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Network Services &
Mobile Solutions

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Benefits of Managed Network Services through FCX

Guaranteed Bandwidth

No matter the site, if there’s bandwidth available in the area, FCX will bring you an option. We offer a wide range of options, starting at 4G all the way up to Sonet ring service or even global access and networking. We can combine different circuits from different networks into your LAN and aggregate them or create a fail-over set-up.

Redundancy available

Looking for redundancy? FCX can ensure various connections to your site, utilizing different modes of transportation, last mile and technologies. Besides creating redundancy features, here we can also ensure circuits are aggregated.

Private and secure networks available

Private network required? Have one of FCX partner carriers design an unique network for you and ensure data remains within your control.

Network Services - Affordable, Robust.

Maintaining a highly efficient network infrastructure requires careful consideration and implementation. Every organization’s needs vary and change over time, making it beneficial to periodically assess and evaluate WAN assets. This includes planning for back-up infrastructure and establishing a dependable network for remote employees. Our team has the expertise to tailor each WAN assessment project to fit the unique requirements of your business, ensuring optimal performance at affordable rates.

With over 15 years of experience in this field, FCX has partnered and collaborated with leading ISPs and Network Services Providers and can bring insights as a result.

What bandwidth and network services are offered at your sites? With access to Fiber Locator, FCX can inform you about provider availability, performance, reliability, technological capabilities and cost.

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Innovative network services solutions to fit your organization

DIA, Internet and IP circuits

FCX offers all types of connectivity circuits. A common choice for a wide array of businesses are regular internet circuits over cable/coax. Cable over coax is a cost effective solution due to the fact that backhaul is shared among various subscribers and therefore offers best effort speeds.

Most popular however are Fiber and ethernet IP circuits. These pipes utilize internet protocol (IP) to route data packets between devices. These types of circuits are mostly Dedicated Internet Access circuits. DIA circuits are dedicated to the subscriber and offer guaranteed speeds on a symmetrical circuit. Because of this architecture, DIAs are backed by service level agreements (SLA). DIA is typically delivered over fiber but can also be delivered wirelessly or over copper. Additionally, DIA bandwidth is available as fixed or burstable bandwidth.

Fiber circuits are based on fiber optic technology, which uses strands of glass or plastic to transmit data over long distances, while EOC (Ethernet over Coax) circuits use existing coaxial cable infrastructure. Fiber circuits offer higher transmission speeds and greater bandwidth capacity compared to EOC circuits. They are considered the more advanced and future-proof option, as they have the potential for even higher speeds and can support more devices and data-heavy applications. As a result, they are generally more reliable and less prone to interference, as the transmission medium is not susceptible to electromagnetic interference like copper cables.

EOC circuits on the other hand are more cost-effective and easier to install, as they utilize existing coaxial wiring found in many buildings. EOC circuits are typically used for shorter distances, such as within a building or local area network, while fiber circuits are used for longer distances, such as between cities or countries.

  • Throughout the portfolio all ranges of speed are available.
  • Our team understands that speed, reliability, and bandwidth of circuits are crucial for your business to effectively and efficiently operate in today's digital landscape.
  • FCX only recommends those providers who can deliver the right performance levels and SLAs.
  • All types of last mile available as well as redundant circuits from the same provider into the building.

PTP circuits and private network

If a dedicated, private connection between two locations is what is required, a point-to-point circuit might be a good fit, as it allows for the transmission of data, voice, or video signals.

A PTP (Point-to-Point) circuit is a communication link between two endpoints, allowing the transfer of data or voice signals. It is typically a dedicated connection, providing a secure and reliable means of communication. PTP circuits use circuit switching technology, where a continuous connection is established between the two endpoints for the duration of the communication. The transfer of data or voice signals in a PTP circuit is bidirectional, allowing both endpoints to send and receive information.

  • This type of circuit is often used by organizations to establish secure and reliable communications between their headquarters and remote locations such as branch offices, data centers, or manufacturing facilities.
  • This allows for efficient and fast communication without the need for internet access, making it ideal for sensitive and critical business operations.
  • Additionally, point-to-point circuits can be used to connect businesses with their customers or partners, enabling seamless collaboration and information exchange.
Whereas PTP establishes a direct connection between two devices without the use of a network, Private Network refers to a secured network that is reserved for internal communication within a specific organization or group.

