⚠️ EXCLUSIVE COMPATIBILITY NOTICE
This antenna is engineered ONLY for ASUS Q-Antenna quick-connect (push-on) interfaces found on the latest WiFi 7 motherboards. It will NOT fit standard RP-SMA threaded screw-on ports. Please confirm your motherboard I/O shield features the push-on design before ordering.
Unleash WiFi 7 Performance
Step into the future of wireless networking with the Eightwood WiFi 7 Tri-Band Antenna. Specifically designed to harness the power of the 6GHz spectrum, this antenna ensures your high-end ASUS rig achieves maximum throughput with ultra-low latency, making it the ultimate upgrade for competitive gaming and 8K streaming.
Key Features & Value
- Next-Gen Tri-Band Integration: Optimized for 2.4GHz, 5GHz, and the lightning-fast 6GHz (up to 7125MHz) bands for seamless WiFi 7 and WiFi 6E performance.
- Instant Signal Boost: High-gain 5.0dBi omnidirectional design significantly extends range and improves Bluetooth/WiFi stability in crowded signal environments.
- Heavy-Duty Magnetic Base: Securely attach your antenna to any steel PC surface to achieve the perfect line-of-sight for peak reception.
- Premium RG174 Low-Loss Cables: Dual 6.5ft (200cm) shielded cables provide the flexibility to place the antenna away from interference-heavy PC components.
- Zero-Friction Installation: The gold-plated push-on connectors offer a secure, rapid connection with superior conductivity compared to standard connectors.
Technical Specifications
| Frequency Bands | 2.4GHz / 5GHz / 6GHz (2400-7125 MHz) |
| Gain / VSWR | 5.0 dBi / ≤ 2.0 |
| Connector Type | ASUS Q-Antenna (Proprietary Push-On) |
| Cable Spec | Dual RG174 Coaxial / 6.5 Feet (2m) |
| Polarization | Linear Vertical / Omnidirectional |
Verified Compatibility
ROG Strix: X870E-E, X870-I, X870-A, Z890-E, Z890-H, Z890-A, B850 & B860-I Gaming Series
TUF Gaming: Z890-PLUS, X870E-PLUS, X870-PLUS, B850-PLUS, B860-PLUS, B650E-E/PLUS
ProArt / Maximus: Z890-Creator, X870E-Creator, Z890 Hero, X870E Hero/Extreme
Prime: X870-P, B650-PLUS WiFi (Push-On Versions)










