Description
Core performance features
Matches Wavecrest DTS‑2079 timing‑analyzer hardware. Supports multi‑channel synchronous data acquisition, time resolution up to 680 fs‑1 ps, analog bandwidth up to 25 GHz. Rich analysis functions: jitter decomposition, phase‑noise calculation, eye‑diagram rendering, signal‑delay measurement, protocol trigger capture for high‑speed interfaces such as PCIe. Built‑in automation API interface, users can compile test scripts to realize batch automatic testing. Supports data export for post‑processing. Supported operating system: legacy Windows platform (Win7 / Win10). Original hardware is end‑of‑life; software version is fixed, no official new‑version upgrade service. Supports saving test configuration files, waveform screenshots and full‑length measurement logs for quality traceability.
On‑site application scenarios
Mainly deployed in semiconductor labs, optical‑module production test stations, high‑speed hardware R&D departments. Used to verify high‑speed serial‑bus signal integrity, measure signal jitter, time‑delay difference between multiple differential channels, locate hardware link failure points. This software can only work paired with original Wavecrest DTS‑2079 hardware device; cannot run independently without the physical instrument. When replacing the DTS‑2079 hardware main unit, the existing software installation package can be reused, just re‑establish network communication connection with hardware.
Installation & operating notes
Software must be installed on Windows industrial host. Confirm network IP setting to ensure LAN communication between PC and DTS‑2079 instrument. Do not modify system time randomly during long‑time continuous measurement, which will affect timestamp accuracy of test records. Save configuration files and test logs in advance before equipment maintenance. Original manufacturer stopped support, installation packages mostly circulate in spare‑part market. Do not arbitrarily install third‑party optimization software on the dedicated test host to avoid occupying system resources and causing waveform sampling exceptions.
Common field phenomena & disposal thoughts
- Software cannot connect to DTS‑2079 hardware: Check LAN cable connection, verify IP address matching; restart instrument service; check instrument power status.
- Waveform data is missing / sampling is abnormal: Confirm hardware channel input signal amplitude is within rated range. Check trigger parameter setting in software.
- Jitter test result fluctuates greatly: Shield test‑cable interference, reduce mechanical vibration around instrument. Calibrate instrument clock reference.
- Software crash during long‑time testing: Close redundant background programs. Reduce single‑capture sampling‑depth parameter. Back‑up project files frequently.
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