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RIGOL SUA8304G 2-Channel AWG and 2-Channel GPU-AI Digitiser

£19810.00 (£23772.00 inc. VAT)

Available on back-order

Availability: Stock models delivered next working day (UK only) for orders placed before 16:30 (Mon - Fri)

SKU: SUA8304G Categories: , , Brand:

Compare with other Rigol SUA8000 Series Digital Transceivers

SKUImageControlAWG ChannelsDigitiser ChannelsAWG Sample RateDigitiser Sample RateAWG BandwidthDigitiser BandwidthMaximum DepthStockPrice
SUA8304GNewImage of Rigol sua8000 front telonicukGPU AI228 GSa/s4 GSa/s3.5 GHz DC1.5 GHz DC1 Gpts/CHOn Backorder£19,810.00
SUA8104NewImage of Rigol sua8000 front telonicukCPU4N/A8 GSa/sN/A3.5 GHz DCN/A1 Gpts/CHOn Backorder£18,438.00
SUA8104GNewImage of Rigol sua8000 front telonicukGPU AI4N/A8 GSa/sN/A3.5 GHz DCN/A1 Gpts/CHOn Backorder£19,810.00
SUA8204NewImage of Rigol sua8000 front telonicukCPUN/A4N/A4 GSa/sN/A1.5 GHz DC1 Gpts/CHOn Backorder£18,438.00
SUA8204GNewImage of Rigol sua8000 front telonicukGPU AIN/A4N/A4 GSa/sN/A1.5 GHz DC1 Gpts/CHOn Backorder£19,810.00
SUA8208NewImage of Rigol sua8000 front telonicukCPUN/A8N/A4 GSa/sN/A1.5 GHz DC512 Mpts/CHOn Backorder£22,469.00
SUA8208GNewImage of Rigol sua8000 front telonicukGPU AIN/A8N/A4 GSa/sN/A1.5 GHz DC512 Mpts/CHOn Backorder£23,927.00
SUA8304NewImage of Rigol sua8000 front telonicukCPU228 GSa/s4 GSa/s3.5 GHz DC1.5 GHz DC1 Gpts/CHOn Backorder£18,438.00

Description


RIGOL SUA8304G 2-Channel AWG and 2-Channel GPU-AI Digitiser

The RIGOL SUA8304G is a mixed generate-and-capture platform with two 14-bit AWG channels, two 14-bit digitiser channels and an NVIDIA Orin AGX GPU-AI controller. It generates at up to 8 GSa/s with DC to 3.5 GHz bandwidth and acquires at up to 4 GSa/s with DC to 1.5 GHz bandwidth, enabling tightly synchronised closed-loop testing. The addition of 200 TOPS local AI performance makes it suitable for adaptive experiments, accelerated signal analysis and intelligent transceiver applications.

Key Features
  • Standard-configured modular digital transceiver platform with waveform generation, signal acquisition and waveform recording capabilities across the series.
  • Up to four AWG channels at 8 GSa/s with 14-bit resolution and DC to 3.5 GHz analogue bandwidth.
  • Up to eight digitiser channels at 4 GSa/s with 14-bit resolution and DC to 1.5 GHz analogue bandwidth.
  • Up to 1 Gpts per-channel waveform or acquisition depth, depending on model.
  • Long-term multi-device synchronisation for arrays of more than 100 instruments, with channel-to-channel delay within 1 ps inside an instrument and inter-device synchronisation within 10 ps.
  • Choice of CPU-controlled or NVIDIA Orin AGX GPU-AI-controlled models.
  • Web-based UltraArray control for local or remote management, plus APIs and SCPI support for automation and secondary development.
  • Ring-buffer and streaming acquisition modes with DDC, decimation and truncation on digitiser-equipped models.
  • 10 GbE SFP+ and 1 GbE RJ45 networking, with HDMI and two USB 3.0 Type-A interfaces.
  • Compact 1.5U-format chassis suitable for benchtop, integrated-system and rack-mounted use.
Applications
  • Wideband arbitrary waveform generation and RF/microwave signal stimulus.
  • High-speed multi-channel signal acquisition and waveform recording.
  • Transceiver, radar and automotive-radar intermediate-frequency testing.
  • Phased-array, distributed-array and coherent multi-instrument systems.
  • Radio astronomy and remote-sensing research.
  • Power-grid monitoring and partial-discharge measurement.
  • Automated production test and hardware-in-the-loop systems.
  • AI-assisted signal classification, monitoring and intelligent data processing on GPU-AI models.
  • Research, industrial metrology and custom laboratory measurement platforms.

Product Images

The SUA8000 Series supports synchronised operation of more than 100 instruments with exceptional long-term stability: intra-device channel-to-channel delay stays within 1 ps, while inter-device channel synchronisation holds within 10 ps—reliable enough for 24/7 array transceiver systems. Such outstanding timing performance sharply boosts system coherence, delivering robust technical support for large-scale distributed transceiver applications.

