Preparing MTDC infrastructure - for faster networks and the high-speed edge - CommScope
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Preparing MTDC infrastructure for faster networks and the high-speed edge
An edge-first distributed computing paradigm is needed to service huge volumes of data.
As networks ramp up support for 5G, cloud Co-location DCs (CoLos) or multi-tenant DCs This e-book outlines:
(MTDCs) are well equipped to support cus-
and the internet of things (IoT), computing
tomers’ need to host the compute layers closer to Trends in the Asia-Pacific region that
that had been focused on centralized data are driving an increasing preference for
the data sources in urban areas—offering high-
centers (DCs) is now adding an edge-first quality white space, networking equipment, and
MTDCs versus building from scratch—and
trends driving demand for MTDCs
distributed computing paradigm. cross-connections to differ-ent cloud and service
providers. IT organizations take advantage of the Smart approaches that help MTDC
A growing number of distributed applications efficient, low-cost and low-risk option of renting operators adapt and scale infrastructure
and micro-services are being deployed in edge space—from a server rack to a complete purpose- efficiently to meet diverse customer
built module—to host and process data and to requirements in dynamic cloud and edge
locations to service huge volumes of data that
environments
are generated at the edge. Local computing easily scale IT capacity based on business needs
that offers higher bandwidth, lower latency and without the high capital expenditure and
How MTDC operators can accelerate
availability at the network’s edge is growing the lengthy period required to build new private
time to revenue and boost return on
with this rising tide. DC facilities. investment (ROI)
2 Preparing MTDC infrastructure for faster networks, high-speed edge
Preparing MTDC infrastructure for faster networks, high-speed edge Chapter 1: MTDCs built for agility. . . . . . . . . . . . . . . . . . . . . 4 Chapter 2: MTDCs geared for speed. . . . . . . . . . . . . . . . . . 9 Chapter 3: MTDCs designed to boost ROI . . . . . . . . . . . . 15
Chapter 1: MTDCs built for agility 4 Preparing MTDC infrastructure for faster networks, high-speed edge
MTDCs built for agilty Co-location Market
+13% +12%
As demand for online services and platforms
surges and data traffic volume explodes,
DCs that can be built in shorter time frames
with ever-increasing efficiency meet capacity
requirements while leveraging scale and CAGR between 2019 and 2024 CAGR between 2019 and 2024
improved IT and facility technologies.
Southeast Asia Asia Pacific
Slightly over 63 percent of enterprises still owned
and operated DC facilities in 2019, according to
451 Research. As facilities age and new applications
raise performance and density requirements,
US$28Billion US$23.4Billion
Asia Pacific total market size by 2024 North America total market size by 2024
MTDCs are ideally positioned to enable enterprises
to outsource their IT infrastructure and connect
Asia Pacific North America
to a wide array of cloud, connectivity and service
+20%
providers securely and efficiently and with improved By 2024, the market size for Asia Pacific CoLos is forecast to be
uptime and support for growth. around 20% higher than market size projected for North America.
Shift to MTDC/co-location
In late 2020, Gartner noted a trend shifting
infrastructure and operations organizations to network provisioning and management with the Asia-Pacific market is expected to grow at
“integration and operations” as infrastructure self-service, on-demand connections. Further, the around 12 percent CAGR over the same period,
choices, such as cloud, edge or computational Uptime Institute estimates that a shared facility can according to Structure Research. The total market
storage, apply to different locations and workloads. be 19 percent to 64 percent more cost effective size for Asia-Pacific CoLos is forecast to be around
Workloads can be located based on business than a private Tier 2 DC depending on the facility’s US$28 billion by 2024—20 percent higher than the
outcomes. Physical location and time-to-market scale. US$23.4 billion projected for North America.
restrictions can be bypassed using outsourced
The CoLo market size in Southeast Asia (SEA) will In Asia-Pacific’s primary markets of Singapore, Hong
facilities.
