SMW200A Microwave 44G Vector Signal Source B711

Rohde & SchwarzSMW200A Microwave 44G Vector Signal Source with B711 Option

Rohde & Schwarz Signal Generators:

Analog Signal Generators: SMA100A, SMB100A, SMC100A, SMF100A,SMA100B, SMB100B,

Vector Signal Generators: SMU200A, SMJ100A, SMBV100A, SMATE200A, SMM100A, SMBV100B,

SMCV100B, SFI100A, SGS100A, SGU100A, SGT100A, SMW200A,

Rohde & Schwarz SMW200A Signal Source Frequency Options:

SMW-B1003 Option: 100KHz-3GHz (Path A)

SMW-B1006 Option: 100KHz-6GHz (Path A)

SMW-B1007 Option: 100KHz-7.5GHz (Path A)

SMW-B1012 Option: 100KHz-12.75GHz (Path A)

SMW-B1020 Option: 100KHz-20GHz (Path A)

SMW-B1031 Option: 100KHz-31.8GHz (Path A)

SMW-B1040 Option: 100KHz-40GHz (Path A)

SMW-B1040N Option: 100KHz-40GHz (Path A) IQ modulation bandwidth and minimum pulse bandwidth limitation

SMW-B1044 Option: 100KHz-44GHz (Path A)

SMW-B1044N Option: 100KHz-44GHz (Path A) IQ modulation bandwidth and minimum pulse bandwidth limitation

SMW-B1056 Option: 100KHz-56GHz (Path A)

SMW-B1056N Option: 100KHz-56GHz (Path A) IQ modulation bandwidth and minimum pulse bandwidth limitation

SMW-B1067 Option: 100KHz-67GHz (Path A)

SMW-B1067N Option: 100KHz-67GHz (Path A) IQ modulation bandwidth and minimum pulse bandwidth limitation

SMW-B2003 Option: 100KHz-3GHz (Path B)

SMW-B2006 Option: 100KHz-6GHz (Path B)

SMW-B2007 Option: 100KHz-7.5GHz (Path B)

SMW-B2012 Option: 100KHz-12.75GHz (Path B)

SMW-B2020 Option: 100KHz-20GHz (Path B)

SMW-B2031 Option: 100KHz-31.8GHz (Path B)

SMW-B1044 Option: 100KHz-44GHz (Path B)

SMW-B1044N Option: 100KHz-44GHz (Path B) IQ modulation bandwidth and minimum pulse bandwidth limitation

Rohde & Schwarz SMW200A Vector Signal Generator with Excellent Signal Generation Capabilities

Key Features

Frequency up to 67 GHz (Dual Channel: up to 44 GHz)

2 GHz Modulation Bandwidth  

Integrated Fading, up to 800 MHz Bandwidth and 8x8 MIMO

Signal Generation Compliant with All Major Digital Communication Standards

Advanced GNSS and Radar Simulator

Outstanding Performance, Highly Flexible Performance and functional requirements vary depending on the test setup and application. The SMW200A excels in meeting a wide range of demands, setting a new benchmark for signal generators. The SMW200A's superior performance enables the easy generation of suitable test signals for the development and validation of various devices under test, such as components, modules, and complete base stations. With its flexible modular design, the SMW200A can be equipped with the appropriate options based on application needs. The instrument supports all configurations, including classic single-channel vector signal generators and multi-channel MIMO receiver testers.

Vector Signal Generator Frequency up to 67GHz

The frequency range of the single-channel and dual-channel SMW200A reaches up to 67GHz and 44GHz, respectively. The generator can also be equipped with up to two internal baseband modules and four fading simulator modules. Based on this concept, two fully functional vector signal generators are integrated into a single unit, enabling the easy creation of complex signal scenarios.

Excellent Phase Noise Performance

The SMW200A features a built-in standard high-end synthesizer, providing excellent SSB phase noise and non-harmonic performance. The generator offers multiple low-phase noise options to further enhance performance. The SMW-B711/B721 ultra-low phase noise options deliver outstanding phase noise performance. The SMW200A is exceptionally suitable for measurement applications with stringent spectrum purity requirements.

2GHz Bandwidth, Providing Excellent Modulation Characteristics

The wideband I/Q modulator with up to 2 GHz RF bandwidth covers all applications within its frequency range, including wireless communications, satellite communications, and radar. The internal baseband can generate signals with a maximum RF modulation bandwidth of 2 GHz.

State-of-the-art D/A converters and excellent RF design ensure a superior modulation frequency response of <0.4 dB within the 2 GHz bandwidth, along with excellent EVM performance.

