Detecting device and detecting method of time sequence parameters of small package pluggable transceiver

Abstract

The invention discloses a detecting device and a detecting method of time sequence parameters of a small package pluggable transceiver. The device comprises a test board, a module to be tested, a standard module, singlechips and an upper computer, wherein the test board is provided with two slots, the module to be tested is plugged in one slot, the standard module is plugged in the other slot, a transmitting terminal of the module to be tested is connected with a receiving terminal of the standard module via optical fiber, a receiving terminal of the module to be tested is connected with a transmitting terminal of the standard module via optical fiber, the singlechips are plugged in parallel on the test board, the singlechips are respectively a control-type singlechip and a bus-type singlechip, time sequence pins of the module to be tested and the standard module are respectively electrically connected with input / output ports of the control-type singlechip via the test board, the control-type singlechip is electrically connected with the bus-type singlechip via a serial bus, and the bus-type singlechip is communicated with the upper computer via a USB conversion chip and a serial conversion chip on the test board. The invention can realize the effects of automated testing, simple operation and high measurement accuracy.

Description

technical field [0001] The present invention relates to a detection device and method for timing parameters of a module, in particular to a detection device and method for accurately and automatically detecting timing parameters of an SFP (Small Form-factor Pluggable transceiver, small package pluggable transceiver) module. Detection method. Background technique [0002] The SFP module is a small hot-swappable optical transceiver module, which is installed in the SFP slot of the Gigabit Ethernet module to provide gigabit connections with other switches and servers. The timing parameters of the SFP module are within a reasonable range The size plays a crucial role in reducing the occurrence of faults in the optical link, so it is also particularly important for the timing parameter detection of the SFP module. At the same time, the MSA (MultiSource Agreement, multi-source agreement) protocol ensures the interoperability of optical device products from different suppliers. Th...

AI Technical Summary

Problems solved by technology

At present, the entire system for testing the timing parameters of the SFP module is relatively complicated and requires manual operation. Sometimes two people are required to cooperate to complete the timing test. There are defects in the test that are not standardized and are easy to introduce errors.

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