expand by a compounded annual growth rate Kong, Sydney and Tokyo, demand for DC and cloud
Beyond a wide variety of co-location options (CAGR) of 13 percent between 2019 and 2024, services is also driven by a young and tech-savvy
and short installation intervals, MTDCs also ease according to Cushman and Wakefield. Meanwhile, urban population, the consumption of ecommerce,
5 Preparing MTDC infrastructure for faster networks, high-speed edge
and over-the-top services. These traditional hubs have
been challenged in recent years by emerging hubs—
Cloud connectivity solutions
such as Indonesia, China, Malaysia, the Philippines,
+40%
Thailand, India and Vietnam—where
DC construction is surging and available co-location South Korea
spaces are growing. China Japan
Key drivers of growth include IoT-driven technologies CAGR annual growth rate India Hong Kong
such as artificial intelligence (AI), data and analytics,
Singapore
security, and communication; rapid growth in the
use of cloud computing services and applications;
and increased investments worldwide from telco
1,374Tbps Indonesia
Australia
2023 data demand forecast New Zealand
operators, governments and cloud providers in
subsea cable projects, which have led to faster
network speeds and more capacity while lowering
latency and improving redundancy.
become an essential enabler of successful digital MTDCs can help organizations manage these
Shift to the edge and the cloud transformation efforts. workloads. Customers will need an understanding
of the physical infrastructure, design requirements
Major MTDC providers, including hyperscale Since cloud-based applications and services require
and strategic considerations that must precede a
providers, are investing in their own network physical infrastructure that extends optimally to
successful deployment. Solutions encompassing half
edge DC infrastructure. This investment is the network’s edge, MTDC managers must seize
and full cabinets, cages or even full white space can
predominantly focused on locating facilities to the opportunity to address diverse customer
be tailored to meet each customer’s unique service
support compute resources close to markets that requirements as well as the increased complexity of
needs and budget.
offer significant demand. scaling and orchestrating distributed infrastructure.
In all, continued adoption of the cloud, the rise of
MTDC edge facilities often provide cloud According to a study by Equinix, cloud and IT
IoT, and the massive amounts of data to be created,
connectivity/interconnection and hybrid cloud services will lead interconnection bandwidth growth
processed and stored continue to fuel demand for
infrastructure services. Cloud connectivity solutions in Asia-Pacific, with data demand forecast to reach
DC space, DC suppliers, and service and network
adoption will grow at a CAGR of 40 percent in 1,374 Tbps by 2023 due to enterprises shifting
providers. As technology evolves, MTDC operators
countries such as Australia, New Zealand, China, workloads to an edge-first architecture.
that innovate, refresh and scale quickly to spread
India, Singapore, Japan, Indonesia, South Korea,
risk and reduce cost will have an advantage.
and Hong Kong. Hybrid cloud, in particular, has
6 Preparing MTDC infrastructure for faster networks, high-speed edge
Copper cabling
High-density distribution frames Fiber cabling
Infrastructure pathways
Entrance
solutions
Meet-me room Co-location customer cages
Rack systems
Infrastructure management Main distribution area
Figure 1: Typical areas within an MTDC
MTDC Solutions Overview
In the MTDC, multiple secure customer areas—contained in a cage or within a particular cabinet in a row—are connected to a meet-me room (MMR) where
the MTDC’s own cross-connection equipment, like optical distribution frames (ODFs), reside. The MMRs are then connected to the entrance facility (EF)
where services from multiple telecommunications providers enter the building. Customers are interconnected to cloud and other service providers in the MMR.
7 Preparing MTDC infrastructure for faster networks, high-speed edge
The MTDC’s own backbone infrastructure must be
robust, flexible and globally scalable. It must allow
customers to turn up new applications and services
as fast as needed, remotely visualise and optimise
infrastructure in real time, and keep track of changes.
CommScope’s SYSTIMAX® Tier 1 infrastructure
solutions—coupled with logistics, engineering, and
sales and technical support—have helped MTDC
operators provide customers with a sustainable path
to higher network speeds and capacity.
