2x2 MIMO Omnidirectional Low Profile 4G LTE 5G External Antenna SMA Male Connector with 10ft Cable for 4G/5G Routers Hotspot Verizon AT&T T-Mobile

2x2 MIMO Omnidirectional Low Profile 4G LTE 5G External Antenna SMA Male Connector with 10ft Cable for 4G/5G Routers Hotspot Verizon AT&T T-Mobile

COMPATIBILITY: Supports all major carriers including AT&T, T-Mobile, Verizon, US Cellular and more, 5dBi gain Frequency Bands (698-6000 MHz) designed for 4G LTE and 5G networks to enhance signal reception; DUAL ANTENNA SYSTEM: Features 2x2 MIMO technology for improved RV Home Internet data speeds and more reliable connectivity in weak signal areas; INSTALLATION: Comes with 10ft SMA Male cable length for flexible mounting options, Suitable for all kinds of outdoor weather, Waterproof structure; DESIGN: Low profile omnidirectional antenna construction allows for 360-degree signal reception without orientation adjustments; PERFORMANCE: Engineered to boost router and hotspot signal strength, improving download speeds and reducing connection drops; Any questions regarding the product and after-sales service only require an email from you, and we will resolve and reply within 24 hours; Enhance your cellular connectivity with this versatile 2x2 MIMO omnidirectional antenna system. Designed for optimal 4G LTE and 5G performance, this low-profile external antenna comes equipped with SMA male connectors and a generous 10ft cable for flexible placement options. The antenna works seamlessly with various 4G/5G routers and hotspots, compatible with major carriers including Verizon and AT&T. The omnidirectional design ensures consistent signal reception from multiple directions, while the MIMO technology helps improve data speeds and network reliability. Perfect for areas with challenging signal conditions, this antenna solution helps maximize the potential of your cellular devices. The durable construction and weather-resistant design make it suitable for both indoor and outdoor installations. The included 10ft cable provides ample length for optimal positioning to achieve the best possible signal strength.