Products Description
CWDM SFP optical module of core technology is a low-cost WDM transmission technology for access layer of man. CWDM Technology is used in CWDM optical module, which can combine optical signals of different wavelengths through an external wavelength division multiplexer and transmit them through an optical fiber, so as to save optical fiber resources. At the same time, the receiver needs to use the WDM to decompose the complex optical signal. The CWDM SFP optical module is divided into 18 bands, ranging from 1270nm to 1610nm, and each band is separated by 20nm.
Compared with the traditional TDM mode, CWDM SFP has speed and protocol transparency, which makes it more suitable for the development of high-speed data services in man. There are many services with different protocols and different rates in man. CWDM provides a transmission channel with different rates and transparent to protocols on a single optical fiber, such as Ethernet, ATM, POS, SDH, etc. Moreover, the transparency and add / drop multiplexing function of CWDM can allow users to directly connect to a certain wavelength without converting the original signal format. In other words, the optical layer provides a transport structure independent of the service layer.
The 1.25g CWDM SFP + 120km series optical module is used for Gigabit Ethernet, 1g fibre channel, SONET oc-24 and SDH stm-8 links on duplex single-mode optical fiber. The working wavelength range of the module is 1470-1610nm, the wavelength spacing is 20nm, and the transmission distance can reach 120km.
features:
Full duplex transceiver module
CWDM DFB laser and APD photodetector
Hot swap SFP electrical interface
meet the requirements of SFP MSA and sff-8472
Data rate up to 1.25gbps
8 CWDM wavelengths 1470-1610nm, spacing 20nm
80/120 km on SMF
Double LC socket
Operating temperature range 0 ° C to 70 ° C
3.3V supply voltage
rohs-6 (lead free)
Application:
Gigabit Ethernet
1g fibre channel
SONET OC-24
SDH STM-8
Our factory
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R&D laboratory
Gigac has introduced numerous precision testing equipment, such as Ixia XGS12, Ixia WaveTest 93, Anritsu, Fujikura, Fluke, JDSU, Agilent, EXFO, DATA-PIXEL, etc., for product development testing and validation.At present, there are over 100 professional engineers, of which 50% are senior engineers. Through standardized testing processes and in line with international professional testing standards, we provide testing in various aspects such as product appearance, performance, compatibility, and solution scenarios to meet the diverse testing needs of global customers.
Numerous research and development achievements
Gigac adopts a research and development model that combines independent research and joint development, and has achieved outstanding results in industrial design and product software and hardware research and development.As data centers continue to expand and grow, a well planned cabling infrastructure is crucial. Without flexible cabling plans that can easily adapt to common moves, additions, and changes, your network growth will be limited. The Gigac series high-density data center cabling solutions can simplify deployment, enabling up to 144 LC fibers in 1U, and enabling flexible expansion and rapid upgrades with increasing business traffic demands.
Gigac Test Center
Gain a comprehensive understanding of Gigac's optical modules, fiber optic jumpers, and enterprise network testing center. We have a comprehensive testing plan, professional testing equipment, and standard testing procedures. We regularly test optical modules, cables, switches, and other products to ensure that we provide high-quality products to our partners.
