EX20037
Keesun
EX20037
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When standard Wi-Fi or cellular frequencies fail to provide the required range or signal penetration, specialized low-frequency bands are essential. Our 470–510 MHz External Antenna for Router is a precision-engineered component designed to facilitate robust, long-distance communication within the highly specific UHF (Ultra High Frequency) band. This antenna is ideally suited for professional, governmental, or industrial applications that utilize this frequency range for dedicated data links, telemetry, and Fixed Wireless Access (FWA), providing a critical connectivity solution that leverages the inherent advantages of lower frequencies.
Operating within this dedicated UHF spectrum provides unique advantages over higher-frequency solutions, showcasing deep Expertise in RF propagation physics:
Superior Range and Penetration: Signals in the 470–510 MHz band experience less path loss and more effectively penetrate physical obstructions (such as buildings, dense foliage, and hills) compared to 900 MHz or higher bands. This is critical for achieving reliable links in challenging urban or remote geographical areas.
Reduced Interference: While adjacent to broadcast TV, this narrow band is often reserved or licensed for specific private or public safety network deployments, offering a clearer channel for dedicated data transmission than crowded ISM bands.
Stability for Data: The robust nature of these lower frequency signals ensures high link stability, which is vital for uninterrupted telemetry, command and control, and low-latency data transmission.
The function of an External Antenna is to maximize signal capture by positioning the element outside of enclosures and away from interference sources.
Optimal Placement: This external design allows users to mount the antenna high up on a mast, wall, or rooftop, ensuring a clear line-of-sight path, which is especially important for maximizing the potential range of UHF signals.
Robust Housing: Built for deployment in varied weather conditions, the antenna features durable, weather-resistant materials to protect the radiating elements from moisture, dust, and UV exposure. Its construction ensures long-term Trustworthiness and minimal maintenance.
Omni-Directional or Directional: Depending on the specific model (dipole for omni-directional coverage or Yagi/Panel for directional links), the external form factor maximizes performance for either wide-area coverage or point-to-point connections.
While this is not a standard Wi-Fi antenna, it is designed to interface with industrial or specialized Routers that have external antenna ports.
SMA Male Connector: The antenna is typically terminated with an SMA Male (M) Connector (SubMiniature version A). This professional standard ensures a secure, high-integrity threaded connection to the specialized radio module within the router that handles the 470–510 MHz frequency.
FWA and IoT Gateways: This antenna is the ideal companion for Industrial IoT Gateways, specialized telemetry routers, and FWA CPE (Customer Premise Equipment) that require dedicated external antennas for UHF band operation. Users must ensure their router or radio module is explicitly capable of operating in the 470–510 MHz band.
Ease of Connection: The SMA interface provides a secure, simple, plug-and-play connection, minimizing installation complexity while maintaining professional-grade signal integrity.
This specialized 470–510 MHz External Antenna is a crucial component for organizations requiring dedicated, high-reliability links, providing Authority in its specific field:
Public Safety Networks: Deploying private data networks for first responders, emergency services, and security teams.
Utility Infrastructure: Implementing long-range, robust communication for smart grid, remote monitoring, and meter reading (AMR/AMI) systems.
Industrial Telemetry: Creating reliable, dedicated links for SCADA systems, remote pipeline monitoring, and fixed asset tracking.
Licensed Data Links: Supporting applications operating under specific government or private commercial licenses within this regulated frequency block.
By choosing this professionally tuned antenna, you are investing in a dedicated, high-performance solution that leverages the unique long-range characteristics of the 470–510 MHz spectrum for critical applications.
When standard Wi-Fi or cellular frequencies fail to provide the required range or signal penetration, specialized low-frequency bands are essential. Our 470–510 MHz External Antenna for Router is a precision-engineered component designed to facilitate robust, long-distance communication within the highly specific UHF (Ultra High Frequency) band. This antenna is ideally suited for professional, governmental, or industrial applications that utilize this frequency range for dedicated data links, telemetry, and Fixed Wireless Access (FWA), providing a critical connectivity solution that leverages the inherent advantages of lower frequencies.
