40G Transceiver: The Answer to Your Looming Network Exhaust
As mainstream high-speed transport technology, 40G underlines the network bandwidth bottlenecks facing high traffic services. Sales of optical transceivers for enterprise and data center applications is booming - the popularity of 40G QSFP+ transceiver accounted for much of the upswing. This inevitably leads to a debate on 40G’s place in the market: is it a temporary stepping stone to 100G migration? Or is there a longer-term, sustainable market for 40G transport?
40G Transceiver Market: Ramping up in Data Center
Data center is basically the engine of any overall growth in optical transceiver sales - it now represents 65% of the overall telecom and datacom market for 10G/40G/100G optical transceivers. As data centers begin to deploy high-bandwidth 40G technology, the demand for QSFP+ transceivers was surging significantly, particularly as a high-density 10G interface via breakout cables. 40G transceiver demand growth over single-mode fiber is primarily a result of large shipments to Internet content providers Microsoft and Google. Although the market for 10G modules should remain strong, the use of 40G modules as high-density 10G interfaces is beginning to curb 10G growth.
Figure 1: Adoption of 40G Ethernet Technology (image source: Cisco)
40G QSFP+ Module: A Promising Step for Higher Capacity
To accommodate the explosion of data traffic, enterprises and service providers invested in their networks with higher bandwidth and more expensive ports. And this tendency is believed to continue in the next few years. 40G is now taking over as the new high-growth segment and becoming the technology of choice in the data center. Even as we begin to see increased interest for commercially available 100G solution, the demand for 40G transceivers remains solid. The deployment of 40G is broad and deep – it is poised as a vital technology for key segments such as metro transport, submarine networking, and in network segments where the expense of 100G lines is not justified.
Figure 2: FS.COM 40G QSFP+ Optical Transceivers
As speeds have increased to 40G, the quad small form-factor pluggable (QSFP) has become the high-density transceiver of choice. By deploying 40G line cards, the occupied space in the data center drops considerably. Economic saving in both CAPEX and OPEX become available.
40G Ubiquitous, 100G Accelerating
The future of 40G and even 100G is bright, with higher-speed 200/400G on the horizon. However, there is still life for existing 10/40G ports. Not all networks need to operate at the fastest possible speed, said the Ethernet Alliance. There are still applications where slower speeds will suffice. Because speed is actually in related to the needs of the application. By now many applications are well served by 10/40G links – which may be considered as low speed in the future.
The 40G market is finally moving to a generalized deployment phase. Consumer demand is stressing network capacities and as long as this dynamic stays in place, 40G deployment will continue to see healthy growth. Luckily, the industry now works to reduce the cost for 40G in order to move the market towards mass adoption. FS.COM 40G transceivers have significant benefits of compatibility and extended transport distance, garnering widespread recognition from customers.
In this article, some network cards of the three brands are compared and analyzed in two main aspects—performance & functionality. After presenting the six comparison tables, it can be concluded FS's self-developed network adapters are also high-performance with great compatibility.
This article is mainly about the brief introduction of CVR-QSFP-SFP10G. Firstly, it introduces the CVR-QSFP-SFP10G module including its definition, features and applications. In the following, it provides some details including one 40G-10G application case to prove that CVR-QSFP-SFP10G is a reliable QSA solution. In the third part, this article makes a comparison between CVR-QSFP-SFP10G adapter and 40G QSFP+ breakout cables. As a conclusion, CVR-QSFP-SFP10G has great potential on the market.
Catching the Wave With 40G Technology Have you ever frustrated by your 10G network which is on the verge of capacity limitation? Or you just can’t help but worrying that your design may not provide enough speed for those bandwidth hunger application. Well, you are not alone. So it’s high time to get rolling and move 40G into your data center. In 2016, just eight years after the adoption of 10 Gigabit Ethernet, IEEE published 802.3ba to pave the way fo
This paper analyzes the two main 40G transceiver modules—QSFP+ and CFP. To begin with, it illustrates what QSFP+ is and introduces the two interfaces of QSFP. According to the different interfaces, QSFP+ transceivers can be divided into two parts: with parallel MTP interface and with duplex LC interface. Nine transceivers are introduced one by one. Next, it provides CFP module wiki and makes a brief comparison between QSFP+ and CFP.