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Indoor Far Field Antenna Test System

This system is currently the largest indoor far-field test system in the mobile communications industry. The chamber has undergone a rigorous simulation design. The main reflection area is covered with a 1.6-meter-high wave-absorbing material, and the Fresnel area is designed with Chebyshev waves to minimize measurement errors caused by reflection.

  • Chamber Dimension

    Chamber Dimension

    75m×40m×40m (L*W*H)

  • Quiet Zone Dimension

    Quiet Zone Dimension

    3.5m x 3.5m x 3.5m

  • Distance of Transmitting to Receiving

    Distance of Transmitting to Receiving

    75m×40m×40m (L*W*H)

  • Gain Tolerance

    Gain Tolerance

    <±0.5dB

  • Repetitive Accuracy of the Gain

    Repetitive Accuracy of the Gain

    <±0.2dB

168 Probe Near Field Test System

This chamber is currently one of the largest and most advanced near-field test systems in the communications industry. The test turntable has high precision, stable rotation, and has the functions of translation and swing. The chamber also has the function of constant temperature and humidity environment control. Verified by CTTL and Kell Laboratory, the system has the advantages of high stability and small test tolerance.

  • Chamber Dimension

    Chamber Dimension

    12m×10m×10m (L*W*H)

  • Quiet Zone Dimension

    Quiet Zone Dimension

    3m x 3m x 3m

  • Distance of Transmitting to Receiving

    Distance of Transmitting to Receiving

    3m

  • Maximum Tolerable Weight

    Maximum Tolerable Weight

    110kg

  • Gain Tolerance

    Gain Tolerance

    <0.5dB

  • Repetitive Accuracy of the Gain

    Repetitive Accuracy of the Gain

    <0.25dB

Indoor Far Field Antenna Test System

This system is currently the largest indoor far-field test system in the mobile communications industry. The chamber has undergone a rigorous simulation design. The main reflection area is covered with a 1.6-meter-high wave-absorbing material, and the Fresnel area is designed with Chebyshev waves to minimize measurement errors caused by reflection.

  • Chamber Dimension

    Chamber Dimension

    75m×40m×40m (L*W*H)

  • Quiet Zone Dimension

    Quiet Zone Dimension

    3.5m×3.5m× 3.5m (L*W*H)

  • Distance of Transmitting to Receiving

    Distance of Transmitting to Receiving

    75m×40m×40m (L*W*H)

  • Gain Tolerance

    Gain Tolerance

    <±0.5dB

  • Repetitive Accuracy of the Gain

    Repetitive Accuracy of the Gain

    <±0.2dB

168 Probe Near Field Test System

This chamber is currently one of the largest and most advanced near-field test systems in the communications industry. The test turntable has high precision, stable rotation, and has the functions of translation and swing. The chamber also has the function of constant temperature and humidity environment control. Verified by CTTL and Kell Laboratory, the system has the advantages of high stability and small test tolerance.

  • Chamber Dimension

    Chamber Dimension

    12m×10m×10m (L*W*H)

  • Quiet Zone Dimension

    Quiet Zone Dimension

    3m×3m× 3m (L*W*H)

  • Distance of Transmitting to Receiving

    Distance of Transmitting to Receiving

    3m

  • Maximum Tolerable Weight

    Maximum Tolerable Weight

    110kg

  • Gain Tolerance

    Gain Tolerance

    <0.5dB

  • Repetitive Accuracy of the Gain

    Repetitive Accuracy of the Gain

    <0.25dB

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