Collection: Network Antennas
Network Antennas
The Network Antennas collection at Gotraka offers signal-boosting hardware engineered to enhance wireless coverage, strengthen directional transmission, and support specialised point-to-point or multipoint networking configurations. These antennas are built for users who require precise control over signal propagation in environments where standard access point performance is insufficient or inconsistent.
The range includes both omnidirectional and directional antennas, available in various gain levels to suit different transmission distances and coverage patterns. Omnidirectional models are designed to broadcast signals evenly in all directions and are commonly used to enhance general coverage in open-plan environments or outdoor spaces. Directional antennas, such as panel or Yagi types, concentrate signal strength in a specific direction, making them suitable for bridging locations or targeting specific service areas with minimal interference.
Most models in this collection are compatible with widely used frequency bands, including 2.4GHz and 5GHz, supporting use across standard Wi-Fi protocols and licensed frequency ranges where applicable. Weather-sealed housings and mounting brackets are standard for outdoor units, providing durability in exposed environments and allowing precise alignment for performance-critical links.
Network antennas in this category support deployments involving wireless bridges, surveillance systems, long-range access points, and rural broadband distribution. They are used to refine coverage zones, reduce blind spots, and extend service to areas where structured cabling is either cost-prohibitive or technically impractical.
Connection interfaces are typically standardised for compatibility with common access points, routers, and radio devices. Performance specifications such as gain, beamwidth, and VSWR are available to support informed deployment planning.
This collection is intended for users who need to shape, extend, or focus wireless signals within a network infrastructure that values range, stability, and environmental resilience.