Rohde & Schwarz RTE1034 Digital Oscilloscope 350 MHz

The Rohde & Schwarz RTE1034 is a 350 MHz digital oscilloscope engineered for signal analysis, debugging, and validation across embedded systems, signal integrity, and power electronics. It combines a 5 GS/s sample rate with up to 200 Mpts memory depth and four analog channels to capture complex signal sequences with precision. The 10.4-inch capacitive touchscreen display and high-definition 16-bit vertical resolution deliver sharp waveforms and intuitive control.

Acquisition rates exceed 1,000,000 waveforms/s, enabling real-time signal observation. The instrument supports hardware-based mask triggering, serial protocol decoding, and 77 automatic measurement functions - up to eight simultaneously. Optional mixed signal (16 channels), power analysis, protocol analysis, and frequency analysis modes extend measurement capability.

Hardware-accelerated spectrum analysis supports EMI debugging. Full measurement bandwidth is available even at 500 µV/div, with excellent dynamic range and very low inherent noise.

Technical Specifications

• Bandwidth: 350 MHz (upgradeable)


• Channels: 4 analog


• Sample Rate: 5 GS/s per channel; 5 GS/s interleaved


• Memory Depth: 40 Mpts standard; up to 200 Mpts maximum; 200 Msample interleaved


• Vertical Resolution: Up to 16-bit (8-bit A/D with high-definition mode)


• Display: 10.4-inch capacitive touchscreen, 1024×768 pixels


• Waveform Acquisition Rate: >1,000,000 waveforms/s


• A/D Dynamic Range: >7 effective bits


• Full Measurement Bandwidth: Available at 500 µV/div minimum

Key Features

• Hardware-based mask triggering and serial protocol triggering/decoding


• 77 automatic measurements with simultaneous configuration of up to eight


• Measurement wizard for guided test setup


• FFT and gated FFT analysis


• Hardware-accelerated spectrum analysis for EMI debugging


• Removable HDD/SSD storage on rear panel

Analysis Options

• Mixed Signal Oscilloscope (MSO) with 16 channels, upgradeable


• Power analyzer module


• Protocol analyzer


• Frequency analysis mode


• Mask test capability with hardware acceleration

Typical Applications

• Embedded system development and debug


• Signal integrity testing


• Power electronics characterization


• Serial protocol validation


• EMI/spectrum analysis