Wideband baseband generator, 500 MHz RF bandwidth, 256 MSamples
Wideband baseband main module, two I/Q paths to RF section
100 kHz to 44 GHz
Enhanced phase noise performance and FM/PHIM modulator
Phase coherence
Solid state drive
Adapter 2.4mm(f) - 2.4mm(f)
Qty: 1Cord Power
Qty: 1Software and Manuals on USB
Qty: 1Enhanced phase noise performance and FM/PHIM modulator
Wideband baseband main module, two I/Q paths to RF section
100 kHz to 44 GHz
Wideband baseband generator, 500 MHz RF bandwidth, 256 MSamples
Phase coherence
Solid state drive
Pulse modulator
High performance Pulse generator
ARB memory extension to 2 Gsamples
Baseband extension to 1 GHz RF bandwidth
Baseband extension from 1 GHz to 2 GHz RF bandwidth
AM/AM, AM/PM Predistortion
User-defined frequency response correction
Additional white Gaussian noise
Adapter 2.4mm(f) - 2.4mm(f)
Qty: 1Cord Power
Qty: 1Software and Manuals on USB
Qty: 1Wideband baseband generator, 500 MHz RF bandwidth, 256 MSamples
Wideband baseband main module, two I/Q paths to RF section
100 kHz to 44 GHz
Enhanced phase noise performance and FM/PHIM modulator
Phase coherence
Solid state drive
Baseband extension to 1 GHz RF bandwidth
Baseband extension from 1 GHz to 2 GHz RF bandwidth
Adapter 2.4mm(f) - 2.4mm(f)
Qty: 1Cord Power
Qty: 1Software and Manuals on USB
Qty: 1Enhanced phase noise performance and FM/PHIM modulator
Wideband baseband main module, two I/Q paths to RF section
100 kHz to 44 GHz
Wideband baseband generator, 500 MHz RF bandwidth, 256 MSamples
Phase coherence
Solid state drive
Baseband extension to 1 GHz RF bandwidth
Baseband extension from 1 GHz to 2 GHz RF bandwidth
Additional white Gaussian noise
5G NR
Adapter 2.4mm(f) - 2.4mm(f)
Qty: 1Cord Power
Qty: 1Software and Manuals on USB
Qty: 1Enhanced phase noise performance and FM/PHIM modulator
Wideband baseband main module, two I/Q paths to RF section
Baseband extension from 1 GHz to 2 GHz RF bandwidth
Additional white Gaussian noise
100 kHz to 44 GHz
Wideband baseband generator, 500 MHz RF bandwidth, 256 MSamples
Phase coherence
Solid state drive
ARB memory extension to 2 Gsamples
Baseband extension to 1 GHz RF bandwidth
Adapter 2.4mm(f) - 2.4mm(f)
Qty: 1Cord Power
Qty: 1Software and Manuals on USB
Qty: 1Software and Manuals on USB
Qty: 1Content is AI-generated. Verify critical details with manufacturer-provided resources.
The R&S SMW200A B144 option extends the frequency range from 100 kHz to 44 GHz, providing comprehensive coverage for millimeter-wave applications including Ka-band satellite communications, high-frequency radar systems, automotive radar testing, and 5G NR mmWave bands. The B144 employs a mechanical step attenuator optimized for consistent performance across this wide frequency span, making it suitable for both commercial wireless and aerospace/defense applications.
The B144 offers frequency setting resolution of 0.001 Hz with synthesis resolution of 5 microHz nominal in the standard configuration, or 0.2 microHz nominal when equipped with the B22 enhanced phase noise option. Frequency setting time is less than 1.5 ms (typically 1.2 ms) when measured to within 1 x 10^-7 accuracy. This combination of fine frequency granularity and fast switching makes the B144 suitable for frequency-agile test scenarios and spectral measurements at millimeter-wave frequencies.
Yes, when equipped with wideband baseband (B13XT main module and B9 generator), the SMW200A B144 can generate signals with up to 2 GHz I/Q modulation bandwidth at carrier frequencies extending to 44 GHz. This enables generation of 5G NR signals in FR2 bands (24.25 to 52.6 GHz) with maximum channel bandwidths including 100 MHz and 400 MHz configurations. The modulation frequency response remains better than 0.4 dB measured across the full 2 GHz bandwidth for high signal quality.
When path A is equipped with B144, only the B203 (3 GHz) option can be installed in path B according to the valid RF path combination matrix. This asymmetric configuration requires the B13T or B13XT baseband main module. While limited in path B frequency, this setup enables specific test scenarios such as high-frequency DUT testing with a lower frequency reference or interferer, or independent testing of devices operating in different frequency bands.
The B144 supports optional RF enhancement packages to improve spectral purity. The B22 option provides enhanced phase noise performance along with FM and phase modulation capability, while the B20 option adds FM/phase modulation with standard phase noise. At 1 GHz with 20 kHz offset, SSB phase noise is typically negative 139 dBc in standard performance mode. The phase coherence option (B90) is also available for applications such as beamforming that require synchronization between multiple signal paths.
The B144 supports all major digital standards including 5G New Radio for FR2 millimeter-wave bands, LTE up to Release 14, WLAN IEEE 802.11ad (60 GHz WiGig), 802.11ax, and custom digital modulation formats. The internal baseband with realtime coding generates signals directly without external PC software. For wideband radar applications, the instrument supports chirped pulses and complex pulse sequences through optional radar software, making it versatile for both communications and radar testing.
Yes, the SMW200A B144 supports envelope tracking (K540 option) and AM/AM predistortion (K541 option) for power amplifier testing at millimeter-wave frequencies. The envelope signal is generated in real time and synchronized to the RF signal with adjustable delay in 1 ps resolution steps. This enables precise testing and optimization of ET-enabled power amplifiers used in 5G mmWave infrastructure and mobile devices, supporting characterization of linearization techniques and efficiency improvements.
For radar applications, the B144 with wideband baseband can generate signals with up to 2 GHz I/Q modulation bandwidth, supporting ultra-wideband radar waveforms including linear frequency modulation (chirp), stepped frequency, and complex intrapulse modulation. The pulse modulation option (K22) provides on/off ratios greater than 80 dB with rise/fall times under 10 ns. Optional high-performance pulse generator (K23) and pulse sequencer software enable creation of sophisticated multi-emitter radar scenarios with antenna diagram simulation.