9.5 mm |
| Dimming Performance | Flicker-Free Professional Dimming |
| Protection | Over-Voltage, Over-Current, Short-Circuit, Over-Temp |
| Certification | CE / RoHS |
| Applications | Ceiling Lights, Panel Lights, Downlights, Linear Lights |
What’s in the Box
JINK Flux Nano*1
System Requirements
Operating System: Minimun required iOS 18.5 , watchOS 11.5
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JINK Flux Nano — Frequently Asked Questions
What is JINK Flux Nano?
The JINK FLux Nano is an ultra-compact 48V smart lighting driver designed to empower modern luminaires with the future of connectivity.
What dimensions or fitting size should I plan for?
- Dimensions: 63 x 13 x 9.5 mm
Match the selected model to the installation drawing and available clearance before ordering.
What electrical ratings should my installer check?
- Input Voltage: 48V DC
- Output Current: 250mA (Constant Current)
- Output Power: Max 12W
The listed values do not replace the selected model’s wiring diagram. Confirm the supply, connected load and installation requirements before energizing the product.
What do I need for Matter over Thread setup?
This model is listed as Matter over Thread. You need a compatible Matter controller and Thread border router; one device may provide both roles. Check the selected ecosystem and firmware before purchase. A Wi-Fi router alone is not a substitute for Thread infrastructure.
Which options can I select for JINK Flux Nano?
- 功率: 150Ma · 250Ma · 350Ma · 400Ma · 500Ma · 700Ma
Use the product selector to confirm the available combination. Separate option lists do not mean every combination is offered.
What should I check before installation?
Confirm the selected fixture’s mounting method, available clearance, cutout where relevant, power supply, driver and beam direction. Have mains wiring assessed by a qualified electrician before installation.
Can I use it outdoors or in a wet area?
Outdoor or wet-area suitability is not established by the product name. Confirm a model-specific ingress-protection rating and approved installation conditions before selecting it for those locations.
What information should I send for product selection or a project quote?
Include JINK Flux Nano, the selected configuration, quantity, destination country and installation details. Add the existing equipment model and target control platform where relevant. Request confirmation of compatibility, included components and delivery timing before committing to the project.