Long - time synchronous operation of multiple devices

The SUA8000 Series offers two master-control options to suit different application needs: a CPU control module built around a high-performance V2000 processor for superior computation and task scheduling, and a GPU-AI control module based on the powerful Orin AGX platform, optimised for AI and deep-learning workloads to handle complex data analytics and intelligent processing.

Main control dual selection

The SUA8000 Series adopts the web-based UltraArray control platform, enabling local and remote device management with true plug-and-play convenience. A comprehensive library of built-in APIs simplifies secondary development: users may operate the instruments directly through the interface or tap the APIs to quickly build and deploy customised systems, execute complex tasks, and meet diverse application needs.

Arrayed console

Compact SUA8000 units slip easily into existing systems, custom benches, or tight nested setups. A 1.5-U chassis holds up to eight channels, so a 32-U rack can host 128—maximizing space and simplifying layouts in labs, production lines, and other centralised test sites.

Highly integrated with a compact body

From radio-astronomy asteroid hunts and power-grid partial-discharge monitoring to automotive-radar IF tests, engineers rely on the SUA8000. Its precise generate/capture paths and smart processing yield accurate, efficient results across demanding research, industrial, and commercial tasks.

Multi-industry solution applications

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The SUA8000 Series supports synchronised operation of more than 100 instruments with exceptional long-term stability: intra-device channel-to-channel delay stays within 1 ps, while inter-device channel synchronisation holds within 10 ps—reliable enough for 24/7 array transceiver systems. Such outstanding timing performance sharply boosts system coherence, delivering robust technical support for large-scale distributed transceiver applications.
The SUA8000 Series offers two master-control options to suit different application needs: a CPU control module built around a high-performance V2000 processor for superior computation and task scheduling, and a GPU-AI control module based on the powerful Orin AGX platform, optimised for AI and deep-learning workloads to handle complex data analytics and intelligent processing.
The SUA8000 Series adopts the web-based UltraArray control platform, enabling local and remote device management with true plug-and-play convenience. A comprehensive library of built-in APIs simplifies secondary development: users may operate the instruments directly through the interface or tap the APIs to quickly build and deploy customised systems, execute complex tasks, and meet diverse application needs.
Compact SUA8000 units slip easily into existing systems, custom benches, or tight nested setups. A 1.5-U chassis holds up to eight channels, so a 32-U rack can host 128—maximizing space and simplifying layouts in labs, production lines, and other centralised test sites.
From radio-astronomy asteroid hunts and power-grid partial-discharge monitoring to automotive-radar IF tests, engineers rely on the SUA8000. Its precise generate/capture paths and smart processing yield accurate, efficient results across demanding research, industrial, and commercial tasks.

Documentation


Model Controller AWG Channels Digitiser Channels AWG Sample Rate / Bandwidth Digitiser Sample Rate / Bandwidth Maximum Depth
SUA8104 CPU 4 – 8 GSa/s / DC to 3.5 GHz – 1 Gpts/CH
SUA8204 CPU – 4 – 4 GSa/s / DC to 1.5 GHz 1 Gpts/CH
SUA8208 CPU – 8 – 4 GSa/s / DC to 1.5 GHz 512 Mpts/CH
SUA8304 CPU 2 2 8 GSa/s / DC to 3.5 GHz 4 GSa/s / DC to 1.5 GHz 1 Gpts/CH
SUA8104G GPU AI 4 – 8 GSa/s / DC to 3.5 GHz – 1 Gpts/CH
SUA8204G GPU AI – 4 – 4 GSa/s / DC to 1.5 GHz 1 Gpts/CH
SUA8208G GPU AI – 8 – 4 GSa/s / DC to 1.5 GHz 512 Mpts/CH
SUA8304G GPU AI 2 2 8 GSa/s / DC to 3.5 GHz 4 GSa/s / DC to 1.5 GHz 1 Gpts/CH
AWG Resolution 14-bit
AWG Output 50 ohm, single-ended; up to 500 mVpp
Digitiser Resolution 14-bit
Digitiser Input 50 ohm, single-ended; 1 Vpp
Digitiser Cache Bandwidth 32 GB/s
Digitiser Acquisition Ring-buffer and streaming modes
CPU Models AMD V2516, 6-core, 2.1 GHz to 3.95 GHz; 32 GB DDR4-3200; 512 GB SSD
GPU-AI Models NVIDIA Orin AGX, 8-core Arm CPU; 1792-core Ampere GPU with 56 Tensor Cores; 200 TOPS; 32 GB LPDDR4x; 4 TB NVMe SSD
Network 10 GbE SFP+ and 1 GbE RJ45
Interfaces HDMI 1.4b, 2 x USB 3.0 Type-A and GPIO
Operating System Linux
Dimensions 340 mm (W) x 68 mm (H) x 230 mm (D)
Weight 4.5 kg or less
Power Input 20 V DC
Power Consumption 180 W typical
Operating Temperature 0°C to +50°C
Recommended Calibration Interval 12 months

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