GY-NEO-6M 7M 8M Active Ceramic Antenna Passive Patch Zpaxo Active ceramics

GY-NEO6M GPS Active Ceramic Antenna & Passive Patch

Active ceramics
$4.49
Sale price  $4.49 Regular price  $5.55
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GY-NEO-6M 7M 8M Active Ceramic Antenna Passive Patch Zpaxo Active ceramics

GY-NEO6M GPS Active Ceramic Antenna & Passive Patch

$4.49
Sale price  $4.49 Regular price  $5.55
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GY-NEO6M GPS Active Ceramic Antenna & Passive Patch

Upgrade your GPS module setup with the GY-NEO6M / NEO-7M / NEO-8M Active Ceramic Antenna and Passive Patch Antenna. Designed for compatibility with popular GPS receiver modules, this compact ceramic antenna delivers strong signal acquisition and stable satellite tracking — ideal for hobbyists, engineers, and makers building navigation, drone, robotics, or IoT projects.

Whether you need an active ceramic antenna (with built-in LNA amplifier for extended cable runs) or a passive patch antenna (lightweight and low-profile for compact builds), this versatile solution covers your GPS connectivity needs. Available in 3 configuration options to match your specific module and project requirements.

Key Features

  • Broad Compatibility: Works with GY-NEO-6M, NEO-7M, NEO-8M GPS modules and similar u-blox-based boards.
  • Active & Passive Options: Active ceramic antenna includes a low-noise amplifier (LNA) for superior signal sensitivity; passive patch antenna is ideal for short-range, low-profile applications.
  • Ceramic Patch Design: Durable ceramic element provides reliable GPS signal reception at the 1575.42 MHz L1 frequency band.
  • Compact & Lightweight: Easy to mount or integrate into enclosures, drones, vehicles, and embedded systems.
  • Plug-and-Play: Standard connector interface for quick, hassle-free installation — no soldering required.
  • 3 Options Available: Choose the configuration that best fits your build.

Ideal Applications

  • Arduino / Raspberry Pi GPS projects
  • Drone and UAV navigation systems
  • Vehicle and asset GPS tracking
  • Robotics and autonomous navigation
  • IoT and embedded positioning systems

Specifications

  • Frequency: GPS L1 – 1575.42 MHz
  • Antenna Type: Active Ceramic / Passive Ceramic Patch
  • Compatible Modules: GY-NEO-6M, NEO-7M, NEO-8M, and similar u-blox GPS modules
  • Connector: Standard IPEX / U.FL (see option selection)

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Frequently Asked Questions

Q: What is the GY-NEO6M active ceramic GPS antenna compatible with?

A: This active ceramic antenna and passive patch antenna is compatible with popular u-blox GPS modules including the GY-NEO-6M, NEO-7M, and NEO-8M. It works seamlessly with Arduino, Raspberry Pi, drones, robotics, and other embedded navigation systems that use standard IPEX/U.FL connectors.

Q: What is the difference between the active and passive GPS antenna options?

A: An active ceramic antenna contains a built-in low-noise amplifier (LNA), which boosts GPS signal strength — ideal when using longer cable runs or in environments with weaker signal. A passive patch antenna has no amplifier and is lighter and more compact, making it perfect for short-range use cases or builds where space and weight are critical, such as small drones or embedded PCB projects.

Q: Is this GPS antenna easy to install?

A: Yes! The antenna features a standard IPEX/U.FL connector that plugs directly into compatible GPS modules — no soldering required. Simply connect the antenna to your module and your system is ready to acquire GPS satellites right away.

Q: What frequency does this ceramic GPS antenna operate on?

A: This antenna operates on the GPS L1 frequency band at 1575.42 MHz, which is the standard frequency used by civilian GPS satellite systems worldwide, ensuring broad compatibility and reliable satellite lock.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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