One of the current challenges in deploying new, higher-speed services to enterprise customers, as well as MDU/MTU customers, is how to deliver these services in as little space as possible while maintaining network flexibility and quality of service. The recently released High Density Platform (HDP) enables unprecedented space savings and enhanced flexibility without sacrificing performance.
As recently described in a recent article, our high-density platform form factor provides maximum density for optical splitters in RU (up to 192 per 1x2, up to 128 per 1x4 or 1x32 per 1x32 up to 16), 3D architecture. In addition to combiners/splitters, high-density platforms can accommodate passive optical wavelength multiplexers (mux) and demultiplexers (demux). In fact, it can hold up to 16 of these multiplexers/demultiplexers. Additionally, the high-density platform can be configured to support both applications in a single chassis. As a result, only 1RU of space can support GPON, 10G GPON, WDM-PON and network monitoring applications in a single chassis. Typically, this scenario requires the following:
Patch panels with integrated taps for monitoring at service demarcation points
(1) GPON splitter rack (3 or 4RU) or wall mounted cabinet combiner/splitter to distribute signals from feeder fiber to distribution fiber
(2) WDM multiplexer/multiplexer, which can be installed in a splitter rack, or a separate rack (3 or 4 additional RUs)
By using a high-density platform, all of these functions can be done in a single chassis, reducing the required rack space from as much as 4-6 RU or more to just 1RU. Croft achieved this by using MTP connectors to reduce the front panel space required for connectors and the system's patent-pending 3D architecture.
Enterprise Network Architecture
Doing more with less – the future proof of the web
In today's business environment, companies are forced to do more with less. As mentioned earlier, high-density platforms allow companies to simultaneously tap signals for network monitoring, tap signals to provide access via GPON, and/or demultiplex wavelengths to provide access via WDM-PON. Combining the functionality of multiple passive network elements into a single network element allows for size reduction without limiting flexibility. Additionally, high-density platforms can provide front-, rear-, or both connectivity via custom labels. The combination of connectivity flexibility and the 3D architecture of the high-density platform enables companies and service providers to have greater flexibility in future-proof networks.
High Density Network Platform
best performance
High-density platforms use low-loss components, including MTP fiber patch cables. Using bend-insensitive fiber and MTP Elite connectors, coupled with our comprehensive testing, ensures minimal losses in all connections, while delivering the aforementioned size and functional benefits. As a result, SplitLight TM HDP surpasses the capabilities of all other solutions on the market.
ultimate solution
GPON combiners/splitters and WDM-PON multiplexers/demultiplexers use a single chassis with integrated taps for network monitoring, providing unmatched flexibility and density in a single 1RU platform. Combining these attributes with high-performance components, the high-density platform provides the ultimate solution for today's high-bandwidth, enterprise and MDU/MTU PON networks.
