Aikeou 480LEDs/m 8mm 11W/m 24V IP20 COB Strip
- High CRI90+ / 3000K-6500K
- 8mm Copper PCB / Remote Control
- Dotless Linear Output
Engineered for commercial, architectural, and smart automation applications. Explore our primary OEM/ODM product configurations below.
Shenzhen Vokud Technology Co., Ltd. operates state-of-the-art automated die bonding, phosphor dispensing, and SMD surface mount lines to deliver color-consistent pixel lighting globally.
To prevent voltage drops across continuous 10m to 20m runs, our custom pixel strips utilize rolled annealed 3oz/4oz copper FPC circuit boards, drastically reducing heat buildup and luminescent decay.
Color uniformity is vital for wholesale distributors. We guarantee strict MacAdam Ellipse 3-step SDCM binning across every order batch, assuring flawless optical matching for project re-orders.
For outdoor architectural facades and high-humidity sauna/pool installations, our integrated silicone co-extrusion process provides anti-UV, anti-corrosion, and yellowing-resistant IP68 shielding.
An authoritative engineering analysis on addressable IC communication, Chip-on-Board (COB) vs Discrete SMD pixel density, thermal dynamics, and B2B procurement standards.
When engineering high-density dynamic light strips, selecting the correct Integrated Circuit (IC) protocol determines dynamic resolution, frame refresh rate, and signal integrity over extended physical distances. Traditional discrete pixel strips (like WS2811, WS2812B, UCS1903) mount packaged LEDs alongside external micro-ICs. However, modern OEM pixel requirements favor RGBIC COB (Chip-on-Board) architecture, which embeds flip-chip LED dies and driver ICs under a continuous silicone phosphor matrix.
For B2B wholesalers and lighting system integrators, selecting between Single-Data line ICs (WS2811/WS2812B) and Dual-Data Line ICs (WS2813/GS8208) is critical. Dual-data configurations feature continuous signal breakpoint transmission—if a single pixel chip sustains thermal damage, subsequent signal frames bypass the damaged node without interrupting downstream pixel control.
Luminous efficacy (measured in lumens per watt, lm/W) and chromatic stability directly depend on junction thermal management. Higher LED pixel counts (ranging from 320 LEDs/m up to 720 LEDs/m) generate considerable heat concentrated on the flexible PCB track. Without proper thermal dissipation, high operating temperatures accelerate phosphor degradation, leading to color shift and reduced lumen maintenance (L70 lifetime rating).
Our factory mitigates thermal strain by employing double-sided, electro-deposited 3oz copper FPC backing bonded with high thermal conductivity 3M thermal adhesive tapes. Furthermore, engineering long runs requires choosing between 12V DC, 24V DC, or constant-current linear driver designs to combat voltage drop across the strip run.
Compare integrated IC protocols and physical LED layout specifications for global OEM sourcing.
| IC / Technology Protocol | Pixel Density Range | Signal Architecture | Voltage Options | Primary Application Profile |
|---|---|---|---|---|
| WS2811 / SK6812 COB | 320 – 630 LEDs/m | Single Data / SPI | DC 12V / 24V | Seamless indoor coves, dynamic linear profiles |
| GS8208 / WS2813 RGBIC | 384 – 576 LEDs/m | Dual Data (Breakpoint Backup) | DC 12V / 24V | Architectural facades, commercial stage lighting |
| DMX512 / UCS512 High-Speed | 240 – 480 LEDs/m | Differential RS485 / DMX | DC 24V | Building exterior illumination, complex media walls |
| Mini-Cut CCT COB (2.7mm - 5mm) | 400 – 600 LEDs/m | Analog PWM / Tunable White | DC 12V / 24V | Ultra-thin furniture grooves, showcase displays |
From technical PCB layout drawings to private label packaging, our 8-step quality gate ensures your custom LED pixel order meets strict buyer specifications.
Define target CCT/CRI, pixel IC, lumen targets, PCB width (2.7mm–12mm), IP rating, and voltage requirements.
Engineering team creates custom copper tracing, cut-line intervals, and solder pad positioning for your aluminum profile specs.
Automated SMT die bonding produces initial prototype reels for spectrophotometer color and thermal testing.
High-speed automatic phosphor dispensing, 100% light-on aging test, waterproof co-extrusion, and custom packaging.
Analyze technological shifts transforming B2B purchasing decisions for LED strip wholesalers and project contractors over the next 5 years.
Traditional SMD pixel strips are rapidly being replaced by Dotless RGBIC COB strips. B2B buyers favor COB technology because it eliminates dark spots without requiring deep diffuser aluminum channels, allowing sleek surface installations in high-end retail, luxury hotels, and residential designs.
Wholesalers are seeing increased demand for pixel strips native to Matter over Thread / Wi-Fi smart ecosystems. Future OEM orders require driver compatibility with Apple HomeKit, Google Home, Amazon Alexa, and Tuya ecosystem chips integrated directly into inline controllers.
European Union ERP (Ecodesign) and North American Title 24 regulations require strict power efficiency metrics. Wholesale buyers now mandate LED pixel strips delivering >120 lm/W luminous efficacy while maintaining high color rendering fidelity (CRI Ra>90, R9>50).
Answers to common commercial, engineering, and logistical questions raised by global importers and wholesale distributors.
Looking for a reliable China OEM/ODM factory for dotless COB, addressable RGBIC, or ultra-narrow flex strips? Connect directly with our engineering sales team for rapid custom quotes, IES files, and sample kits.