The RIGOL DG70000 Series Arbitrary Waveform Generator is designed for engineers, research laboratories, communication-system developers and advanced test facilities that need to generate complex, wideband and precisely controlled signals.
Built on RIGOL’s SiFi III waveform-generation platform, the series supports standard waveform generation, high-speed arbitrary waveforms, digital upconversion, IQ modulation, sequence playback, frequency hopping and multi-channel synchronisation.
The series is suitable for applications such as:
- Wireless communication testing
- Complex electromagnetic environment simulation
- High-speed interface receiver testing
- Radar and electronic system development
- Quantum technology research
- Wideband modulation testing
- Semiconductor and component validation
- Scientific signal generation
- Multi-channel system stimulation
- Automated production testing
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Available Models
The DG70000 Series includes:
- DG70002: Two output channels
- DG70004: Four output channels
Both models support:
- Maximum output frequency up to 5 GHz
- Adjustable sample rate up to 12 GSa/s
- 16-bit vertical resolution
- Up to 1.5 Gpts waveform memory per channel
- Long sequence generation
- IQ modulation and digital upconversion
- Frequency hopping
- 15.6-inch 2K touchscreen
- High-speed data and remote-control interfaces
The DG70004 is the preferred model when four synchronised channels are required for multi-signal simulation, phased testing, communication research or complex system validation.
High-Frequency Signal Generation
The DG70000 Series provides output frequencies from DC up to 5 GHz, allowing the generator to cover baseband, intermediate-frequency and selected RF applications.
The wide output range supports:
- Clock signal generation
- High-speed serial test patterns
- Intermediate-frequency simulation
- RF carrier generation
- Receiver sensitivity testing
- Amplifier and filter evaluation
- Radar waveform generation
- Communication-system testing
The 5 GHz figure refers to the maximum generated output frequency. Arbitrary-waveform bandwidth and modulation bandwidth should be evaluated separately according to the operating mode.
High-Speed Sampling
The DG70000 provides a native arbitrary-waveform sample rate up to 5 GSa/s and supports sample rates up to 12 GSa/s through interpolation and digital processing.
The available sample-rate range allows engineers to optimise the generator for both slow and high-speed signals.
Benefits include:
- Accurate waveform timing
- Improved reproduction of fast transitions
- Fine control of pulse position
- High-speed serial pattern generation
- Wideband modulation
- Reduced waveform distortion
- Improved timing resolution
RIGOL specifies adjustable sampling from 100 Sa/s to 12 GSa/s, depending on the selected waveform mode and processing configuration.
16-Bit Vertical Resolution
The DG70000 Series uses 16-bit vertical resolution, providing up to 65,536 amplitude levels.
Higher vertical resolution supports:
- Fine amplitude control
- Detailed arbitrary-waveform reproduction
- Low-level signal generation
- Large dynamic-range testing
- Reduced quantisation steps
- Improved modulation accuracy
- Precise impairment simulation
This is particularly useful when small signal variations must be reproduced on top of a larger waveform.
Deep Waveform Memory
The series supports waveform memory up to 1.5 Gpts per channel.
Deep memory allows users to generate long-duration and highly detailed waveform records without repeatedly loading new data.
Applications include:
- Long communication frames
- Extended radar sequences
- Frequency-hopping patterns
- Complex electromagnetic simulations
- Recorded waveform reproduction
- High-speed digital patterns
- Multi-event test sequences
- Long-duration scientific signals
RIGOL also lists up to 4 Gpts total waveform-table capacity in supported configurations, depending on channel use and memory allocation.
Advanced Sequence Generation
The sequence editor supports up to 16,384 waveform segments.
Each sequence can combine multiple waveform files, repeat counts, jumps and trigger conditions into one automated test profile.
Sequence generation is useful for:
- Multi-stage communication tests
- Automotive operating-condition simulation
- Radar pulse sequences
- Receiver stress testing
- Frequency-hopping signals
- Fault-condition reproduction
- Power-state transition testing
- Automated product validation
Long waveform memory and sequence control allow complex test conditions to be reproduced consistently.
IQ Modulation and Digital Upconversion
The DG70000 supports wideband IQ modulation and digital upconversion.
The platform provides modulation bandwidth up to 1.5 GHz, allowing the generation of modern wideband communication signals.
