NEW YORK, NY — (Marketwired) — 06/22/17 — The Association for Passive Optical LAN (), a non-profit organization that drives the education and adoption for passive optical LAN, today released the findings of its APOLAN member survey, ranking the key benefits the next generation technology is delivering to modern IT networks. Findings show tangible green benefits, reduced spacing requirements, and superior scalability top the list as the benefits that most influence adoption and impact for optical LAN customers.
As network users– demand for connectivity continues to experience unprecedented growth, it creates a need to re-evaluate the network backbone technology options that can support today and tomorrow–s needs. Fiber-based networks deliver significant benefits that traditional copper-based LANs can–t match.
Based on an APOLAN survey, the top five benefits passive optical LAN customers are taking advantage of are:
1. With no power consumption, minimal HVAC needs and reduced equipment needs, passive optical LAN provides stronger green benefits to enterprises compared to copper-based networks. This technology supports LEED and Green Globe certifications.
2. Unlike copper-based LAN need for telecom rooms, passive optical LAN uses very little space in a building due to its reduced equipment and cabling requirements and limited powering and cooling needs. This means space savings for enterprises that can convert this extra space into more comfortable areas or in revenue-generating areas.
3. To keep up with growing connectivity needs, modern network backbone technologies need to deliver scalability to accommodate more bandwidth needs as well as availability that keeps business going, with no unplanned interruption. In both situations, passive optical LAN provides superior rates when compared to copper-based LAN.
4. Due to its reduced component needs and network simplicity, passive optical LAN requires little time to be deployed and maintained. Another time-saving benefit when compared to copper-based LAN, is its certification period. Typically, it takes three and a half days of training, compared to several weeks commonly required for a copper-based network.
5. As a result of less equipment and lower energy and cooling needs, passive optical LAN is simpler to deploy and to maintain, delivering greater cost reductions both short and long-term to enterprises. In another significant cost benefit, POL requires less frequent upgrading, every 10 years or more compared to every 5-7 years with copper.
“The survey clearly brought the key network benefits that enterprises can experience when deploying fiber-based networks,” said APOLAN President and Chairman Thomas C. Ruvarac. “Passive optical LAN is the only network technology that can support the convergence of services, including video, data, and smart building connectivity, with improved network speed and performance.”
APOLAN membership is comprised of heavyweight industry leaders that are shaping the network and connectivity future in the hospitality, healthcare, enterprise, building and construction, retail, manufacturing, financial, and education areas as well as in government. The survey was open to all Association members to provide inputs into the key network and technology benefits of the technology that were relevant to the market.
The Association for Passive Optical LAN is a non-profit organization that is driving adoption and educating the market about the technical and economic advantages of passive optical LAN technology. Through its membership, which is comprised of manufacturers, distributors, integrators and consulting companies actively involved in the marketplace, the Association hopes to help designers, engineers, architects, building owners, CIOs and IT departments implement and successfully use passive optical LAN. For more information, visit
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