CommScope’s MTDC portfolio includes solutions to
support outside plant, facility entrance, MMR and
customer cage applications, such as:
· High-performance preterminated fiber-optic and
copper solutions that enable faster turn-ups and
high-speed migration.
· Automated infrastructure management that
remotely monitors and manages the physical layer
and all connected equipment in real time in the
customer cage. The need for such automated tools
is non-negotiable as infrastructure grows denser
and more complex and human resources become
High-fiber-count rollable-ribbon fiber cables and High-density ODFs offer several connectivity
increasingly stretched.
fiber splice closures extend fiber connectivity options, including splice/splice and splice/patch
· Fiber management systems that provide fast, simple between multiple DC buildings in an MTDC campus, SC, LC and MPO modules—all in a space-
installation and orderly cable routing with optimal while building entrance products provide the saving front access footprint. Additionally, the
bend management. transition between outside plant and inside FiberGuide® fiber raceway systems deliver fiber
plant networks. throughout the MTDC facility, protecting the fiber
and maintaining correct bend radius management.
8 Preparing MTDC infrastructure for faster networks, high-speed edge
Chapter 2: MTDCs geared for speed 9 Preparing MTDC infrastructure for faster networks, high-speed edge
MTDCs geared for speed
Global device and connection growth
Demand for increased infrastructure capacity and
density is driving transformation and innovation in
DC architectures and technologies. Rapid growth
of the hyperscale cloud market has enabled a
10% CAGR
new wave of enterprises to seek alternatives to
traditional DC real estate assets. In this shifting
2018-2023
landscape, MTDCs are essential to the delivery of Billions of
new technologies. Devices
* Figures (n) refer to 2018,
IDC forecasts that the worldwide spend on cloud 2023 device share
services is expected to exceed US$1 trillion by
2024. Alongside cloud computing, the enterprise
Figure 2: Growth of M2M traffic in the data center
and automotive IoT market was expected to hit Source: CISCO Annual Internet Report, 2018-2023
5.8 billion endpoints in 2020—a 21 percent
increase from 2019, according to Gartner.
To keep up with the exponential growth in EDCs will supplement large, centralized DCs.
IoT deployments in industries such as demand for data capacity and higher computing By 2025, 75 percent of data will be created
manufacturing and transportation, as well as speeds, deploying many smaller distributed DCs and processed outside a centralized DC or
large-scale smart city projects, will generate much has been considered the most viable solution. cloud, according to Gartner. Further, Bell Labs
larger quantities of data for real-time processing These facilities are often called edge data predicted that 60 percent of servers will be
and analyses in DCs (See Figure 2). Additionally, centers (EDCs). placed in an EDC by 2025.
big data analytics, machine learning, telemedicine
and AI are creating demand for high-performance An EDC’s scale can range from a few racks to
computing infrastructure and for DC space. 150 kilowatts of capacity. Multiple EDCs may
interconnect to boost capacity, mitigate failure
As co-location becomes an obvious vehicle for and migrate workload within the local area. The
connecting enterprises, service providers and public Asia-Pacific MTDC market expects an increase
cloud platforms, new needs for time-sensitive in the deployment of EDCs post-2022 due
applications are pushing requirements further to growing use of connected IoT devices among
toward the edge, according to 451 Research. businesses and consumers.
10 Preparing MTDC infrastructure for faster networks, high-speed edgeMacro-view snapshot
An architecture that introduces many
thousands more EDCs will need to
find ways to optimize capital costs,
operational complexity and speed
to market—and, most importantly,
minimize the environmental impact of
EDCs. TIA EDC Working Group
An MTDC’s physical location has often been chosen
by the latency requirements of its customers and Figure 3: Bringing low-latency edge computing to enterprises.
Source: AT&T
access to other utilities such as power, water, and
internet connections. Application requirements
and the location of end users typically define the The service area has tended to reach out about and the importance they place on this evolving
expansion of the network “edge” (See Figure 150 miles or more. With the potential for business opportunity.
