GP00058
KEESUN
GP00058
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Revolutionize your mobile and fixed wireless deployments with the Multi-Band High-Gain 5G/GPS 9-in-1 Combined Antenna. This ultra-high-performance assembly is the definitive solution for applications that demand robust, simultaneous connectivity across next-generation cellular networks and high-precision global navigation systems. Integrating a massive total of nine distinct antenna elements into a single, low-profile rugged housing, this antenna provides the maximum possible capacity and reliability for mission-critical uses, including police vehicles, ambulances, transit fleets, and industrial IoT gateways.
The core of this 9-in-1 solution is its exceptional cellular capability, supporting the most advanced Multiple-Input Multiple-Output (MIMO) technology across the full spectrum of 4G and 5G frequencies.
7x Cellular Elements for Maximum Throughput: The unit features seven isolated antenna elements dedicated to cellular communication. This configuration is optimized to deliver true 4x4 MIMO performance for the primary router/modem connection, plus three additional elements for auxiliary, diversity, or separate modem links (e.g., dual-modem applications). This capacity is crucial for achieving the multi-gigabit speeds and low latency promised by 5G-NR networks.
Ultra-Wide Frequency Coverage: The cellular elements are tuned to cover the vast majority of global frequency bands, ensuring complete compatibility across carriers and regions:
Low-Band (600 MHz to 960 MHz): Vital for extended range, excellent building penetration, and foundational 5G-NR Sub-6 GHz coverage.
Mid/High-Band (1710 MHz to 2700 MHz): Crucial for high-capacity 4G/LTE and mid-band 5G-NR services.
Extended High-Band (3300 MHz to 5000 MHz): Essential for emerging 5G C-Band (e.g., 3.4-4.2 GHz) and other high-speed global 5G deployments.
High-Gain Optimization: Each element is engineered for a high-gain characteristic (typically 5dBi to 8dBi, depending on the frequency band) to compensate for cable losses and boost the overall signal strength. This ensures a stable link even when operating at the edge of cell coverage.
Future-Proof Design: By including seven independent wideband elements, this antenna provides the necessary diversity and capacity to support evolving 5G carrier aggregation strategies, maximizing the efficiency and speed of the connected modem.
Beyond its cellular might, the 9-in-1 antenna integrates two additional, critical elements for positioning and complementary wireless services.
Dedicated High-Gain GPS/GNSS: The unit includes a high-performance, active LNA-equipped element dedicated to receiving signals from multiple satellite constellations (GPS, GLONASS, Galileo, Beidou). This ensures extremely fast Time-To-First-Fix (TTFF) and centimeter-level accuracy (when paired with a high-accuracy receiver), vital for mission-critical tracking, fleet telematics, and high-fidelity mapping.
Auxiliary Dual-Band Wi-Fi (Optional 8-in-1 or 9-in-1): Many 9-in-1 configurations include two additional antenna elements (the 8th and 9th) dedicated to Dual-Band Wi-Fi (2.4 GHz and 5 GHz). This allows the connected gateway to serve as a high-speed hotspot for internal users (e.g., passengers, technicians), creating a unified communications hub from a single external antenna unit.
Designed for permanent mounting on vehicle rooftops or outdoor enclosures, the antenna’s physical construction prioritizes longevity, compliance, and ease of deployment.
Low-Profile, Aero-Dynamic Housing: The entire assembly is housed in a compact, rugged, and low-profile dome made from UV-stabilized, impact-resistant polycarbonate. This aerodynamic design minimizes wind resistance (drag) on vehicles and ensures covert installation when required.
IP67 Rated Waterproofing: The housing and integrated cables are sealed to meet the IP67 ingress protection standard, providing complete immunity to dust, dirt, water jets, and temporary immersion. This is non-negotiable for vehicle fleets and outdoor industrial applications exposed to severe weather and cleaning processes.
Single-Hole Mounting: Despite integrating nine different antennas, the unit is often designed for secure, tamper-resistant installation through a single large mounting hole. This simplifies and speeds up installation while minimizing vehicle modifications.
Color-Coded, Low-Loss Cables: All nine elements are connected via high-quality, low-loss coaxial cables (e.g., RG174, RG58, or similar) that are clearly labeled and color-coded. This organizational standard prevents wiring errors, simplifies connection to the multi-port modem/router, and ensures maximum signal integrity from the antenna element to the device.
The Multi-Band High-Gain 5G/GPS 9-in-1 Combined Antenna represents the pinnacle of multi-function RF design, offering a consolidated, high-performance solution that eliminates the clutter and signal interference associated with multiple individual antennas. It is the intelligent choice for enabling the full capabilities of advanced 5G, Wi-Fi, and telematics systems.
