DMX512 Pixel COB Strip - RGB

Technical Data ▼

Product Feature ▼

* Top quality & high brightness chip as light source

* Chip on board technology, pixel RGB Color

* Compatible with DMX512 agreement

* High-conductivity double-layer pure copper FPCB

* Original 3M tape, strong adhesive and long-lasting

* Low power consumption for energy saving

* IP65/IP67/IP68 Optional

* CE/ROHS/FCC approved

* 3 years warranty

IP Rate ▼

Optional Accessories ▼

Optional Accessories (Extra Charge, Not Included by Default)

1. Aluminum mounting profiles: Click link to buy https://www.arionlighting.com/en/Aluminum-Channel.html

2. LED power supplies: Click link to buy https://www.arionlighting.com/en/LED-Power-Supply.html

3. LED controllers: Click link to buy https://www.arionlighting.com/en/LED-Controller.html 

4. Quick‑connect connectors: Click link to buy https://www.arionlighting.com/en/Fast-Connector.html

5. Cables & wires: Click link to buy https://www.arionlighting.com/en/Cable.html

   
   

Please contact our sales staff for professional selection advice if you have any questions.

Applications ▼

Factory Display ▼

FAQ ▼

1. What is a DMX512 pixel LED strip?

DMX512 is a professional industrial-grade lighting control protocol.

Different from ordinary SPI strips, each segment has an independent address code for precise single-point addressing. 

It has differential signal transmission and strong anti-interference abilit.

It's now the standard solution for large-scale buildings, bridges and landscape lighting projects.

2. What is the biggest difference between DMX512 and SPI strips?

SPI is a civil-level simple signal, easy to lose synchronization and vulnerable to interference over long distances.

DMX512 adopts industrial differential signal with built-in anti-interference, anti-flicker and anti-signal attenuation performance.

SPI is suitable for small indoor decoration, while DMX512 is specially designed for large-scale engineering, 

long-distance transmission, and high-precision synchronous lighting projects.

3. Does DMX512 support breakpoint resume function?

Yes. Each pixel has independent signal decoding. 

Only the single faulty point fails, and it will not cause large-area blackouts like ordinary strips. 

Each pixel receives signals independently without serial restrictions, providing extremely high fault tolerance and low after-sales rate.

4. What is the maximum stable transmission distance of DMX512?

It far exceeds ordinary LED strips in signal transmission. 

It maintains stable performance for ultra-long-distance engineering without delay, ghosting or desync. 

No frequent signal amplifiers are required, ideal for long-distance building and bridge lighting.

5. Is DMX512 resistant to strong electrical interference?

Yes. DMX512 uses differential positive and negative signal transmission with natural anti-interference performance. 

It can run alongside high-voltage cables and remains stable in complex construction sites, 

and strong electromagnetic environments, no random flickering or signal disorder.

6. Does DMX512 support zoning and customized programming effects?

Yes. It supports precise address code programming and independent control of every pixel and section. 

It realizes zone color changing, running water chasing, gradient scanning, dynamic logo, text animation and music rhythm effects.

It supports advanced customized dynamic lighting solutions.

7. How is the full-screen synchronization performance of DMX512?

It achieves zero delay, zero color difference and full synchronization. 

Multiple strips and large-area splicing maintain completely consistent dynamic effects from start to end.

No speed difference and no connection faults, meeting high-standard engineering acceptance requirements.

8. Is DMX512 difficult to debug?

The debugging process is standardized and simple. 

Workers only need to set the corresponding address code via controller dial or software. 

With factory standardized parameters, on-site operation is easy and efficient for large-scale construction.

9. Why do high-end large-scale lighting projects choose DMX512?

1). Industrial differential signal with strong anti-interference capability

2). No signal attenuation or desync for long-distance transmission

3). Independent addressing to support complex programming animation

4). Single-point failure will not affect the whole system, ultra-low maintenance rate

5). Fully compliant with national engineering lighting standards

DMX512 is currently the most stable, highest-efficiency and most formal solution for large-scale outdoor lighting projects.