In today's rapidly developing network era, efficient and stable transmission performance is the core requirement for enterprises and institutions to build network architectures. The 100G QSFP28 ER4 30KM EML 1310nm LC SMF, as a high-performance optical module, has become an ideal choice in many scenarios due to its excellent parameters and wide applicability.

This optical module supports hot-swappable functionality, which greatly simplifies the installation and maintenance process, saving a lot of time and energy for network managers. Its maximum data transmission rate can reach 112Gbps (4x28Gbps), which can easily meet the needs of fast transmission of large-capacity data. Whether it is internal data interaction of large enterprises or information transmission between data centers, it can handle it with ease.

In terms of transmission distance, it performs exceptionally well, supporting a maximum transmission distance of 30km. When used with single-mode fiber (SMF) and with the 1310nm wavelength, it can effectively reduce signal attenuation and ensure the stability and integrity of data during long-distance transmission. The connector adopts the LC type, and only 2 fibers are needed to realize data transmission, which not only guarantees performance but also reduces wiring costs and complexity.

The product also has many excellent features. It supports a line rate from 103.125 Gbps to 111.81 Gbps, complies with QSFP28 standards (SFF-8665 Revision 1.9, SFF-8636 Revision 2.6) and 100G 4WDM-40 MSA technical specifications rev 1.0, with strong compatibility and seamless connection with various devices. The high-speed I/O electrical interface (CAUI-4) complies with the IEEE 802.3bm standard, ensuring stable transmission of electrical signals.

In terms of application scenarios, the 100G QSFP28 ER4 30KM EML 1310nm LC SMF also performs brilliantly. It can be widely used in fields such as 100GBASE-ER4 100G Ethernet and ITU-T OTU4, providing reliable hardware support for high-speed Ethernet transmission and telecom-level optical transmission.