DWDM & OTN System
-
-
40CH DWDM MUX/DEMUX（AAWG）Card
The HUA6000-AAWG40 from HUANET is a combined passive Forty-Channel 100GHz DWDM multiplexer and de-multiplexer (MUX & DEMUX). It combines standard 100GHZ DWDM ITU grid channels 21 through 60, and applies to 1U chassis,2U chassis and 5U chassis, occupying two service slots.
-
400G OTN Muxponder 4x100G converge to 400G
The 400G Muxponder Transmitter supports four QSFP28 client interface and one CFP2 line-side interface to support single-channel 400Gbps large-grain data transfers. The industry‘s most advanced coherent technology and FEC forward error correction coding technology enable high-capacity, long-distance high-performance transmission. -
200G Muxponder 2x100G converge to 200G
The 200G Muxponder transmitter supports two QSFP28 client interface and one CFP2 line-side interface to support single-channel 200Gbps large-grain data transfers. The industry‘s most advanced coherent technology and FEC forward error correction coding technology enable high-capacity, long-distance high-performance transmission.
-
100G Transponder/Converter
The 100G OTN Transmitter supports one QSFP28 client interface and one CFP line-side interface to support single-channel 100Gbps large-grain data transfers. The industry’s most advanced coherent technology and FEC forward error correction coding technology enable high-capacity, long-distance high-performance transmission.
-
SFP+ Multi-Rate Quad Transponder 10Gbps Repeater/Converter/Transponder
SFP+ Multi-Rate Quad Transponder has 8 SFP+ slots, The device provides a flexible transmission of various protocols, such as 1G/10G Ethernet, SDH STM16/STM64, OTU1/OTU1e/OTU2/OTU2e, Fiber Channel 1/2/4/8/10, CPRI, etc. The SFP+ transponder supports multi-rate functionality with optical data rates from 1Gbps up to 10Gbps; The wide range of optical infrastructure solutions includes media conversion, signal repeating, lambda conversion.
-
40G & 100G Muxponder
The 40G&100G Muxponer supports 4x10G↔40G or 4x25G↔100G electrical layer multiplexing/demultiplexing, and converts the multiplexed/demultiplexed optical signals into DWDM standard wavelength optical signals. ith DWDM MUX/DEMUX, multi-channel 100G or 40G services are transmitted in the DWDM system. 40G&100G Muxponder is the lowest cost solution for 100G metropolitan area network DWDM transmission.
-
40G & 100G OEO Converter
40G&100G Transponder supports two 40G or 100G service access. The wide range of optical infrastructure solutions includes media conversion, signal repeating, lambda conversion.
-
SFP28 Multi-Rate Quad Transponder 125M~32G Repeater/Converter/Transponder
SFP28 Multi-Rate Quad Transponder has 8 SFP28 slots, The device provides a flexible transmission of various protocols, such as 100M/1G /10G/25G Ethernet, SDH STM1/STM4/STM16/STM64, Fiber Channel 1/2/4/8 /10/16/32Gbps, CPRI, etc.
The SFP28 transponder supports multi-rate functionality with optical data rates from 1Gbps up to32Gbps;The wide range of optical infrastructure solutions includes media conversion, signal repeating, lambda conversion. -
Redundant Multi-Rate Dual Transponder 10 Gbps Repeater/Converter/Transponder
This transponder is a 10G fiber to fiber 3R converter repeater and transponder. This transponder supports SFP+ to SFP+ or XFP to XFP fiber connections. 1+1 Automatic optical line Protection Switching is supported for the Line ports. The transponder is protocol transparent, providing 3R (Re-amplification, Re-shaping and Re-clocking) between these different optical module types.
-
Blue/Red EDFA Optical Amplifier
Single Fiber Bidirectional EDFA Amplifier models include a Red and a blue port designed for single fiber DWDM Solution. The design of these models is used for single-fiber DWDM transmission systems.
-
Middle stage access EDFA Optical Amplifier-PA Card
With the application of long-distance systems becoming more and more extensive, our company’s self-developed middle stage access (MSA) EDFA, middle stage access (MSA) EDFA can effectively solve the insertion loss caused by DCM and OADM, offset the DCM and OADM bands. The resulting insertion loss reduces the additional degradation of the system OSNR.
