The DCOTN series is a 400/200/100G DWDM transmission platform for DCI data center interconnection applications. This product fully meets the requirements of data center applications with high transmission capacity, compact size, and low power consumption. It is suitable for both short-distance interconnection and long-distance transmission, supporting 100G/10G clients. On the line side, it supports single-wavelength CFP2 tunable DWDM coherent at 200G and 400G, as well as multiple FECs. By aggregating 100G/10G client signals into 400G/200G lines for long-distance transmission, it provides up to 1.6T of interconnection for data center providers and dark operators. It can accommodate a 23dB 100km segment, and further expansion is possible by using amplifiers and DWDM filters.

The MMC series is a cost-effective, ultra-compact, and low-priced media converter series. By implementing the MMC series, you can support broadband applications ranging from 100Mbps to 10Gbps, easily achieving a more comfortable network.

The FRM220 series is a multi-service chassis platform that provides reliable solutions for high-density media converter modules for applications such as telecommunications operators, enterprises, long-distance transmission, and factory automation. The power modules, fans, management modules, and interface cards for the FRM220-CH20 and FRM220-CH08 chassis are all hot-swappable, allowing for replacement without interrupting the line. The FRM220-CH04A is a fixed-type chassis with built-in AC and DC power. The available power options include built-in AC, DC power, or built-in AC + DC, AC + AC, DC + DC redundant power. The FRM220 series has three types of chassis: 2U 20 slots (FRM220-CH20), 1U 8 slots (FRM220-CH08), and 1U 4 slots (FRM220-CH04A).

OTN61002 is a 10G OTN repeater (media converter) that supports 2-channel multi-service. It can also operate as a remote terminal in point-to-point applications or applications using the DCWDM2108H series. FEC functionality is applied for each channel to correct error rates, supporting error-free transmission over longer distances than before, thereby achieving excellent communication performance.