Supported applications include:
- 256QAM
- 1024QAM
- Wideband IQ waveform generation
- Communication receiver testing
- Baseband-to-RF conversion
- Wireless-standard simulation
- Error-vector-magnitude testing
- Modulation quality evaluation
Users can create baseband IQ waveforms and digitally shift them to a selected carrier frequency without requiring a separate external IQ modulator.
Frequency-Hopping Generation
The built-in frequency-hopping function supports hop intervals as low as approximately 128 ns.
Fast frequency hopping is useful for:
- Frequency-agile communication systems
- Radar testing
- Electronic countermeasure research
- Spread-spectrum development
- Interference-resilience testing
- Receiver tracking evaluation
- Complex electromagnetic simulation
Frequency, amplitude and timing parameters can be configured to reproduce changing RF environments.
High-Speed Interface Receiver Testing
The DG70000 can generate test patterns and controlled signal impairments for receiver validation.
Potential test applications include:
- High-speed serial receiver testing
- Clock and data recovery evaluation
- Jitter tolerance testing
- Eye-opening margin testing
- Receiver sensitivity analysis
- Pattern-dependent fault investigation
- Worst-case signal simulation
Suitable optional software and high-speed connection accessories may be required for specific serial standards.
Complex Electromagnetic Environment Simulation
Multiple DG70000 channels can be used to generate dense, dynamic and repeatable signal environments.
This allows engineers to evaluate:
- Receiver coexistence
- Interference susceptibility
- Anti-interference performance
- System behaviour under multiple carriers
- Frequency-hopping response
- Communication performance in congested spectrum
- Radar and electronic system performance
Repeatable waveform generation helps laboratories compare system performance under consistent test conditions.
High Signal Purity
RIGOL specifies spurious-free dynamic range as low as approximately −70 dBc, depending on output frequency and test conditions.
The series also provides low jitter, with published typical values including:
- Total jitter down to approximately 10 ps
- Random jitter down to approximately 350 fs
High signal purity supports:
- Receiver sensitivity testing
- Modulation quality analysis
- Clock and timing applications
- High-speed digital testing
- Scientific signal generation
- Low-distortion RF experiments
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Multi-Channel Synchronisation
The DG70004 provides four synchronised channels in one instrument.
Multi-channel capability supports:
- Phase-coherent signal generation
- Multi-antenna simulation
- Phased-array research
- Multiple IQ signal paths
- Quantum control experiments
- Multi-lane interface testing
- Multi-sensor simulation
- Parallel system stimulation
Channel coupling and synchronisation functions allow related frequency, phase and amplitude parameters to be controlled together.
15.6-Inch 2K Touchscreen
The DG70000 includes a large 15.6-inch capacitive touchscreen with 2K resolution.
The display provides sufficient workspace for:
- Waveform editing
- Multi-channel configuration
- Sequence creation
- IQ signal setup
- Frequency-hopping configuration
- File management
- Instrument status monitoring
- Parameter comparison
The screen includes motorised viewing-angle adjustment, allowing users to adapt the display position for bench or rack operation.
UltraStation Software
RIGOL UltraStation software supports waveform creation, editing and transfer for DG70000 instruments.
Software capabilities can include:
- Arbitrary waveform design
- Sequence creation
- IQ waveform generation
- Communication waveform preparation
- Data import and export
- Multi-channel waveform setup
- Instrument control
- Waveform file management
Current software compatibility and available communication templates should be confirmed before ordering.
Applications:
- Wireless communication testing
- Wideband modulation testing
- 5G and next-generation communication research
- IQ signal generation
- Radar waveform generation
- Frequency-hopping simulation
- Complex electromagnetic environment testing
- Electronic countermeasure research
- High-speed serial receiver testing
- Semiconductor validation
- Quantum technology research
- Phased-array development
- Multi-channel system simulation
- Scientific research
- Component characterisation
- Production-line testing
- Defence and aerospace research
- University and advanced engineering laboratories
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Why Buy from Revine Tech:
Revine Tech supplies advanced waveform generators, RF test instruments and electronic measurement equipment for communication, semiconductor, scientific and industrial applications.
Our technical team can help customers evaluate:
- Two-channel or four-channel configuration
- Required maximum output frequency
- Native and interpolated sample-rate requirements
- Waveform memory depth
- IQ modulation bandwidth
- Frequency-hopping requirements
- Multi-channel synchronisation
- Serial pattern generation
- Waveform creation software
- High-speed signal accessories
- Remote-control integration
- Calibration and documentation requirements
The final RIGOL DG70000 price depends on the selected model, memory configuration, software functions, accessories and calibration requirements.
