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S9106A 5G Multiband Vector Transceiver
Discover a streamlined, non-signaling, up to 4x4 MIMO measurement system
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Highlights
The Keysight S9106A 5G multiband vector transceiver offers lower test costs and a reduced footprint for your multiple-input / multiple-output (MIMO) test bench compared to benchtop instruments. This solution enables you to effectively test 5G New Radio (NR) network equipment and radio components from product development and design validation test (DVT) to manufacturing. This platform provides superior performance with a bandwidth of 1.2 GHz per channel for both signal generation and signal analysis, and up to +20 dBm output power.
Choose from the following three standard configurations that best fit your application needs:
- S9106A-2IF: FR1 – Two transceiver channels, 380 MHz – 6 GHz with MIMO, and DUT IF 7 – 15 GHz-enabled
- Use the dual-channel base system covering 5G FR1 (sub-6 GHz) frequency range.
- Explore the included Keysight E7770A common interface unit (CIU) that provides up / down conversion of the signals.
- Employ the 2 x 2 MIMO at both RF and IF frequencies.
- Apply a signal bandwidth of 1.2 GHz for both signal generation and signal analysis.
- Discover how each channel provides a high output power at +20 dBm (settable up to +25 dBm) and a half-duplex port.
- S9106A-4UP: FR1 – Four transceiver channels, 380 MHz – 6 GHz with MIMO
- Use the four-channel base system covering 5G FR1 (sub-6 GHz) frequency range.
- Employ each channel independently or set up for 4 x 4 MIMO.
- Apply a signal bandwidth of 1.2 GHz for both signal generation and signal analysis.
- Discover how each channel provides a high output power at +20 dBm (settable up to +25 dBm) and a half-duplex port.
- S9106A-42D: FR1 – Four transceiver channels, 380 MHz – 6 GHz with MIMO, and DUT IF 7 – 15 GHz on two channels
- Use the four-channel base system covering 5G FR1 (sub-6 GHz) frequency range.
- Get the included E7770A common interface unit (CIU) that provides up / down conversion of the signals from the base system to the 7 to 15 GHz frequency range for IF testing.
- Employ each channel independently or set up for 4 x 4 MIMO.
- Apply a signal bandwidth of 1.2 GHz for both signal generation and signal analysis.
- Discover how each channel provides a high output power at +20 dBm (settable up to +25 dBm) and a half-duplex port.
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