GL868AN01 868MHz RF Antenna 2 Multi Connector Options Connector Mount
SKU GL868AN01
GL868AN01 is a 868 MHz rf antenna with 2 gain, Multi Connector Options, and Connector Mount support for RF, IoT, ISM, or wireless equipment projects.
Need custom cable length, connector, or frequency support? Send us the SKU and project requirements.
| SKU | GL868AN01 |
|---|---|
| Frequency | 868 MHz |
| Dimensions | 50.5xPhi 10.4 |
| Connector | Multi Connector Options |
| Mounting | Connector Mount |
| Application | Industrial IoT, LoRaWAN Gateway |
| Category | Lora Antenna |
Product Overview
GL868AN01 868MHz RF Antenna 2 Multi Connector Options Connector Mount is an Rftech rf antenna for Industrial IoT, LoRaWAN Gateway. It is selected for projects that need a defined RF band, practical mechanical integration, and a clear model reference for sampling, quotation, or customization work.
The GL868AN01 configuration lists 868 MHz operation with 2 gain, Multi Connector Options connector support, Connector Mount installation, and 50.5xPhi 10.4 dimensions where applicable. These values help engineers check electrical fit, enclosure space, cable routing, and mounting constraints before requesting samples.
Key Features
- 868 MHz operating coverage for lora antenna applications.
- 2 gain rating for model-level RF comparison.
- Multi Connector Options connector configuration for integration planning.
- Connector Mount installation style for device, enclosure, or site deployment.
- SKU GL868AN01 reference for sample requests, drawings, and quotation support.
Electrical Specifications
The table summarizes the published product parameters for selection review. Confirm final limits, tuning margin, and test conditions with Rftech when the antenna will be used in a new enclosure, vehicle, gateway, meter, or outdoor installation.
| Frequency Range | 868 MHz |
|---|---|
| Gain | 2 |
| Polarization | Vertical |
| Nominal Impedance | 50 |
| Max Power | 10 |
| VSWR | <=2.5 |
| Antenna Dimensions | 50.5xPhi 10.4 |
| Weight | 2 |
| MaxPower(W) | 10 |
| Connector Type | Multi Connector Options |
| Installation Method | Connector Mount |
Mechanical and Installation Notes
GL868AN01 should be checked against the available mounting surface, cable route, connector orientation, nearby metal, ground plane size, and expected service environment. The listed Connector Mount format and 50.5xPhi 10.4 mechanical reference help determine whether the antenna can be installed without stressing the cable, connector, radome, or PCB interface.
For compact antennas, small changes in housing material, adhesive position, cable bend radius, or metal clearance can shift VSWR, bandwidth, radiation efficiency, and measured gain. For fiberglass, magnetic, rubber, screw, Yagi, PCB, and panel formats, review the final installation position before production approval.
Typical Applications
GL868AN01 868MHz RF Antenna 2 Multi Connector Options Connector Mount can be used in Industrial IoT, LoRaWAN Gateway and related RF systems when the operating band and connector arrangement match the end device. Typical selection work includes LoRaWAN gateways, industrial IoT terminals, smart metering, remote monitoring, telemetry, broadband equipment, RF links, and wireless device integration.
Project teams should match the SKU to the target frequency plan, required coverage area, cable length, mounting surface, connector preference, environmental exposure, and expected order quantity. Rftech can support model selection, sample preparation, tuning review, and custom cable or connector requirements.
Compliance and Environment
Where ROHS, material, ingress protection, humidity, temperature, lightning protection, vibration, or radome information is listed, use those values as part of the product qualification checklist. Outdoor, high-humidity, high-vibration, and long-life programs should confirm sealing, mounting hardware, packaging, and inspection requirements before mass production.
Engineering Selection Notes
Before ordering GL868AN01, compare operating frequency, gain, VSWR, impedance, polarization, connector, cable, mounting method, and mechanical size against the real installation. Antenna performance should be reviewed in the final device or site position because nearby materials, cable routing, and installation height can affect tuning and coverage.
Sampling and Customization Support
Send Rftech the SKU GL868AN01, target frequency, mounting space, connector preference, cable length, expected quantity, and application environment when requesting samples or quotation support. The team can review custom cable, connector, bracket, label, packaging, tuning, and technical file requirements for the project.
Selection and Project Support
GL868AN01 868MHz RF Antenna 2 Multi Connector Options Connector Mount is listed by Rftech for RF antenna and wireless connectivity projects in the Lora Antenna category. Use the specifications, images, and notes on this page as the starting point for model review before requesting drawings, samples, or customization support.
Integration Notes
Before production, confirm the operating band, connector, cable, mounting method, available installation space, and target application environment. Rftech can help review these details against the information already shown for this product (SKU GL868AN01).
Customization and Documentation
For OEM or ODM projects, contact the team with your required frequency range, connector preference, cable length, mechanical limits, and expected use case. Product drawings, samples, and project-specific recommendations can be requested when the available page details are not enough for final selection.
Similar Products
Explore related antenna options
Lora Antenna
GL-DY145 700-2700MHz Fiberglass Antenna 3 IPEX Connector Mount
SKU: GL-DY145 | 700-2700 MHz
Lora Antenna
GL916R35 916.0+/-3(Mhz) Ceramic Antenna Multi Connector Options
SKU: GL916R35 | 916.0+/-3(Mhz)
Lora Antenna
GL900A 900900MHz Fiberglass Antenna N Female Pole Mount RF Antenna
SKU: GL900A | 900 900MHz
Lora Antenna
GL-DY800V7 824-896MHz Panel Antenna 6.7 N Female Pole Mount 25022060mm
SKU: GL-DY800V7 | 824-896 MHz




