![midico cable midico cable](https://townsquare.media/site/485/files/2017/01/Screen-Shot-2017-01-13-at-10.26.25-AM.png)
In this instance, Midco deployed a 1RU Remote PHY Shelf for small hub site consolidation with the cnBR virtualizing CMTS functions. By replacing analog connections with digital ones, Midco’s access network can now connect into cloud systems for virtualizing services, functions, and optimizing resource utilization. The carefully planned digitization with Remote PHY and modernization towards a Converged Interconnect Network (CIN) serves as Midco’s foundation for enabling virtualization. Undeterred in their mission to support DOCSIS 3.1 throughout their network and provide valuable gigabit services to their customers, Midco found a way to scale network services that delivers value to both the company and their subscribers.
#Midico cable trial
Midco performed their first trial of the cnBR in Mobridge, South Dakota, which is a market that was too small to justify installing and operating traditional big iron headend equipment. For Midco and its geographically distributed service areas, the cnBR is a scalable solution for delivering top-tier services to once uneconomically reachable, smaller, rural communities. With the cnBR scale is agile and elastic, which allows providers such as Midco to agilely scale up and or down to best fit the needs of their target markets.
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Virtualizing headend functions with the cnBR brings new economies of scale to cable operators. Compared to traditional solutions that come as large block upgrades, in chunks of approximately 56 service groups at a time, the cnBR can scale from one to an infinite number of service groups. By virtualizing the CMTS, Midco has adopted a new operating model with new subscriber-service economics. Faced with the need to begin upgrading and scaling existing cable modem termination systems (CMTS), Midco’s decision to switch from big iron headend hardware to a compute-based infrastructure is a significant one. In addition to deploying Remote PHY, Midco also began modernizing their interconnect network, replacing analog fiber equipment with digital.īy strategically planning their network upgrades with Remote PHY and complementing it with a framework for a Converged Interconnect Network (CIN), Midco has begun virtualizing their headend functions with the Cisco cnBR. They are improving their customer’s quality of service while also improving control and insight for their own network operations. By deploying Cisco Remote PHY Shelves and Cisco Remote PHY nodes, Midco is effectively extending the digital reach and control of their network to be closer to their customers. They could make network upgrades that improve services for their customers and also reduce their operating overhead. As an early adopter of Remote PHY for digitizing their access network, Midco found a win-win scenario. The first step is the digitization of the access network.
![midico cable midico cable](https://flixed.io/wp-content/uploads/2020/07/midcosports.png)
However, advances in technology that support a distributed access architecture (DAA) are transforming the traditional mindset and economic barriers for cable operators like Midco. Placing a headend in a rural location to service a small community is rarely profitable and is not viewed as a sound business strategy. These costs are also compounded by increases in overhead and operating expenses. This balancing act can be especially challenging for sparsely populated regions where the upfront capital expenditures needed for building and/or upgrading headends and hubsites has traditionally been cost-prohibitive. The uneven population distribution in the region means there are great distances between densely populated urban centers and the numerous rural communities in between.Īs cable operators are aware, determining the placement and capacity of headends for maximizing subscribers’ services is a balance of costs and return on investment. The geographic distribution and population density of Midco’s serviceable market has been a traditional challenge in terms of how they approach their network architecture. As a regional cable operator, based in the Midwest, United States, the Midco network spans thousands of miles and provides services to more than 385,000 customers.