Support for MIMO and Integrated Fading

The SMW200A features integrated channel emulation functionality with a fading bandwidth of up to 800MHz. Fading profiles for all major standards are pre-configured. The generator supports up to 64 fading channels, enabling standalone configuration of all important MIMO fading scenarios such as 2x2, 3x3, 4x4, 8x4, 4x8, and 8x8. It also supports the aggregation of up to eight carriers and can connect to the SGT100A signal generator module to provide up to eight RF channels.

Special Usability Features

The SMW200A's built-in graphical functions allow real-time display of generated signals. Users can choose display types such as I/Q samples vs. time, spectrum, vector diagram, or complementary cumulative distribution function (CCDF). The R&S@SMW200A also provides an SCPI macro recorder with a code generator, which can record all manual operation steps and generate files using remote control sequences. The instrument offers integrated code templates for directly generating executable code for MATLAB®, CVI, or Python.

Applications

Wireless Communication Standards

Real-Time Envelope Tracking 

GNSS Simulation

Radar Simulation

Phase Noise Performance Options:

SMW-B709 Option: Low Phase Noise (Path A)

SMW-B710 Option: Improved Close-in Phase Noise (Path A)

SMW-B711 Option: Ultra-Low Phase Noise (Path A)

SMW-B719 Option: Low Phase Noise (Path B)

SMW-B720 Option: Improved Close-in Phase Noise (Path B)

SMW-B721 Option: Ultra-Low Phase Noise (Path B)

Reference Oscillator Options:

SMW-K703 Option: 100M, 1GHz Ultra-Low Noise Output/Input

SMW-K704 Option: Flexible Reference Input (1MHz-100MHz)

Analog Modulation Options:

SMW-K22 Option: Pulse Modulator

SMW-K23 Option: High-Performance Pulse Generator

SMW-K24 Option: Multi-Function Generator

SMW-K720 Option: AM/FM/PM

Other Options:

SMW-B90 Option: Phase Coherence

SMW-K553 Option: Front-End Control

SMW-B81 Option: Rear Panel Connectors for RF Path A (3/6 GHz) and I/Q

SMW-B82 Option: Rear Panel Connectors for RF Path B (3/6 GHz)

SMW-B83 Option: Rear Panel Connectors for RF Path A (20/31.8/40 GHz) and I/Q

SMW-B84 Option: Rear Panel Connectors for RF Path B (20 GHz)

Vector Options:

Baseband: SMW-K739 Option: Differential Analog IQ Input

Standard Baseband:

SMW-B13 Option: Signal Routing and Baseband Main Module, One IQ Path Connected to RF

SMW-B13T Option: Signal Routing and Baseband Main Module, Two IQ Paths Connected to RF

SMW-B10 Option: Baseband Generator with Real-Time Encoder, Arbitrary Waveform Generator (64 Msample), 120 MHz RF Bandwidth

SMW-B10F Option: Baseband Generator for GNSS with High Dynamic Range, Arbitrary Waveform Generator (64Msample) and Digital Modulation (Real-Time), 120 MHz RF Bandwidth

SMW-K16 Option: Differential Analog I/Q Output

SMW-K18 Option: Digital Baseband Output

SMW-K501 Option: Extended Sequencing

SMW-K511 Option: Arbitrary Waveform Generator Memory Expanded to 512 Msample

SMW-K512 Option: Arbitrary Waveform Generator Memory Expanded to 1Gsample

SMW-K522 Option: Baseband Expanded to 160 MHz RF Bandwidth

SMW-K551 Option: Slow I/Q

Wideband Baseband:

SMW-B13XT Option: Wideband Baseband Main Module, Two IQ Paths Connected to RF

SMW-B9 Option: Wideband Baseband Generator with Arbitrary Waveform Generator (256Msample), 500 MHz RF Bandwidth

SMW-K17 Option: Order Number 1414.2346.02 Wideband Differential Analog I/Q Output

SMW-K19 Option: Digital Baseband Output for SMW Wideband Baseband

SMW-K502 Option: Wideband Extended Sequencing

SMW-K503 Option: Real-Time Control Interface for Pulse Descriptor Word Streaming

SMW-K504 Option: Fast PDW Execution Rate Upgrade. Maximum Upgrade to 2MPDW/s per Baseband Generator

SMW-K515 Option: Arbitrary Waveform Generator Memory Expanded to 2Gsample

SMW-K525 Option: Baseband Expanded to 1GHz RF Bandwidth

SMW-K527 Option: Baseband Expanded to 2 GHz RF Bandwidth

Rohde & SchwarzSMW200A Microwave 44G Vector Signal Source with B711 Option