  • A private network is a closed system that allows connected devices to communicate with each other without being accessible from external networks. This can be achieved through the use of firewalls, network address translation, and virtual private networks.
  • Private networks are commonly used by businesses and organizations to securely share sensitive information and resources within their internal systems.
FCX partner providers can support establishing this as well.


SD-WAN

SD-WAN (Software-Defined Wide Area Network) is a modern networking technology which has been built on on the principles of Software-Defined Networking (SDN), allowing for the automation and programming of network infrastructure. It allows for the efficient and flexible management of wide area networks.

Unlike traditional WANs, which rely on physical hardware and manual configuration, SD-WAN uses software to virtualize the network and automate routing, security, and optimization processes. This enables organizations to better control and optimize their network traffic, improve network performance, and reduce costs. At its core, SD-WAN works by separating the network control plane from the data plane. The control plane is responsible for managing and directing traffic, while the data plane is responsible for forwarding packets. By decoupling these two functions and centralizing control, SD-WAN allows for a more efficient use of network resources and easier management of network policies. Additionally, SD-WAN uses application-aware routing to dynamically optimize traffic based on the specific needs of each application. This is done through the use of software-defined overlays that create virtual tunnels for each application and dynamically adjust traffic routing based on network conditions.

  • It allows businesses to connect and manage their geographically dispersed networks through a centralized software platform.
  • This platform enables the use of multiple internet connections, such as MPLS, broadband, and LTE, to optimize bandwidth and improve network performance.
  • It also offers enhanced security features and simplifies network management through automation.

    In the US, many businesses are adopting SD-WAN to reduce costs, increase network agility, and improve user experience for their remote offices, data centers, and cloud applications. This technology is especially popular among companies with multiple branch locations as it provides a cost-effective and efficient way to connect and manage their network infrastructure.

MPLS and VPLS

While being slowly replaced by SD-WAN, Multiprotocol Label Switching (MPLS). remains a reliable routing technique.

MLPS is a security framework that uses multiple layers of protection to safeguard sensitive information and prevent unauthorized access. This includes physical security measures, encryption, and access controls.

Enterprises often use MPLS for their wide area networks (WANs) to connect their remote sites and branch offices to central locations. By leveraging MPLS, enterprises are able to connect their multiple locations over a single network, providing seamless communication and ensuring high levels of security and reliability.

VPLS (Virtual Private LAN Service) is a technology that allows multiple sites to be connected together as if they are on the same local area network (LAN). It creates a virtual network that emulates the features of a traditional LAN, enabling seamless communication between devices. This is achieved through the use of MPLS (Multiprotocol Label Switching) tunnels that securely transport data between the sites.

VPLS is commonly used in enterprise networks to connect multiple remote offices or branches to a central data center. This allows for seamless communication and data transfer between different locations, creating a unified network infrastructure.

As such, MLPS and VLPS are both strategies utilized by organizations to protect and manage their intellectual property. Together, these strategies help businesses maintain the confidentiality and profitability of their intellectual property.

Wavelenght services

Wavelength is a high-bandwidth data transport service designed for low latency and jitter. Wavelength often is used by businesses and organizations for mission-critical data transfer, such as financial transactions or large data backups. It works as a dedicated, point-to-point connection between two locations, which makes it a secure solution. The dense wavelength division multiplexing (DWDM) technology transmits multiple signals simultaneously over a single fiber. This is achieved by dividing the light spectrum into smaller wavelengths and assigning each one to a different data channel. Traffic then passes seamlessly across the network, separated from other data streams and is encapsulated inside a wavelength frequency.

Wavelength is designed to carry more bandwidth than an average internet circuit would; it is designed to allow for large amounts of data to be transmitted at high speeds over long distances. Wavelength services are typically configured in increments of 10G or 100G of bandwidth capacity and supports different types of traffic, such as voice, video, and data, simultaneously.

