ARGB 5V 3-Pin Silicone LED Strip 26 LEDs | AURA SYNC PC Case
ARGB Silicone LED Light Strip for PC Cases — 26 LEDs, 5V, AURA SYNC Compatible
Transform your PC build with this flexible silicone ARGB light strip. Featuring 26 high-density LED beads in a 300mm bar, the F300 delivers vibrant, full-color illumination across three luminous surfaces — giving your chassis a stunning layered lighting effect. Whether you're building a sleek monochrome rig or a dynamic rainbow showpiece, this strip has you covered.
Key Features
- 26 High-Density LED Beads: Packed into a 300mm silicone tube, the F300 delivers bright yet soft, non-dazzling light. The square-tube design offers 3-sided full luminescence plus a thin-strip side — essentially two lighting styles in one bar.
- Premium Silicone Construction: Milky-white silicone housing provides exceptional light diffusion, flexible handling, and a clean, polished appearance when lit. Colors appear rich, vibrant, and consistent across all 16 million programmable hues.
- 5V ARGB AURA SYNC Compatible: Supports addressable RGB (5V 3-pin) for ASUS, MSI, Gigabyte, ASRock, and other major motherboards. Control lighting effects and synchronize colors via your motherboard's software.
- Multi-Interface Design: Includes dual 5V 3-pin connectors (one female for motherboard, one male for daisy-chaining) plus a small 4-pin interface for Coolmoon brand controllers — ideal when your motherboard lacks a native ARGB header.
- Easy, Clean Installation: Comes with transparent mounting clips and double-sided adhesive tape. Fits most standard PC cases on the market. Insulation protection caps included to prevent short circuits on unused pins.
Specifications
| Model | F300 |
| Material | Silicone + ABS |
| Voltage | 5V DC |
| Current | 0.66A ± 10% |
| Power | 3.12W ± 10% |
| LED Count | 26 beads |
| Interface | 3-Pin × 2 + 4-Pin |
| Wire Length | 500 ± 10mm (19.69 ± 0.39 in) |
| Dimensions | 300 × 12 × 12 mm (11.81 × 0.47 × 0.47 in) |
| Weight | 80g |
| Country of Origin | Made in Mainland China |
What's in the Box
- 1 × ARGB Silicone LED Light Strip (F300)
Installation Guide
- Apply double-sided adhesive tape to the transparent fixing clips.
- Press the transparent clips onto the light strip.
- Peel off the red protective film from the adhesive surface.
- Stick the light strip securely to your desired position inside the PC chassis.
Note: If your motherboard does not have a 5V ARGB header, you can use a compatible Coolmoon brand controller (sold separately) to unlock full lighting effects. Slight color variations may occur due to monitor display settings. Please allow ±1–2cm tolerance due to manual measurement.
For guidance on safe PC component installation and electrical safety, visit CPSC Electrical Safety.
Frequently Asked Questions
Q: Is this ARGB LED strip compatible with my Gigabyte, ASUS, or MSI motherboard?
A: Yes. The F300 silicone ARGB strip supports 5V 3-pin addressable RGB headers found on major motherboard brands including Gigabyte, ASUS (AURA SYNC), MSI (Mystic Light), and ASRock (Polychrome Sync). Simply plug the female 3-pin connector into your motherboard's 5V ARGB header and control it through your motherboard's native lighting software.
Q: What if my motherboard doesn't have a 5V ARGB header?
A: No problem. The strip also features a small 4-pin connector that works with the Coolmoon brand controller (sold separately). This lets you control lighting effects and color modes independently without a compatible motherboard header.
Q: Can I connect multiple light strips together?
A: Yes. The dual 3-pin design (one male, one female) allows you to daisy-chain multiple ARGB strips or connect them alongside other 5V ARGB accessories for a coordinated, whole-system lighting setup.
Q: What makes silicone better than standard ARGB strip materials?
A: The milky-white silicone housing acts as a premium light diffuser, softening and evening out the light output so you get smooth, full-color illumination without visible hot spots. It's also more flexible and durable than standard plastic strip housings, making routing and installation easier inside tight PC cases.