Model Data Channels Event Channels Pattern Depth DG4128B 112 16 256Mb/ch DG4096B 80 16 256Mb/ch DG4064B 48 16 256Mb/ch Default pattern : I²C, MIPI I3C, MIPI RFFE, PMBus, PWM, SPI, Sync / Async-Counter, ...User pattern : Direct draw, Acute-LA / VCD, CSV (MIPI I3C, MIPI RFFE), ...The new generation DG4000 digital waveform generator, with its significantly enhanced performance and rich features, has become the ideal choice for multi-channel system testing, demonstrating strong capabilities in signal simulation and reproduction. The DG4000’s data output speed reaches 700Mbps, a substantial improvement compared to the 400Mbps of its predecessor, the DG3000. Additionally, the DG4000’s operating frequency range can go up to 2.4GHz, far exceeding the DG3000’s 400MHz. This enables the DG4000 to handle a broader range of application scenarios, achieving more precise signal simulation and reproduction. The DG4128B is equipped with 112 independent channels, each capable of generating digital signals independently. This provides unparalleled flexibility in multi-channel system testing. Whether performing complex system tests or detailed signal analysis, the DG4000 can handle it with ease, ensuring that signals on each channel can be generated and controlled accurately and independently. The new generation DG4000 is not only suitable for signal simulation and reproduction but also supports multiple communication protocols, including MIPI I3C, SVI3, SVID, and others. This makes it an ideal tool for testing and verifying various communication interfaces in different applications. During the R&D phase, the DG4000 can be used to simulate data generation and transmit it to ICs for verification testing. This not only helps confirm the correctness and performance of ICs but also allows for the early detection and resolution of potential issues, ensuring successful product application in the market. Additionally, the DG4000 supports using commands to control signal transmission rules and can import different signal source data files or edit signal formats independently, providing users with great flexibility. This means users can flexibly set up signal generation methods according to specific needs, achieving more efficient and accurate testing and analysis. Set DG4K/ EV4K /OE4K POD output/input voltage. Waveform Editor1. Open New page on Waveform Editor：Switch to the Waveform Editor, you can draw waveform by manual.2. Convert current plugin settings (waveform) to Waveform Editor (Single).3. Convert current plugin settings (waveform) to Waveform Editor (Repetitive). Supports 2 sets of MIPI I3C waveforms. I2C Settings MIPI I3C Settings MIPI RFFE Settings PMBus Settings SPI/SIPI Settings Sync Counter Settings Async Counter Settings PWM Settings
