As enterprises migrate to the cloud, access to applications across multiple data centers in different locations has become critical. Large organizations require blazingly fast connections without congestion. Dark fiber connections have virtually unlimited scalability, making them a future-proof solution for businesses with large, often sensitive, data requirements such as healthcare, finance, and oil & gas.
Advances in data packaging, and preventative overestimation during installation, resulted in unused extraneous space on some fiber optic networks. Dark fiber, or unlit fiber, is simply unused optical fiber already laid. While it is not transmitting any light pulses, we refer to it as "dark." We lease out this dark fiber to create many different types of networks. The most common ways to install and set up these networks are point-to-point and point-to-multipoint. Dark fiber networks are separate from the internet and completely under the client's control rather than the network provider.
The development of Dense Wavelength Division Multiplexing (DWDM) improved the capabilities of dark fiber exponentially. DWDM allows many different data signals to be transmitted simultaneously through the same optical fiber. Data is transmitted on different wavelengths to keep it separate, allowing for significant increases in bandwidth and capacity. Additionally, we can split the single optical cable into multiple virtual fibers. These tremendous technological advances result in robust, secure, high-performance networks with breakneck internet speeds.
With the flexibility to choose your own equipment and design your own network, you'll have full control over your network. Plus, with extremely high bandwidth capabilities, your business will experience faster data transfer and improved performance. And with the ability to easily scale up or down as needed, you can ensure that your network always meets your specific needs. And with added security measures and low latency, your business will always be protected and productive.
Phonoscope's pure-light, fully redundant fiber rings support next-generation, cloud-ready strategies, digital transformation and convergence, and blindingly fast data transfer.
100% native Ethernet optical fiber with over 100 optical rings creating built-in redundancy
Modern routed network that is 100G capable
High availability 99.997% uptime
Switched and dedicated bandwidth configurations
802.1Q VLAN and 802.1 QinQ tunneling supported
Standards-based IEEE Ethernet service for Layer 2 transport
Layer 3 routed network
MEF Carrier Ethernet 3.0, MEF 9, and MEF 14 certified technology
Phonoscope's pure-light, fully redundant fiber rings support next-generation, cloud-ready strategies, digital transformation and convergence, and blindingly fast data transfer.
Our solutions engineers are standing by to answer all your questions about created or expanding your network infrastructure.