Fiber optics, the science of transmitting data, voice and images by means of light through thin, transparent optical fibers. In the field of telecommunications, fiber optic technology has practically replaced copper wires in long distance telephone lines, which are used to connect computers in local area networks. Fiber optics is also the basis for fiber optic endoscopes used to examine the inside of the body (endoscopy) or to examine the inside of manufactured structural products.

Optical modules must have a standardized operation method in the application, and any irregular action may cause hidden damage or permanent failure. The main causes of optical module failure are deterioration of optical module performance due to ESD damage, and optical link failure due to optical port contamination and damage.

光模块知识 | 如何看懂光模块的命名?了解光模块命名规则就能读懂厂商光模块产品名称所包含的全部信息。本文以通用的命名规则进行分解说明。

Optical Module Knowledge | What are the common types of optical modules? In order to meet the demand of various transmission rates, different rates of optical modules are produced: 400GE optical module, 100GE optical module, 40GE optical module, 25GE optical module, 10GE optical module, GE optical module, FE optical module, etc.

How do you measure the performance metrics of an optical module? We can read the performance index of optical module from the following aspects. The average transmit optical power is the optical power output from the light source at the transmitting end of the optical module under normal operating conditions, which can be understood as the intensity of light. The transmitting optical power is related to the proportion of "1" in the transmitted data signal, the more "1", the higher the optical power. When the transmitter sends a pseudo-random sequence of signals, "1" and "0" accounted for roughly half of each, when the test power is the average transmitted optical power, the unit is W or mW or dBm.

What is an optical module? Optical module (optical module) consists of optoelectronics, functional circuit and optical interface, etc. The optoelectronics include two parts: transmitting and receiving. -Megatron Technology

Modern electronic oscilloscope technology is ubiquitous in our daily lives. Millions of people use electronics every day in a wide range of applications, including general electronic testing, industrial automation, automotive, university research labs, and the aerospace/defense industry, which are working faster and faster as electronics technology advances. Today, most electronic products use high-speed digital technology.

The VNA Master™ MS202xB/3xB series of handheld multifunction instruments includes a handheld, powerful vector network analyzer that allows you to perform S-parameter analysis anywhere, anytime. The MS203xB series also includes a high-performance spectrum analyzer with an industry-leading ultra-low noise floor. Based on Anritsu's 9th generation instrumentation platform, the VNA Master provides unmatched measurement breadth, depth and accuracy, reducing the number of test instruments needed when analyzing modern communications systems in the field, on a tower, on a route or in a vehicle.

Today's high-end electronics have signaling speeds ranging from a few Gbaud down to over 50 Gbaud. Due to the physical characteristics of semiconductors and other materials, it is difficult for engineers to design products that can operate at the low bit error rate or symbol error rate (BER, SER) required.