Despite these productivity supporting features, wavelength remains cost effective. This is due to the fact that it cancels both the need to add optronics and a private network operation center.

Fixed wireless

No land based internet circuit available? No problem. FCX works with various providers who bypass all networks and provide data transmission via a Fixed Wireless circuit (WiMax). Fixed wireless is a form of wireless communication that uses microwaves to establish a connection between two fixed locations. It operates on specific bandwidths, typically in the range of 2GHz to 40GHz, which are allocated for fixed wireless services by telecommunication regulatory bodies. The internet service provider installs a microwave dish on the roof of the building, pointed towards a nearby radio tower or another building with a dish. Microwaves used in fixed wireless travel at extremely high frequencies, allowing for a high rate of data transfer, typically ranging from 10 Mbps to over 1 Gbps.

While robust enough to serve as a primary data circuit as data is transmitted over microwave, WiMax is also the go-to solution for connectivity needs during large outdoor events. As a result, various WiMax providers offer non-subscription based temporary event services.

In addition, this type of connectivity can also be used at construction site and as a circuit offering an alternative last mile for redundancy purposes.

Mobile solutions

At FCX we can support mobile solutions and comprehensive packages that include corporate cellular services and smartphones device selection. We offer consultation and supplemental migration support for major US-based brands. Our expertise also extends to consulting and supporting implementation of 4G LTE and 5G technology for various business applications. 4G LTE and 5G have numerous benefits for businesses, including improved network speeds, increased capacity, low latency, and better overall performance.

  • 4G and 5G LTE enable a reliable and high-speed connection for a mobile workforce, allowing employees to access important data and applications on the go.
  • With the rise of IoT devices and sensors, businesses can gather and analyze real-time data to make informed decisions. 4G LTE and 5G provide the necessary bandwidth and low latency required to connect and manage these devices, allowing businesses to unlock the full potential of IoT technology.
  • Additionally 4G LTE and 5G can be utilized in smart kiosks for retail, hospitality, and other industries.
  • 4G LTE and 5G can serve as a cost effective backup solution to keep operations running smoothly in case a primary circuit goes down. This is particularly useful for critical services and as part of a POTS replacement service solution for applications such as alarm monitoring, where a reliable and constant connection is necessary.

Satellite

Satellite services are a type of telecommunication service that uses orbiting satellites to transmit and receive data, voice, and video signals. Satellites are equipped with transponders, which act as amplifiers in space, receiving signals from earth stations and retransmitting them back to the ground. This technology allows for a wide range of services to be provided and are particularly useful in remote areas where traditional terrestrial communication infrastructure is difficult or expensive to set up.

Examples of where and how satellite services are used include:
  • Broadcast television, where satellites transmit television signals directly to a hospitality venue or medical facility, bypassing the need for cable or terrestrial broadcasting.
  • Internet connectivity in rural and remote areas where traditional broadband internet access may not be available.
  • Disaster management and response, where satellites are used to quickly establish communication and provide critical information in areas affected by natural disasters.

    Overall, satellite services play a vital role in connecting the world and bridging the digital divide, making communication and information accessible to even the most remote locations.

Dynamic Connectivity

Dynamic connectivity refers to the ability of a network to establish and maintain multiple connections between different devices in a constantly changing environment. It is a technology that allows devices to seamlessly switch between different networks and maintain a continuous connection to the internet or other devices.

The process of dynamic connectivity involves the use of protocols and algorithms to constantly monitor, analyze, and adjust network conditions. This allows devices to switch between different networks, such as WiFi, cellular, or Bluetooth, based on factors such as signal strength, bandwidth availability, and cost.

There are several use cases for dynamic connectivity, including in smart buildings, businesses, and transportation systems.

Dynamic connectivity can be used to ensure a seamless connection for employees working remotely, allowing them to switch between different networks and maintain productivity. It also enables businesses to reduce costs by automatically switching to the most cost-effective network for data usage.

