FNIRSI WavePro 1014D – High-Performance 2-in-1 100MHz Digital Oscilloscope & DDS Signal Generator (Dual Channel, 1GS/s Sampling)

Elevate your electronics testing and waveform analysis to the next level with the FNIRSI WavePro 1014D — a powerful, lab-grade 2-in-1 Digital Oscilloscope and Built-in Signal Generator designed for engineers, technicians, embedded developers, educators, and serious hobbyists. With a 100MHz bandwidth, blazing-fast 1GS/s real-time sampling, and dual-channel measurement, this compact unit delivers unmatched performance in its class.

Whether you're analyzing analog or digital signals, debugging embedded systems, or simulating waveforms, the WavePro 1014D provides all the tools you need in a space-saving and cost-effective design.

Key Features:

100MHz Dual-Channel Oscilloscope:

• Capture high-frequency signals with 100MHz analog bandwidth

• True 1GS/s real-time sampling rate ensures sharp waveform detail

• Dual-channel input lets you compare or analyze two independent signals simultaneously

• Multiple trigger modes: Auto, Normal, Single, Edge, Video, and more

• Advanced measurements: Vpp, RMS, Frequency, Duty Cycle, Rise/Fall Time, etc.

Built-in DDS Signal Generator (Up to 10MHz):

• Generates common waveforms: sine, square, triangle, sawtooth, pulse

• Adjustable frequency, amplitude, and duty cycle

• Ideal for signal injection, system testing, and frequency response evaluation

High-Resolution TFT Display:

• Large 7-inch color screen with crisp graphical waveform display

• Real-time waveform rendering with visual precision

• Intuitive UI with easy-to-use menu and control knobs

Portable & Practical Design:

• Compact bench-style form factor ideal for labs, classrooms, and field testing

• USB interface for PC connectivity and firmware upgrades

• Save screenshots and waveform data to internal memory or USB drive

• Supports software-assisted waveform analysis and data logging

Ideal Applications:

• Electronic circuit design and debugging

• Embedded systems development (Arduino, STM32, ESP32, etc.)

• Educational labs and STEM programs

• IoT & robotics testing

• Industrial equipment maintenance and diagnostics

• Radio, communication, and audio frequency analysis

Technical Specifications (At a Glance):