3). Edge service providers will choose a location smaller service areas defined by lower latency
MTDCs have to satisfy a variety of customer
that provides optimum support for the capacity, requirements reducing the coverage (number
configurations to fully capitalize on their location
resiliency and latency needed to drive the services of customers served), the traditional business
at the network edge. Customers’ plans for a
they, in turn, supply their customers. models will be challenged.
smooth migration to the MTDC and for flexible
MTDC operators may seek to situate edge Deployments of 5G and IoT are ramping up. expansion opportunities must be addressed to
operations and services at a prime service area Some new applications will require ultra-reliable ensure their DC needs can be met today and in
where their customers can host services and low-latency (URLL) performance. This raises the the future.
connect efficiently to other enterprises. A lucrative need to evaluate the business case for smaller
service area is where an MTDC can service enough DCs with a reduced service area offering lower
customer demand to provide an adequate return latency and higher-value services. For this same
on operational costs. reason, MTDCs need to re-evaluate their role
11 Preparing MTDC infrastructure for faster networks, high-speed edgeEdge-to-core connectivity
Multi-Access Edge Compute Network Edge Compute
Application Server Application Server Application Server
Edge
locations and Application Server
functions
Device/Smart machine Premises Radio Network Central Office/MTDC/Co-Lo Core Application Server
Latency < 10ms
Latency < 20ms
Latency > = 40ms
While different types of data traffic between the and management solutions will be needed at
Macro-view snapshot edge and core DCs have minimal effect on existing
software and control systems, edge-to-core traffic
the network edge and core to accommodate the
exponential increase in fiber core counts.
Keep building out edge-based resources will drive the need for higher-bandwidth, Ethernet-
However, there is a practical limit on how many
to process more data locally. The aim is based optics.
fibers can be deployed cost-effectively—especially
to not only deliver the URLL performance
Advances in optical network technologies now as distances increase. The drive for more capacity
but also set an effective strategy for
employ cost-effective, high-speed Ethernet leads service providers and MTDC operators to
conserving backhaul bandwidth and
options that enable enterprises to easily transition consider alternative methods of adding bandwidth,
operational costs.
to service provider facilities driving demand such as wavelength division multiplexing, where
for additional fiber-optic cabling in the service several streams (wavelengths) of data are added
provider’s networks. High-density fiber cables together and share the same physical fiber.
12 Preparing MTDC infrastructure for faster networks, high-speed edgeHigher capacity, optimal fiber Further reduction of cable diameters
Compact and designed for flexible routing can build cables that contain as many as 3,456 With growing demand for more fiber connectivity,
fibers while keeping the diameter of the cable cable designs have reached practical limits of
New technologies are helping MTDCs deploy more
small enough to fit into one two-inch-diameter diameter reduction with the standard 250-micron
fiber capacity. Rollable ribbon fiber can reduce
duct. The conduits and cable pathways now have diameter. However, smaller-diameter fibers allow
the overall diameter of an optical cable by up to
twice the density compared to using conventional more fibers to occupy the same cable diameter. Fibers
50 percent—essentially doubling the number of
fiber cables. This construction is much more with 200-micron diameter are now being used in
cables that can be added to a duct. By using this
flexible. Reducing the cable bend radius makes rollable ribbon and microduct cable.
new cable type, MTDCs can support additional
these cables easier to work with inside the tighter
revenue-generating customer circuits in existing The outside buffer coating is the only part of the
confines of the DC.
cable pathways and facility duct routes. glass fiber that is altered. The 200-micron fibers
A gel-free design further reduces the time retain the 125-micron core/cladding diameter of
Rollable ribbon fiber cable contains fibers that are
required to prepare cables for splicing, therefore conventional fibers for compatibility in splicing
attached intermittently to form a loose web (see
reducing labor costs. The intermittent bonding operations (see Figure 6). Once the buffer coating is
Figure 5). Fibers are free to “roll” together and
maintains the fiber alignment required for typical stripped, the fusion splice procedure for 200-micron
form a smaller, more flexible cable. Manufacturers
mass fusion ribbon splicing. fiber is the same as for its 250-micron counterpart.
