Radio transceiver SDR9484M

2-channelmulti-channelhigh-performance

Overview
The SDR9484M is a PXIe-based software-defined radio module featuring a 9 GS/s sampling rate, 16-bit resolution and four synchronized channels. It combines high-throughput digitizers and generators with FPGA acceleration to support real-time closed-loop signal processing for radar, electronic warfare and quantum control applications.

Product Subtitle
9 GS/s 16-bit 4CH PXIe Software-Defined Radio Module

Key Attributes

• Ultra-wideband SDR performance
• Deterministic, time-synchronized operation
• True multi-channel and MIMO capability (4 channels)
• High-throughput streaming
• FPGA-accelerated real-time processing
• Deep onboard memory with waveform replay

Features — Detailed

• Ultra-wideband per-channel bandwidth: >1 GHz instantaneous bandwidth per channel and wide TX/RX frequency coverage on a modular platform for scalable multi-channel systems.
• Modular PXIe architecture: Compact PXIe form factor enabling synchronized, phase-coherent systems with high channel density.
• Real-time closed-loop control: Integrated ADC/DAC under FPGA control for conditional waveform generation and low-latency feedback without PC round-trip delays.

Applications

• Advanced radar system development and testing
• Electronic warfare simulation and testbeds
• Quantum computing control and qubit manipulation
• Massive MIMO research and multi-channel signal generation

Technical specifications

• Sampling rate: 9 GS/s
• Resolution: 16 bit
• Channels: 4
• Form factor: PXIe modular
• Instantaneous per-channel bandwidth: >1 GHz
• Onboard FPGA acceleration
• Deep onboard memory with waveform replay
• Designed for deterministic, time-synchronized multi-channel operation