Arduino RGB LED Module Suppliers and Manufacturers

Explore 29 verified suppliers offering Arduino RGB LED Module options with varying response times, lead times, and certifications. Compare dimensions, IP ratings, and pricing to select the right factory for your project needs today; review the available evidence before requesting comparable quotations from suitable candidates.

Suppliers List

Comprehensive Sourcing Guide

Arduino RGB LED Module Supplier Concentration and Factory Types

Sourcing an Arduino RGB LED Module starts with understanding where the supply base actually sits. The supplier results for this category point to Guangdong, China, as the manufacturing location, which is consistent with how electronics and LED component production has developed in that province. Buyers should therefore treat Guangdong as a concrete, evidence-backed cluster when planning supplier outreach, factory visits, or consolidation of shipments. That said, the results also show variety within the cluster: some companies are pure manufacturers running their own LED module lines, while others operate as a hybrid of trading company and manufacturer/factory. This distinction matters because a manufacturer can typically adjust module specifications such as chip type, injection molding, or waterproofing directly on the production line, whereas a hybrid or trading entity may offer broader sourcing reach across related products like Arduino boards, shields, starter kits, sensors, and displays.

When mapping the supply base, do not assume every listed company fits one profile. Some suppliers in these results focus tightly on LED modules, LED tubes, panels, floodlights, and street lights, while others carry maker-education lines such as Arduino boards, Raspberry Pi, 3D printers, and micro:bit boards alongside electronic modules. For a buyer whose project combines microcontroller boards with RGB modules, the second profile may be convenient; for pure-volume module purchasing, a focused LED manufacturer is usually the better target. Verify which model each candidate actually operates before shortlisting.

How to Verify Arduino RGB LED Module Suppliers

Verification should begin with the credentials and checks that are actually displayed in supplier results, then move to independent confirmation. In the current results, one electronics-focused supplier shows system certifications including ISO 9000, ISO 9001, ISO 14001, and QC 080000, plus a third-party verification mark labeled CTI. These are meaningful signals: ISO 9001 indicates a documented quality management system, ISO 14001 relates to environmental management, and QC 080000 concerns hazardous substance process management, which is directly relevant to LED components sold into regulated markets. Always confirm that a certificate number is current and matches the exact legal entity you will contract with, since displayed badges can lag behind a company's real status.

Product-level verification matters just as much. For example, one LED module listing in the results attributes certification to UL, ETL, FCC, CE, UKCA, and RoHS at the product level, and names Samsung and Epistar as LED chip sources in its IP rating fields. Treat these as claims to validate, not facts: request copies of the actual test reports, check report dates and applicant names, and ask for chip datasheets to confirm the brand and model. For the Arduino-focused suppliers, ask how they control module firmware compatibility and pin configurations. A practical verification step for any candidate is ordering samples, testing color consistency across a batch, and checking waterproofing claims such as IP65 or IP68 ratings under realistic outdoor conditions.

What to Compare Across Arduino RGB LED Module Suppliers

Build a comparison table using the dimensions that actually appear in supplier results, and mark anything absent as "not displayed" rather than assuming it. Useful columns include supplier type (manufacturer versus trading company or hybrid), location, main product lines, response time, lead time, MOQ, and verification or certification status. In the current results, response times range widely: one LED-focused manufacturer shows an average response time of about 10.39 hours, while an electronics trading-and-manufacturing supplier shows about 17.50 hours. Lead times also differ sharply, with one result showing 23 days and another showing effectively no stated lead time, which you should interpret as "not disclosed" and confirm directly.

Beyond speed, compare commercial parameters. Displayed MOQs in these results vary from as low as 1 piece on one RGB module to 20 pieces and 100 pieces on other module listings, so MOQ alone should never decide your shortlist; a low MOQ with vague specs can cost more in rework than a higher MOQ with documented quality. Compare module attributes side by side: input voltage (12V DC appears across several listings), LED chip type (SMD5050 and SMD2835 appear), power per module, viewing angles of 120 or 160 degrees, IP ratings, lifespan claims around 50,000 hours, and operating temperature ranges from roughly -30 to 50 degrees Celsius. Also compare main product breadth, since a supplier already shipping Arduino boards and sensors may simplify combined orders.

Common Arduino RGB LED Module Sourcing Risks

The most common risk in this category is specification drift between sample and production. RGB modules are sensitive to chip selection, and the results show listings attributing chips to Samsung or Epistar while others simply state a chip type such as Rgbic SMD5050. If you approve a sample built with one chip and the factory substitutes a cheaper die at volume, you can see color shifts, brightness inconsistency, or controller compatibility problems on Arduino projects. Lock the chip brand, model, resistor values, and lens or injection material into the purchase specification, and require written approval for any substitution.

Second, waterproofing and rating claims are frequently overstated. Several listings claim IP65 or IP68 status, and one even mixes the IP rating field with chip-brand text, which signals loose data hygiene. Test sealed modules in humid and wet conditions before committing to outdoor signage or channel-letter use. Third, beware of conflating trading companies with factories: a hybrid company may subcontract your module order, adding a markup and reducing your control over process changes. Fourth, lead-time ambiguity is a real risk — a displayed lead time of 23 days tells you little about peak-season capacity, and a blank field means you must confirm production scheduling in writing. Finally, certification claims at the product level (UL, CE, RoHS and similar) may be attached to one listing but not the variant you order, so tie certificate copies to your exact model number.

