AWGs with 3.9 GHz bandwidth for 5G/6G and radar

Four new high-performance Arbitrary Waveform Generators (AWGs) have been unveiled by Spectrum Instrumentation, catering to demanding applications in RF and microwave signal generation. These cutting-edge AWGs boast impressive output rates of up to 10 GS/s, coupled with 16-bit vertical resolution and bandwidths reaching as high as 3.9 GHz.

Engineered with engineers and scientists in mind, these AWGs are tailored for use in advanced fields like wireless communications, radar system development, quantum research, and aerospace testing. Oliver Rovini, the CTO of Spectrum Instrumentation, expressed excitement about this launch, highlighting the significant progress it represents for the company.

According to Rovini, “This marks a significant milestone for us as we venture into the high-bandwidth domain with a product line that redefines standards in quality and capability. These new AWGs empower our customers with a tool that fosters next-generation innovation.”

Available as PCIe cards featuring up to 10 GB/s streaming, as well as standalone NETBOX units offering easy Ethernet control, these AWGs seamlessly interface with laptops, PCs, or company networks. Their compatibility with automated test systems makes them an ideal choice for integration into various setups.

With output rates reaching 10 GS/s, these AWGs facilitate ultra-fast signal generation, while the 16-bit vertical resolution ensures unparalleled signal fidelity. The analogue bandwidths of up to 3.9 GHz enable the faithful reproduction of wideband RF and microwave signals.

Noteworthy features of these AWGs include single-ended or differential outputs with up to 4 V output swings, multi-channel synchronisation for intricate signal simulations across multiple outputs, and up to 8 GSample memory per channel, enhancing flexibility in waveform generation.

These advanced features render the AWGs particularly suitable for applications that necessitate high signal quality across wide bandwidths, such as testing communication standards like 5G and 6G, simulating radar echoes, or generating waveforms for experimental physics and quantum systems.

Complementing their robust hardware, the AWGs are backed by Spectrum’s comprehensive software suite, encompassing drivers for Windows and Linux, along with programming examples for languages like C/C++, Python, MATLAB, and LabVIEW. The SBench 6 software facilitates interactive operation, enhancing the user experience.