In transportation systems, dynamic connectivity plays a crucial role in enabling real-time communication between different vehicles, infrastructure, and passengers. This is especially important for autonomous vehicles, where a continuous and reliable connection is necessary for safety and navigation purposes. In this scenario, dynamic connectivity can switch between different networks, such as satellite, cellular, and WiFi, to ensure a stable and uninterrupted connection. Overall, dynamic connectivity is a vital technology for maintaining constant and efficient communication in a world that is increasingly reliant on connected devices.

Link Aggregation

Link aggregation is a technology that combines multiple high-speed internet connections into a single, faster connection. This is achieved by using a device called a broadband aggregator, which receives data from multiple sources and combines them into a single data stream before sending it to the end user. FCX can offer various types of broadband aggregator devices. Various SD-WAN nodes / providers can offer this type of service as part of the subscription.

  • Link aggregation is commonly used in large organizations such as corporations and universities, where a high volume of data needs to be transmitted simultaneously.
  • Additionally, it can be used in remote areas where a single internet connection may not provide enough bandwidth, so multiple connections are aggregated to create a faster and more reliable connection.

    The broadband aggregator works by using a process called load balancing, where the data is split and distributed evenly across the various connections, reducing network congestion and increasing overall speed. Some examples of where link aggregation is used include video conferencing, online gaming, and cloud-based services, where large amounts of data need to be transmitted quickly and efficiently.

The FCX Difference

Complete portfolio

100+ providers

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Single or multi site? Single circuit or 2, 3 or even more? Fast turn-up required? Pre-qualify quickly with aid of the Fiber Locator and the Cable Qualifier through FCX

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FCX has 4 proven methods to guide you and your team through the process of selecting the most suitable on premise, cloud or hybrid cloud infrastructure

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Not sure about which direction to take or how to solve a problem? We're here to help. Within our broad network of partner providers we'll get you the solution you need

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Ensure all of your sites obtain the right circuit type and speed

In today’s fast-paced and technologically driven world, the internet and access to the cloud has become an integral part of every business. It is the backbone of operations and communication, enabling businesses to connect with clients, partners, and employees across the globe.

However, getting access to the web or cloud servers depends upon the circuit that will get you there. And not all IP circuits are created equal. Speed, latency and SLAs vary across the board. Yet having a reliable IP circuit up to the task is crucial for the success and sustainability of any business.

Optimizing your circuit type and speed involves understanding your specific network needs and choosing the right type of connection and bandwidth capacity for your sites.

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This may require upgrading or changing your current setup to better suit your requirements.

The reasons for this seem perhaps obvious: With a stable and fast IP connection, businesses can make and receive calls, send and receive emails, and access important data and information without any disruptions. This can save valuable time and prevent any potential loss of business due to communication breakdowns.

Second, a reliable IP circuit will enhance productivity and efficiency. This because businesses only  increasingly rely on cloud-based applications as time progresses.

Through reliable access to secure bandwidth employees can access those cloud-based applications, collaborate on projects, and complete tasks in a timely manner.

From a long term perspective, IP circuits can be leveraged to stay ahead. In today’s highly competitive market, having a reliable and fast  connection can set the business apart from its competitors. By offering responsive e-commerce sites, faster processing of financial transactions, a myriad of endpoints for customer engagement or staff productivity, customer satisfaction and loyalty can be increased.  And access to cloud computing platforms provide ultimately access to the tools modern businesses need; EC2, S3, RDS, CDN and IAM. 

Overall, investing in a reliable IP circuit, Direct Connect pipe or redundant circuit for each of the sites, including the remote and home offices is crucial for the success and productivity of any business in today’s digital age.

READ MORE

Crown-Castle-Product-Sheet_Wavelength-2022
2 page information sheet

Details about Wavelenght technology

TPx-Snapshot-2017
2 page information sheet

About the benefits of utilizing various types of network services. By TPX

Case_Study_Spectrotel_Delivers_Secure_SD_WAN
2 page information sheet

How providers collaborate to offer complete network services to clients. By Spectrotel

Spectrum_Network-Modernization-the-foundation-of-business-growth
2 page information sheet

For more information on how network modernization can spur growth. By Spectrum Enterprise

Further resources:

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