Optical Transceivers are significant part of total active equipment cost
xWDM OTN systems main cost drivers are line cards and number of optical ports. By replacing vendor delivered optical transceivers with our is possible to achieve up to 40% total CAPEX saving. Isn’t it Huge?
Using Service routers and Core aggregation switches with line cards supporting 10/40 or 100 Gbps interfaces and our transceivers You can save up to 30%. We have experience with latest platforms from leading vendors.
By introducing passive xWDM, bi-directional optical modules in aggregation layer it’s possible to save expensive leased fiber resources, maximize efficiency and save up to 20% of total CAPEX.
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We using EDGE Optic transceivers in our latest platforms
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Introduction BIDI 100G optics SWDM4 optics BIDI 400G optics Summary Introduction BIDI transceivers – The Future in 100G Era, where cloud computing and 5G networks, data centers have the tendency to develop at a higher speed, we see that the demand for 100G optical solutions......
Introduction DAC vs Optical transceivers Breakout cables Cable Form Factors DAC & AOC use cases What we can offer! Introduction on Passive and Active cables Direct Attach Copper passive cable or a DAC cable is a twinax copper cable that connects directly the ports (or......
INTRO What is FEC? FEC Types FEC Pros and Cons Good to Know About FEC Conclusion INTRO Interconnections made using fiber optic cables are currently the most popular type of medium for use in telecommunications networks. The need for additional bandwidth is rising because of......
QSFP-DD vs QSFP28 / QSFP56 Quick Overview Difference 1 – Data Rate Difference 2 – Modulation Type Difference 3 – Power Consumption Difference 4 – Connector Types Difference 5 – Dimensions More on QSFP-DD Form Factor and Module Types More on QSFP56 Form Factor and......
25G SFP28 CWDM article focuses on Passive CWDM (Coarse Wavelength Division Multiplexing) 3rd generation which is one of xWDM technologies. Advancing from 10G Ethernet per channel to 25G Ethernet per channel. A short recap – CWDM multiplexes a number of optical carrier signals onto a......
400G Ethernet Transceivers introduction is so important right now as 400G Ethernet is the big thing that everybody is and will be talking about for years to come. 400 GbE is the next big step since 100GE. Being and staying informed and up to date......
When you expand or upgrade your Data Center, there can be a situation when you need to connect 10G SFP+ to RJ45 ports. Most Server NIC (Network Interface Card) and Storage Appliance units have fixed 10GBASE-T ports with RJ-45 connectors and on the other side......
25G SFP28 transceivers: Quo Vadis? Nielsen’s Law of Internet Bandwidth states that user’s bandwidth grows by 50% per year, and this law has held true for a period of 37-years, all the way back since 1983. Figure 1. Internet connectivity (bits per second) It......
100G PAM (Pulse Amplitude Modulation) are gaining ground in transceiver market and is encouraged by many but is it THE future? Many also say that future perspectives are grand, full with optimism as this technology is embraced by CISCO, HUAWEI, ARISTA to name a few.......
Nowadays world information networks have become more inter-connected than ever. This can be attributed to advancements in multiple telecommunication sectors or as OSI calls it Layers. Each layer has had an integral part in rapid development of node to node connections and technology behind it.......