Revolutionize your mobile and fixed wireless deployments with the Multi-Band High-Gain 5G/GPS 9-in-1 Combined Antenna. This ultra-high-performance assembly is the definitive solution for applications that demand robust, simultaneous connectivity across next-generation cellular networks and high-precision global navigation systems. Integrating a massive total of nine distinct antenna elements into a single, low-profile rugged housing, this antenna provides the maximum possible capacity and reliability for mission-critical uses, including police vehicles, ambulances, transit fleets, and industrial IoT gateways.
The core of this 9-in-1 solution is its exceptional cellular capability, supporting the most advanced Multiple-Input Multiple-Output (MIMO) technology across the full spectrum of 4G and 5G frequencies.
7x Cellular Elements for Maximum Throughput: The unit features seven isolated antenna elements dedicated to cellular communication. This configuration is optimized to deliver true 4x4 MIMO performance for the primary router/modem connection, plus three additional elements for auxiliary, diversity, or separate modem links (e.g., dual-modem applications). This capacity is crucial for achieving the multi-gigabit speeds and low latency promised by 5G-NR networks.
Ultra-Wide Frequency Coverage: The cellular elements are tuned to cover the vast majority of global frequency bands, ensuring complete compatibility across carriers and regions:
Low-Band (600 MHz to 960 MHz): Vital for extended range, excellent building penetration, and foundational 5G-NR Sub-6 GHz coverage.
Mid/High-Band (1710 MHz to 2700 MHz): Crucial for high-capacity 4G/LTE and mid-band 5G-NR services.
Extended High-Band (3300 MHz to 5000 MHz): Essential for emerging 5G C-Band (e.g., 3.4-4.2 GHz) and other high-speed global 5G deployments.
High-Gain Optimization: Each element is engineered for a high-gain characteristic (typically 5dBi to 8dBi, depending on the frequency band) to compensate for cable losses and boost the overall signal strength. This ensures a stable link even when operating at the edge of cell coverage.
Future-Proof Design: By including seven independent wideband elements, this antenna provides the necessary diversity and capacity to support evolving 5G carrier aggregation strategies, maximizing the efficiency and speed of the connected modem.
Beyond its cellular might, the 9-in-1 antenna integrates two additional, critical elements for positioning and complementary wireless services.
Dedicated High-Gain GPS/GNSS: The unit includes a high-performance, active LNA-equipped element dedicated to receiving signals from multiple satellite constellations (GPS, GLONASS, Galileo, Beidou). This ensures extremely fast Time-To-First-Fix (TTFF) and centimeter-level accuracy (when paired with a high-accuracy receiver), vital for mission-critical tracking, fleet telematics, and high-fidelity mapping.
Auxiliary Dual-Band Wi-Fi (Optional 8-in-1 or 9-in-1): Many 9-in-1 configurations include two additional antenna elements (the 8th and 9th) dedicated to Dual-Band Wi-Fi (2.4 GHz and 5 GHz). This allows the connected gateway to serve as a high-speed hotspot for internal users (e.g., passengers, technicians), creating a unified communications hub from a single external antenna unit.
Designed for permanent mounting on vehicle rooftops or outdoor enclosures, the antenna’s physical construction prioritizes longevity, compliance, and ease of deployment.
Low-Profile, Aero-Dynamic Housing: The entire assembly is housed in a compact, rugged, and low-profile dome made from UV-stabilized, impact-resistant polycarbonate. This aerodynamic design minimizes wind resistance (drag) on vehicles and ensures covert installation when required.
IP67 Rated Waterproofing: The housing and integrated cables are sealed to meet the IP67 ingress protection standard, providing complete immunity to dust, dirt, water jets, and temporary immersion. This is non-negotiable for vehicle fleets and outdoor industrial applications exposed to severe weather and cleaning processes.
Single-Hole Mounting: Despite integrating nine different antennas, the unit is often designed for secure, tamper-resistant installation through a single large mounting hole. This simplifies and speeds up installation while minimizing vehicle modifications.
Color-Coded, Low-Loss Cables: All nine elements are connected via high-quality, low-loss coaxial cables (e.g., RG174, RG58, or similar) that are clearly labeled and color-coded. This organizational standard prevents wiring errors, simplifies connection to the multi-port modem/router, and ensures maximum signal integrity from the antenna element to the device.
The Multi-Band High-Gain 5G/GPS 9-in-1 Combined Antenna represents the pinnacle of multi-function RF design, offering a consolidated, high-performance solution that eliminates the clutter and signal interference associated with multiple individual antennas. It is the intelligent choice for enabling the full capabilities of advanced 5G, Wi-Fi, and telematics systems.