Operating within this dedicated UHF spectrum provides unique advantages over higher-frequency solutions, showcasing deep Expertise in RF propagation physics:
Superior Range and Penetration: Signals in the 470–510 MHz band experience less path loss and more effectively penetrate physical obstructions (such as buildings, dense foliage, and hills) compared to 900 MHz or higher bands. This is critical for achieving reliable links in challenging urban or remote geographical areas.
Reduced Interference: While adjacent to broadcast TV, this narrow band is often reserved or licensed for specific private or public safety network deployments, offering a clearer channel for dedicated data transmission than crowded ISM bands.
Stability for Data: The robust nature of these lower frequency signals ensures high link stability, which is vital for uninterrupted telemetry, command and control, and low-latency data transmission.
The function of an External Antenna is to maximize signal capture by positioning the element outside of enclosures and away from interference sources.
Optimal Placement: This external design allows users to mount the antenna high up on a mast, wall, or rooftop, ensuring a clear line-of-sight path, which is especially important for maximizing the potential range of UHF signals.
Robust Housing: Built for deployment in varied weather conditions, the antenna features durable, weather-resistant materials to protect the radiating elements from moisture, dust, and UV exposure. Its construction ensures long-term Trustworthiness and minimal maintenance.
Omni-Directional or Directional: Depending on the specific model (dipole for omni-directional coverage or Yagi/Panel for directional links), the external form factor maximizes performance for either wide-area coverage or point-to-point connections.
While this is not a standard Wi-Fi antenna, it is designed to interface with industrial or specialized Routers that have external antenna ports.
SMA Male Connector: The antenna is typically terminated with an SMA Male (M) Connector (SubMiniature version A). This professional standard ensures a secure, high-integrity threaded connection to the specialized radio module within the router that handles the 470–510 MHz frequency.
FWA and IoT Gateways: This antenna is the ideal companion for Industrial IoT Gateways, specialized telemetry routers, and FWA CPE (Customer Premise Equipment) that require dedicated external antennas for UHF band operation. Users must ensure their router or radio module is explicitly capable of operating in the 470–510 MHz band.
Ease of Connection: The SMA interface provides a secure, simple, plug-and-play connection, minimizing installation complexity while maintaining professional-grade signal integrity.
This specialized 470–510 MHz External Antenna is a crucial component for organizations requiring dedicated, high-reliability links, providing Authority in its specific field:
Public Safety Networks: Deploying private data networks for first responders, emergency services, and security teams.
Utility Infrastructure: Implementing long-range, robust communication for smart grid, remote monitoring, and meter reading (AMR/AMI) systems.
Industrial Telemetry: Creating reliable, dedicated links for SCADA systems, remote pipeline monitoring, and fixed asset tracking.
Licensed Data Links: Supporting applications operating under specific government or private commercial licenses within this regulated frequency block.
By choosing this professionally tuned antenna, you are investing in a dedicated, high-performance solution that leverages the unique long-range characteristics of the 470–510 MHz spectrum for critical applications.
| Name | Value |
| Antenna Type | EXTERNAL ANTENNAS,WIFI ANTENNA |
| Impedance | 50 |
| Minimum Operating Temperature | ’-40℃ |
| Maximum Operating Temperature | ’85℃ |
| Mounting Style | Terminal |
| Termination Style | Connector |
| Antenna Connector Type | RP-SMA |
| Polarity | Linear |
| Frequency Range | 2.4GHz |
| Connector Polarity | Reverse |
| Cable Length (mm) | n/a |
| Packaging | PE Bag, Carton |
| VSWR | 0 |
| IP Rating | IP67 |
| RoHS | Yes |
| Name | Value |
| Antenna Type | EXTERNAL ANTENNAS,WIFI ANTENNA |
| Impedance | 50 |
| Minimum Operating Temperature | ’-40℃ |
| Maximum Operating Temperature | ’85℃ |
| Mounting Style | Terminal |
| Termination Style | Connector |
| Antenna Connector Type | RP-SMA |
| Polarity | Linear |
| Frequency Range | 2.4GHz |
| Connector Polarity | Reverse |
| Cable Length (mm) | n/a |
| Packaging | PE Bag, Carton |
| VSWR | 0 |
| IP Rating | IP67 |
| RoHS | Yes |