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SFI100A Wideband IF vector signal generator, Unleash unprecedented control.
The SFI100A wideband IF vector signal generator satisfies bandwidth needs for demanding applications such as early 6G research, millimeter-wave WLAN and automotive radar. The compact instrument has a very wide RF modulation bandwidth of up to 10 GHz and generates fully calibrated RF signals.
The SFI100A connects seamlessly with the FE110ST and the FE170ST up-conversion frontends to cover the frequency range from 70 GHz to 175 GHz. It fully controls a connected frontend and the solution can act as a single instrument.
In addition to the RF interface, the SFI100A also has analog IQ outputs for wideband signal generation in the baseband.
| KEY FEATURES |
| Up to 10 GHz RF modulation bandwidth |
| ARB with up to 8 GSample memory |
| IF output from 11 GHz to 21 GHz |
| Wideband direct DAC, differential and single-ended analog I/Q outputs |
| Full integration with R&S®FE110ST and R&S®FE170ST frontends |
| BENEFITS | |
Flexibility for Various Test Scenarios (Test at sub-terahertz frequencies, IF and in baseband) | The SFI100A is a flexible enough for various test scenarios: IF tests from 11 GHz to 21 GHz and RF tests from 70 GHz to 175 GHz together with the FE110ST and the FE170ST external frontends. The SFI100A offers wideband single-ended, differential and direct DAC analog I/Q signals for baseband tests with best signal quality up to 5 GHz and up to 2 V (Vpp). Flexibility is vital for demanding test setups like those in the early research phases of 6G. |
Fully Calibrated Sub-Terahertz Solution (Seamless integration with FE110ST and FE170ST frontends) | Thanks to full integration and control, the SFI100A knows the characteristics of a connected FE110ST or FE170ST frontend and automatically includes them for calibrated signals at the measurement plane. The setup can seamlessly be extended to cables and connected smart accessories such as bandpass filters and power amplifiers, reducing measurement uncertainty and enhancing measurement fidelity, even in the sub-THz frequency range. |
Unparalleled Performance (Excellent modulated signal quality) | The SFI100A has unparalleled wideband modulation signal quality. An outstanding EVM of less than -41dB (<1%) is possible over a wide output power range for a 2GHz-wide 5G NR signal with a 16 GHz center frequency. The modulation quality remains excellent when the SFI100A is combined with a frontend. The outstanding performance lets you test the real performance of the DUT. |
Enhanced Usability (Automation made easy) | The SFI100A can be controlled vial all common remote interfaces. Users benefits from help functions for programming automatic test sequence controls. The built-in SCPI macro recorder and code generator supports fast, convenient generation of SCPI program sequences. Code templates help directly generate executable code for MATLAB, CVI or Python. User-specific templates are also available to minimize the time required for the test automation. |
Easy to Upgrade (Fully software-defined option concept) | The SFI100A comes fully calibrated and ready to explore its full hardware capabilities. As test requirements evolve, additional capabilities can be easily activated on site via software keycodes. The fully software-defined option concept eliminates potential downtime typically required to retrofit instruments with new capabilities. The SFI100A can be precisely customized to suit the applications at hand and enhanced as needed. |
| SPECIFICATIONS | ||
| SFI100A Wideband IF Vector Signal Generator | ||
| Model / Options Overview | ||
| Model | Order Number | Description |
| SFI100A | 1444.4001.02 | Vector Signal Generator 3 including: baseband generator with ARB (2 Gsample, 4 GHz RF bandwidth) Power cable Cross-link cables Quick start guide |
| Frequency Option | ||
| SFI-B1016 | 1444.3892.02 | IF frequency 16 GHz |
| RF Options | ||
| SFI-K703 | 1444.3405.02 | 100 MHz, 640 MHz, 1 GHz ultra low noise RF IN/OUT (comes with basic configuration) |
| SFI-K704 | 1444.3357.02 | Flexible reference input (1 MHz to 250 MHz) |
| SFI-K708 | 1444.3363.02 | 8 GHz ultra low noise reference input/output |
| Baseband Options | ||
| SFI-K17 | 1444.3286.02 | Analog I/Q outputs (single-ended/differential) |
| SFI-K510 | 1444.3257.02 | ARB memory: 2 Gsample, 4 GHz RF bandwidth (comes with basic configuration) |
| SFI-K517 | 1444.3270.02 | ARB memory extension to 8 Gsample |
| SFI-K529 | 1444.3263.02 | Baseband extension to 8 GHz RF bandwidth |
| SFI-K530 | 1444.3434.02 | Baseband extension to 10 GHz RF bandwidth |
| Baseband Enhancements | ||
| SFI-K544 | 1444.3292.02 | User-defined frequency response correction |
| SFI-K548 | 1444.3305.02 | Crest factor reduction |
| Frontend Connectivity | ||
| SFI-K553 | 1444.3311.02 | External frontend control |
| Digital Standards using WinIQSIM2 4 | ||
| SFI-K261 | 1444.3334.02 | Multicarrier CW signal generation |
| SFI-K414 | 1444.3328.02 | OFDM signal generation |
| SFI-K441 | 1444.3411.02 | IEEE 802.11ad |
| SFI-K444 | 1444.3370.02 | 5G NR Release 15 |
| SFI-K448 | 1444.3386.02 | 5G NR Release 16 |
| SFI-K471 | 1444.3392.02 | 5G NR Release 17/18 |
| SFI-K477 | 1444.3428.02 | IEEE 802.11ay |
| SFI-K499 | 1444.3340.02 | Custom digital modulation |
| Extra | ||
| SFI-Z2 | 1444.3911.02 | Spare 100 Gbit QSFP cable set, length: 0.5 m |
| Recommended Extras | ||
| DCV-2 | 0240.2193.18 | Documentation of calibration values |
| ACASFI100A | 3598.9534.03 | SFI100A accredited calibration |
NOTE:
SFI-Bxxx = hardware option
SFI-Kxxx = software/keycode option
3 The base unit can only be ordered with an SFI-B1016 frequency option.
4 WinIQSIM2 requires an external PC.







