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케이블링 산업 현황

2016-5-12

Over the past decade, we have seen significant advancements in the capabilities of fiber optic cabling--from expanded distances to speeds reaching 40 and 100 Gig.

While fiber loss requirements are getting tighter, efforts are also underway to increase fiber bandwidth carrying capacity with reduced fiber counts--all while following the roadmap to 400 Gig.

The Count Down

2016-5-05

While the smart people who install, test and certify network cabling plants know the importance of meeting standards performance parameters and ensuring application support, even the best of us can make mistakes that adversely impact the bottom line and customer satisfaction.

2016-4-28

With the need for increased speed and power over Ethernet (PoE) being addressed within IEEE standards, work within TIA must follow suit as the two standards bodies work hand in hand to ensure that the applications put forth by IEEE can be adequately supported by the cabling infrastructure.

Let's take a look at some of the recent and most significant standards activity within the Subcommittee and how they relate to standards development happening within IEEE.

2016-4-21

We repeatedly try to drive home the need to keep your tester up to date with the latest firmware, and for good reason. Not only do we want to make sure you don't miss out on the latest features that can help you test faster and more accurately, but as standards change, so must your tester.

2016-4-14

계층 2 (OTDR) 테스트의 양-방향 광케이블 링크 테스트는 산업 표준 및 대부분 제조업체의 보증 요구 사항일 뿐만 아니라, 링크에 대한 실제 전체 손실을 알 수 있는 유일한 방법입니다. 전반적인 링크 손실뿐만 아니라 광케이블 커넥터 및 스플라이스의 손실을 측정하는 것은 테스트 방향에 따라 달라집니다. Testing a fiber link in one direction can give you different results then testing the same fiber link in the opposite direction.  

2016-4-07

늦은 오후, 여러분의 팀이 작업을 막 끝냈습니다. Now it’s time to gather up the testers and head back to the office with the results. But if that's your white box truck back there sitting in miles of traffic, how much will it cost you?

2016-3-31

The performance of an installed optical fiber link hinges on the condition of the connector end faces. Test suppliers have been pushing end face inspection for good reason – most service calls are due to problems with connectors. Standards bodies are busy making improvements to their documents on visual inspection. This work is being done in subcommittee 25 working group 3, the working group responsible for developing standards for customer premises cabling. Recent developments on end face inspection is the topic of this blog.

2016-3-24

While the smart people who install, test and certify network cabling plants know the importance of meeting standards performance parameters and ensuring application support, even the best of us can make mistakes that adversely impact the bottom line and customer satisfaction.

Let’s take a look at the #2 and #3 Dumb Things that smart people do when testing network cabling systems— Neglecting to agree upon marginal test results upfront in writing and failing to specify all test parameters to be tested.

2016-3-10

While the smart people who install, test and certify network cabling plants know the importance of meeting standards performance parameters and ensuring application support, even the best of us can make mistakes that adversely impact the bottom line and customer satisfaction.

Let’s take a look at the #8 Dumb Thing that smart people do when testing network cabling systems— Using BIMMF (Bend Insensitive Multimode Fiber) test cords and a common mandrel.

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