UC83Broadband Antenna Signal Management Distributor (2 Antennas, Dual 8-Channel)
Output channels: 8 antenna signal outputs for each A/B channel (total 16 signal outputs)
Cascading ports: Provide 1 cascading output port for A/B each, allowing cascading to the next-level antenna distributor
Data ports: Equipped with AMSaudio-WTC integrated software platform for remote debugging and management
Gain/attenuation adjustment channels: 2, each antenna input end has independent gain/attenuation adjustment
Gain/attenuation adjustment range: -18 dB to +9 dB
Adjustment method: 1dB step continuous adjustable
Frequency range: 450-950 MHz frequency range, suitable for various wireless communication and wireless audio needs
Connection interface: Standard BNC interface
Input frequency range: 470 MHz - 950 MHz
Isolation degree: > 30 dB
Input impedance: 50 Q
Output impedance: 50 Q
Insertion loss: + -1 dB
Power handling capacity: Maximum input power supported is approximately 10 dBm. Input antenna feed power: DC 12V/500mA
Power supply: Powered by external power supply, 12 VDC
Size: 1U rack-mounted design
Operating temperature range: -35°C to +75°C
RG58-80CM (length 80CM) Low Loss High Frequency Signal Cable 16 pieces
Power Distribution Cable 4 pieces
4000mAh Power Adapter 1 unit
Product combination / Combination
PRODUCT DETELS / Details
I Product features
The UC83 antenna distributor is a high-performance signal distribution device specifically designed for wireless communication and wireless audio systems. It features two independent antenna channels (Channel A and Channel B), and each channel can accommodate up to 1 antenna signal input. After being combined and processed, the signals are respectively output to 8 antenna signal output ports on both Channel A and Channel B, meeting the requirements of various application scenarios.
The AMSaudio-UC series distribution system can fully meet the needs of users. Users can freely adjust the gain or attenuation of each input signal according to different signal sources and application scenarios, ensuring the best signal quality in complex wireless environments. It can be configured with up to 2 antennas in a standalone mode, or used in a networked manner with more antenna systems for multi-area coverage.
Whether it is used for performances, fixed installations, broadcasting, wireless communication or signal testing, this antenna distributor can offer performance and convenience that surpasses traditional equipment. It truly achieves a perfect combination of flexibility and efficiency.
Flexibility:It features two independent A and B channels, which can handle multiple signal sources simultaneously and meet various application requirements.
Independent adjustment:Each input end of the antenna has an independent signal adjustment function. Users can precisely adjust the signal level according to their actual needs to ensure the best signal quality.
High performance:The low insertion loss and high isolation design ensure the stability of signal transmission and the suppression of signal crosstalk.
Stability:Using high-quality components, it offers reliable performance and a long lifespan.
Real-time monitoring:Two independent display screens show the setting parameters and application information of each channel in real time. This enables easy monitoring of signal status and equipment operation, and allows for timely adjustments to optimize performance.
Isolation (lsolation) > 30 dB：Isolation degree refers to the extent to which a particular input signal affects other signal channels in a multi-channel signal distributor. The higher the isolation degree, the smaller the interference between different input signals. Good isolation degree is a key feature of the above-mentioned significant performance.
Interference suppression：High isolation can effectively prevent interference between different signal channels, ensuring that the signal quality of each channel is not affected by other channels.
Signal integrity:In a multi-signal environment, excellent isolation can maintain the integrity of signals, prevent errors and signal distortion caused by interference, and is particularly crucial in wireless communication and broadcasting systems.
