10G SFP+ Converter

Functional characteristics 10/100/1000 Mbps adaptive RJ45 port One upper port is a 1000Mbps SFP fiber port Automatic port flipping (Auto MDI/MDIX) Flow control mode: full duplex adopts IEEE 802.3x standard, half duplex adopts Back pressure standard complies with IEEE 802.310Base-T and IEEE 802.3u 100/1000Base-TX standards The store-and-forward switching mechanism is adopted Line speeds are available in the range of 64 to 9000 frame lengths

Functional characteristics 10/100/1000 Mbps adaptive RJ45 port One upper port is a 1000Mbps SFP fiber port Automatic port flipping (Auto MDI/MDIX) Flow control mode: full duplex adopts IEEE 802.3x standard, half duplex adopts Back pressure standard complies with IEEE 802.310Base-T and IEEE 802.3u 100/1000Base-TX standards The store-and-forward switching mechanism is adopted Line speeds are available in the range of 64 to 9000 frame lengths

Functional characteristics 10/100 Mbps adaptive RJ45 port One upper port is a 100Mbps SFP fiber port Automatic port flipping (Auto MDI/MDIX) Flow control mode: full duplex adopts IEEE 802.3x standard, half duplex adopts Back pressure standard complies with IEEE 802.310Base-T and IEEE 802.3u 100/1000Base-TX standards The store-and-forward switching mechanism is adopted

This product is a high-performance 10G photoelectric converter, which uses optical-electric conversion to achieve balanced amplification of optical signals, clock extraction and optical regeneration, and adopts WDM (DWDM / CWDM) technology, which can realize one or more channels on a single fiber Long-distance transmission of optical signals. The 10G mini Ethernet optical-to-electrical converter is designed by our company for big data and high-speed digital broadband networks. It is mainly used for metropolitan optical fiber digital broadband network upgrade and expansion, and large-capacity server data transmission. The product provides high-quality, high-reliability, high-bandwidth, and low-price design ideas to provide users with sufficient bandwidth, stable performance, and powerful network solutions.

The rack-mounted optical switch consists of 24 1X2 optical switches, enabling control over the switching of 24 1X2 optical fiber channels. The device is equipped with an Ethernet RJ45 and TYPE-C communication interface, allowing for control via commands or keys. It plays a crucial role in various optical communication applications including multi-channel optical monitoring in optical transmission systems, LAN multi-light source/detector automatic switching, and dynamic monitoring systems for optical sensors. Additionally, it is utilized in the testing of optical fibers, devices, networks, field engineering cables as well as the installation and adjustment of optical devices.

The 4ch O-BAND DWDM MUX DEMUX is designed by FIBERWDM, it is totally passive DWDM device, and support low insertion loss( wavelength ports＜1.5dB; ). Waves are 1295.56/300.05/1303.58/1309.14nm, support 4CH business on two fiber transmission.

Product Features Flexible networking with a compact footprint and strong scalability. Supports hot-swappable CWDM/DWDM/EDFA/OLPS/OTAP service cards. Supports access to various services such as SDH, SONET, Ethernet, SAN, OTN, and Video. Supports maximum single-channel rates of 100G, 200G, 400G. Supports various networking configurations, including point-to-point, point-to-multipoint, and ring topologies, with options for single-fiber or dual-fiber bidirectional transmission. Supports interoperability with client devices from different vendors, including single-mode (1310nm/1550nm), multimode (850nm/1310nm), and Ethernet ports (RJ45), enabling optical add-drop multiplexing (OADM) functionality and wavelength conversion at intermediate nodes. Supports SNMP-based unified network management platform with management options including CLI (telnet and console), web interface, and NetView(graphical interface). Supports 1+1 hot-swappable redundant power backup with options for both AC and DC power sources.

Product Features   Low insertion loss, wide wavelength range Low channel crosstalk, high stability, and high reliability Maintains optical path when power is off Internal circuit design with self-diagnostic fault detection Simple control method, compact size, easy to integrate into systems