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China LTCC Antenna Suppliers - High-Performance Low Temperature Co-fired Ceramic Antenna Factory for 5G & IoT Applications
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China LTCC Antenna Suppliers - High-Performance Low Temperature Co-fired Ceramic Antenna Factory for 5G & IoT Applications

The LTCC antenna (Low Temperature Co-fired Ceramic antenna) is a cutting-edge RF component designed for high-frequency applications, including 5G communication, satellite navigation (GNSS), Wi-Fi, and Bluetooth. Manufactured in China using advanced multilayer ceramic co-firing technology, this antenna offers a stable dielectric constant, low loss, and a compact form factor. By embedding conductive circuits within ceramic layers, our LTCC antennas allow for high integration and innovative three-dimensional circuit designs, ensuring exceptional signal stability and environmental reliability. As a leading factory and supplier in the industry, we provide high-performance LTCC antennas widely used in smart devices, automotive electronics, and IoT equipment. Choose our products for unmatched quality and efficiency in your next project
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    Key Features

    Anteannae Code Description
    Type 01
    1.1 Appearance & Dimensions (mm)
    Type 01 Antennae Dimensions
    1.2 Electrical Characteristics
    Part Number US.ANT-1608-1558-001
    Frequency Range f1: 1574 ~ 1577 MHz
    Frequency Range f2: 2400 ~ 2484 MHz
    Frequency Range f3: 5150 ~ 5850 MHz
    VSWR 4.0 max.
    Polarization Linear
    PCB size (mm) 60 x 35
    Antenna keep-out area (mm) 26 x 10
    Impedance 50 Ω
    Power Capacity 2.0 w max.
    1.3 Characteristics Curve
    Type 01 2.4GHz CurveType 01 5.5GHz CurveType 01 GPS Curve
    Type 02
    2.1 Appearance & Dimensions (mm)
    Type 02 Antennae Dimensions
    2.2 Electrical Characteristics
    Part Number US.ANT-5010-2450-M01
    Central Frequency 2450 MHz
    Bandwidth 100(typ.) MHz
    VSWR ≤2.0
    Peak Gain 2.97 dBi
    Impedance 50 Ohm
    Polarization Linear
    Azimuth Beamwidth Omni-directional
    2.3 Characteristics Curve
    Type 02 Characteristics Curve
    Type 03
    3.1 Appearance & Dimensions (mm)
    Type 03 Antennae Dimensions
    3.2 Electrical Characteristics
    Part Number US.ANT-2012-2450-D01
    Central Frequency 2450 MHz
    Bandwidth 110(typ.) MHz
    VSWR ≤2.0
    Peak Gain 3.32 dBi
    Impedance 50 Ohm
    Polarization Linear
    Azimuth Beamwidth Omni-directional
    3.3 Characteristics Curve
    Type 03 Characteristics Curve
    Type 04
    4.1 Appearance & Dimensions (mm)
    Type 04 Antennae Dimensions
    4.2 Electrical Characteristics
    Part Number US.ANT-3216-2450-D01
    Central Frequency 2450 MHz
    Bandwidth 110(typ.) MHz
    VSWR ≤2.0
    Peak Gain 4.21 dBi
    Impedance 50 Ohm
    Polarization Linear
    Azimuth Beamwidth Omni-directional
    4.3 Characteristics Curve
    Type 04 Characteristics Curve
    Frequently Asked Questions
    Q1: What frequency bands does the Type 01 chip antenna support?
    Type 01 supports multiple frequency ranges: f1 (1574 ~ 1577 MHz), f2 (2400 ~ 2484 MHz), and f3 (5150 ~ 5850 MHz), making it suitable for GPS, 2.4GHz, and 5GHz applications.
    Q2: What is the typical impedance of these chip antennas?
    All listed antenna models (Type 01, Type 02, Type 03, and Type 04) feature a standard nominal impedance of 50 Ohms.
    Q3: What is the VSWR rating for the Type 02, Type 03, and Type 04 antennas?
    Type 02, Type 03, and Type 04 antennas all feature a VSWR (Voltage Standing Wave Ratio) of ≤2.0, indicating excellent impedance matching and signal transmission efficiency.
    Q4: Are the Type 02, 03, and 04 antennas directional or omni-directional?
    These antennas are designed with an omni-directional azimuth beamwidth, which ensures uniform signal radiation and reception in all horizontal directions.
    Q5: What type of polarization do these chip antennas use?
    All four types of antennas listed in the technical specifications feature linear polarization.
    Q6: Which antenna model provides the highest peak gain?
    Among the 2450 MHz models, the Type 04 antenna (US.ANT-3216-2450-D01) provides the highest peak gain at 4.21 dBi.

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