Arduino RGB LED Module Regional Sourcing and Logistics

The evidence-backed regional picture for this category centers on Guangdong, China. That province hosts the listed manufacturers and hybrid suppliers here, and its role matters for logistics planning: proximity to major export ports and freight forwarders typically shortens inland transport and simplifies container consolidation when you combine RGB modules with boards, sensors, or lighting accessories. One supplier's main-product list spanning Arduino boards, shields, starter kits, Raspberry Pi, displays, and modules suggests that combined electronics orders from a single region are realistic, reducing the number of origin points you must manage.

If you need to identify additional clusters beyond what the results confirm, do it methodically rather than by assumption. Search supplier directories by product keyword plus province, check where display-listed factories state their origin (for example, one module listing states Guangdong, China as product origin), and cross-check business license registrations. Do not name or rely on a cluster you cannot evidence. For logistics, compare lead times as quoted, not as assumed: the current results include a stated 23-day lead time on one supplier, which should anchor your replenishment math, while blank lead-time fields require direct confirmation before you promise delivery dates to your own customers. Ask each supplier about export packaging — one module listing describes carton packing with specified carton dimensions — and confirm whether modules ship with anti-static protection, since RGB components and microcontroller boards are both sensitive to electrostatic discharge during transit.

Arduino RGB LED Module Commercial Terms and Order Planning

Commercial terms should be negotiated against the numbers that suppliers actually display, then refined in writing. The current results show module prices in a low per-unit range (for example, listings from roughly 0.11 to 0.28 US dollars depending on model and configuration) with MOQs ranging from 1 to 100 pieces. Use displayed prices only as a baseline: final pricing depends on chip grade, waterproofing level, customization, and order volume, and several listings state that customization is available, which typically changes both price and MOQ. Always request a quotation tied to your exact specification — voltage (12V DC is common here), chip type, IP rating, and connector style — rather than accepting a catalog price for a different variant.

For order planning, sequence your commitments: sample approval, small pilot order, then volume. One supplier here offers a 1-piece MOQ, which is ideal for pilot testing, while others require 20 or 100 pieces, so match pilot quantities to the supplier's terms instead of forcing a large first buy. Confirm payment protection early — ask whether the platform or supplier supports escrow or trade assurance and what dispute terms apply — and never wire balances against unverified accounts. Put lead time, packaging, tolerance for color variance, and warranty (one listing claims a 3-year warranty) into the contract. Finally, plan reorders using the verified response time of each supplier, since a 10-hour versus 17-hour average response gap compounds across a production run.

Word Count Note

Total: approximately 1,390 words across six sections (each section within the 225–235 word range).

FAQs

What input voltage do Arduino RGB LED Module products typically use?

Most Arduino RGB LED Module listings use 12V DC input, which is compatible with standard 12V power supplies and common Arduino driver setups. Some products specify this directly in their specifications, so always confirm the voltage on the datasheet before ordering. Matching the voltage to your controller and power supply prevents flickering, overheating, or permanent damage to the module circuitry.

What waterproof ratings are available for Arduino RGB LED Module purchases?

Listings show waterproof designs with ratings including IP65 and IP68, and several modules are simply marked waterproof for outdoor signage use. Check the exact rating per model, since indoor lightbox modules may have lower protection. For storefront, channel letter, or exposed advertising installations, request the IP rating in writing and confirm sealing performance under your local climate conditions.

What is the typical MOQ for an Arduino RGB LED Module order?

Observed MOQs vary widely by model, ranging from as low as 1 piece for a 1.2W RGB module to 20 pieces and 100 pieces for other designs. Low MOQs make sampling easy, but unit pricing usually improves at higher volumes. Confirm the MOQ for your chosen specification before requesting a quotation, and ask whether sample orders can be upgraded later.

How much does an Arduino RGB LED Module cost per unit?

Listing prices for comparable modules range roughly from 0.11 to 0.28 US dollars per piece depending on chip count, power rating, and RGBIC features. Simpler lower-power modules sit at the bottom of that range, while higher-output or addressable versions cost more. Final pricing depends on order quantity, customization, and current material costs, so request quotes for your exact specification.

Can Arduino RGB LED Module suppliers customize length, chips, or colors?

Yes, customization is marked as available on multiple module listings, covering options like chip type, emitting color, and size configurations. Color temperature options in listings include RGB, RGBIC, and fixed whites in the 2700-12000K range. Discuss your Arduino control protocol, brightness, and mounting requirements with the supplier early, and confirm any tooling or setup fees before committing to a custom order.

How long does shipping take for Arduino RGB LED Module orders from China?

One verified electronics supplier on the page lists a lead time of about 23 days, though other manufacturers may differ, and one listing shows no stated lead time. Guangdong-based factories generally ship worldwide by sea, air, or express. Always confirm current production and transit times in writing, since lead times can change with order size, customization, and seasonal demand.

What certifications should I check before ordering Arduino RGB LED Module products?

One module listing lists UL, ETL, FCC, CE, UKCA, and RoHS certification, and a supplier on the page holds ISO 9001, ISO 14001, and QC 080000 system certification. Certifications vary by product and factory, so do not assume coverage. Ask for copies of valid certificates matching the exact model you plan to buy, and verify they are current for your destination market.

How fast do Arduino RGB LED Module suppliers respond to buyer inquiries?

Response times observed on this page include roughly 10 and 17.5 hours, so replies typically arrive within a day rather than instantly. Response speed varies by supplier workload and time zone differences with Guangdong factories. Send detailed inquiries covering your model, quantity, and target price, and test responsiveness with a first question before placing a large or customized order.