SGR3008B RF Broadband Transceiver

The SGR3008B is a high-performance PXIe RF broadband transceiver. It covers the 9 kHz–8.5 GHz frequency range with a real-time bandwidth of up to 1 GHz. Featuring a dual‑slot PXIe architecture, it facilitates system integration and flexible scalability, meeting the precision requirements of R&D‑grade test equipment while also supporting high‑speed, highly integrated production‑test applications.

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RF Radio Frequency Instruments

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  • Product Description

    ▍Product Overview:

    The SGR3008B is a high-performance PXIe RF broadband transceiver. It covers the 9 kHz–8.5 GHz frequency range with a real-time bandwidth of up to 1 GHz. Featuring a dual‑slot PXIe architecture, it facilitates system integration and flexible scalability, meeting the precision requirements of R&D‑grade test equipment while also supporting high‑speed, highly integrated production‑test applications.
    With a comprehensive suite of software tools, the SGR3008B is well-suited for a wide range of applications, meeting test requirements for cellular communication and wireless connectivity standards such as 5G NR and WLAN, while leveraging the PXIe system’s scalability to rapidly deploy multi‑channel coherent synchronization systems.
    The SGR3008B also provides FPGA resources that can be further developed, enabling customers to meet the demands of complex application scenarios.
    Define functional requirements to support prototyping and system validation.

     

    ▍Product Features:

    Frequency range: 9 kHz–8.5 GHz; can be extended into the microwave band when used with a frequency converter.
    With a signal generation and analysis bandwidth of up to 1 GHz, it delivers comprehensive coverage for high-bandwidth applications.
    Dedicated high-precision synchronization interface, supporting multi-channel coherent synchronization and enabling rapid deployment of multi-channel transceiver systems.
    It supports custom FPGA development, meeting the needs of tailored applications such as prototype design and real-time signal processing.
    Two-slot compact design, facilitating integration and expansion.

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