Which is better PCB trace antenna or chip antenna?

What is a PCB Trace Antenna?

A PCB trace antenna, also known as a printed antenna or microstrip antenna, is an antenna that is directly printed or etched onto a printed circuit board (PCB). These antennas are designed using conductive traces on the PCB, which form the radiating element of the antenna. PCB trace antennas are typically low-profile, lightweight, and can be easily integrated into the design of a PCB, making them an attractive option for many wireless applications.

Advantages of PCB Trace Antennas

  1. Cost-effective: PCB trace antennas are generally less expensive to manufacture compared to chip antennas, as they can be printed directly onto the PCB using standard fabrication techniques.

  2. Space-saving: Since PCB trace antennas are integrated into the PCB design, they do not require additional space or components, making them ideal for compact devices with limited space.

  3. Customizable: PCB trace antennas can be easily customized to meet specific design requirements, such as frequency, bandwidth, and radiation pattern, by modifying the shape and dimensions of the conductive traces.

  4. Good performance: When designed properly, PCB trace antennas can provide good radiation efficiency and gain, making them suitable for a wide range of wireless applications.

Disadvantages of PCB Trace Antennas

  1. Design complexity: Designing a high-performance PCB trace antenna requires expertise in antenna theory and electromagnetic simulation. Improper design can lead to poor antenna performance and increased development time.

  2. Limited bandwidth: PCB trace antennas typically have a narrower bandwidth compared to chip antennas, which can limit their flexibility in multi-band or wideband applications.

  3. Susceptibility to PCB changes: The performance of a PCB trace antenna can be affected by changes in the PCB design, such as the addition of components or modifications to the ground plane, requiring careful consideration during the design process.

What is a Chip Antenna?

A chip antenna, also known as a ceramic chip antenna or surface-mount antenna, is a small, compact antenna that is manufactured as a standalone component. Chip antennas are typically made of ceramic material with a metallic coating and are designed to be surface-mounted onto a PCB. These antennas are widely used in wireless devices due to their small size, ease of integration, and consistent performance.

Advantages of Chip Antennas

  1. Compact size: Chip antennas are extremely small, with typical dimensions ranging from a few millimeters to a few centimeters, making them ideal for space-constrained devices.

  2. Ease of integration: Chip antennas are designed as surface-mount components, which can be easily soldered onto a PCB using standard assembly processes, simplifying the manufacturing process.

  3. Wide bandwidth: Chip antennas generally offer a wider bandwidth compared to PCB trace antennas, making them more suitable for multi-band or wideband applications.

  4. Consistent performance: Since chip antennas are manufactured as standalone components, their performance is less affected by changes in the PCB design, providing more consistent results across different devices.

Disadvantages of Chip Antennas

  1. Higher cost: Chip antennas are typically more expensive than PCB trace antennas due to the additional manufacturing and assembly costs.

  2. Limited customization: While chip antennas are available in various sizes and frequencies, they offer less flexibility in terms of customization compared to PCB trace antennas.

  3. Potential for signal loss: The connection between the chip antenna and the PCB can introduce signal loss, which may require additional matching circuits to optimize performance.

Comparison Table

Feature PCB Trace Antenna Chip Antenna
Cost Lower Higher
Size Larger Smaller
Integration Integrated into PCB Surface-mounted
Bandwidth Narrower Wider
Customization Higher Lower
Performance consistency Lower Higher

Factors to Consider When Choosing Between PCB Trace Antenna and Chip Antenna

When deciding between a PCB trace antenna and a chip antenna for your wireless device, there are several factors to consider:

  1. Frequency and bandwidth requirements: Consider the operating frequency and bandwidth of your wireless application. If your device requires multi-band or wideband operation, a chip antenna may be more suitable.

  2. Size and form factor: Evaluate the available space and form factor of your device. If space is limited, a chip antenna may be the better choice due to its compact size.

  3. Cost and manufacturing: Consider the cost and manufacturing implications of each antenna type. PCB trace antennas are generally less expensive and can be easily integrated into the PCB fabrication process, while chip antennas require additional components and assembly steps.

  4. Performance requirements: Assess the performance requirements of your wireless application, such as range, data rate, and radiation pattern. Both PCB trace antennas and chip antennas can provide good performance when designed properly, but chip antennas may offer more consistent results across different devices.

  5. Design expertise: Consider the available design expertise and resources within your team. Designing a high-performance PCB trace antenna requires specialized knowledge and simulation tools, while chip antennas can be more easily integrated into a design using manufacturer-provided guidelines and matching networks.


  1. Q: Can a PCB trace antenna be used for Bluetooth applications?
    A: Yes, PCB trace antennas can be designed to operate in the 2.4 GHz frequency band, which is commonly used for Bluetooth applications. However, careful design and optimization are required to ensure good performance and meet the specific requirements of the Bluetooth standard.

  2. Q: Are chip antennas suitable for GPS applications?
    A: Yes, chip antennas are widely used in GPS applications due to their compact size and ability to operate in the 1.575 GHz frequency band. Many chip antenna manufacturers offer GPS-specific antenna solutions that are optimized for high sensitivity and low power consumption.

  3. Q: Can a PCB trace antenna be designed for multiple frequency bands?
    A: While it is possible to design a PCB trace antenna for multiple frequency bands, it can be challenging to achieve good performance across all desired bands. In such cases, using separate PCB trace antennas for each frequency band or opting for a wideband chip antenna may be more appropriate.

  4. Q: How does the placement of a chip antenna on a PCB affect its performance?
    A: The placement of a chip antenna on a PCB can have a significant impact on its performance. It is important to follow the manufacturer’s guidelines for antenna placement, including recommendations for ground plane size, clearance, and proximity to other components. Improper placement can lead to reduced efficiency, distorted radiation patterns, and increased signal loss.

  5. Q: Can a PCB trace antenna be used in a device with a metal enclosure?
    A: Using a PCB trace antenna in a device with a metal enclosure can be challenging, as the metal can interfere with the antenna’s radiation characteristics. In such cases, careful design and placement of the antenna are crucial to minimize the impact of the metal enclosure. Alternatively, an external antenna or a chip antenna specifically designed for use with metal enclosures may be more suitable.


Choosing between a PCB trace antenna and a chip antenna for your wireless device depends on various factors, including frequency and bandwidth requirements, size and form factor, cost and manufacturing, performance requirements, and available design expertise. Both antenna types have their advantages and disadvantages, and the best choice will depend on the specific needs of your application.

PCB trace antennas offer cost-effective, space-saving, and customizable solutions, making them attractive for many wireless applications. However, they require specialized design expertise and may be more susceptible to changes in the PCB design.

Chip antennas, on the other hand, provide compact, easy-to-integrate, and consistently performing solutions, making them ideal for space-constrained devices and applications requiring wider bandwidth. However, they come at a higher cost and offer less flexibility in terms of customization.

By carefully evaluating your application’s requirements and considering the factors outlined in this article, you can make an informed decision on whether a PCB trace antenna or a chip antenna is the better choice for your wireless device.