250µm 200µm
coating coating
Cladding
125µm
coating
For optical performance
and splice compatibility,
200-micron fiber features
the same 125-micron
core/cladding as the
250-micron alternative. 250 Micron Fiber 200 Micron Fiber
Figure 5: Rollable ribbon fiber is bonded at intermittent points Figure 6. Splice compatibility for 200-micron and 250-micron fiber
Source: ISE Magazine Source: ISE Magazine
13 Preparing MTDC infrastructure for faster networks, high-speed edgeKeeping fiber count in check
Engineers have more options than ever to design and deliver
increased capacity in fiber installations. Applications within
the customer networks (as well as the MTDC’s own backbone)
take advantage of key advancements in transmission
protocols incorporating the latest optic transceivers.
In short-reach enterprise networks, enhancements in
technologies like vertical cavity surface emitting lasers
(VCSELs) and pulse amplitude modulation-4 level (PAM4)
encoding are increasing optical channel transmission to
56 Gbps over multimode fiber (MMF)—with 400G
transmission enabled at 50 Gbps.
Existing MMF networks can now support much higher speeds
while extending the life of the MMF cable. Also, they take
advantage of lower-cost transceivers and reduced power
requirements that VCSEL technology will deliver for many
years to come.
OM5 the data of OM4 longer reach
supports 4X for 50 percent
A new high-bandwidth MMF addition, OM5 multimode
optical fiber, is designed to support transceivers that use
shortwave division multiplexing (SWDM). As mentioned
earlier, this technology provides much higher capacity for
each fiber deployed. OM5 supports four times the data of
OM4—for 50 percent longer reach (based on the 802.3 cm
standard for 400G over MMF).
14 Preparing MTDC infrastructure for faster networks, high-speed edgeChapter 3: MTDCs designed to boost ROI 15 Preparing MTDC infrastructure for faster networks, high-speed edge
MTDCs designed to boost ROI
The ability to quickly establish and turn up
services for a new tenant helps MTDC
operators improve customer experience,
accelerate the time to revenue and boost ROI.
MTDCs need a flexible, robust and efficient
infrastructure that can be upgraded or adapted
to speedily meet customers’ diverse and dynamic
requirements. CommScope solutions allow
operators to minimize not only the errors or
delays that impact customer experience, but
also the risk of service-level agreement fines.
These solutions can be shipped and installed
quickly to improve critical time to service and
revenues. Further, modular physical layer
solutions let MTDCs scale up as gradually or as
quickly as their customers’ circumstances dictate.
CommScope’s High Speed Migration platform—
built on modular, ultra low-loss (ULL) connectivity—
enables network planners and operators to
seamlessly migrate their physical infrastructure
designs from duplex transmission protocols to
parallel ones (and back again to duplex) as higher
data-rate technologies mature and migrate
between connector interfaces themselves.
ULL Connectivity ULL EHD Fiber Panels OM5 Multimode
16 Preparing MTDC infrastructure for faster networks, high-speed edgeAIM—imVision Category 6A
MMR—ODFs FiberGuide
CommScope’s SYSTIMAX ULL solutions feature of switches and servers on schedule to require Flexibility via structured cabling
embedded intelligence that leverages iPatch ®
400G and 800G connections—meaning the
The recommended architecture for flexibility
intelligent cabling to monitor and manage the MTDC must keep an eye on the next generation
within the customer cage is a leaf-and-spine
physical layer in real time, down to the port level. of speed for their own backbone cabling. One
network connected by structured cabling.
Having such visibility is essential to a customer critical step for MTDC operators supporting
Structured cabling enables the network to
choosing to deploy off-premises disaster recovery ongoing in-cage transitions from 400G to 800G
continually expand and migrate to higher
in an MTDC located in a different part of the and beyond is to look at physical layer cabling
speeds easily.
country or region. options connecting service provider and campus
circuits to customer cages. When using high-fiber-count trunk cables, like
Server-switch-connectivity speed Still, a fast-changing technological landscape is
24-fiber MPO, the backbone cabling between the
leaf-and-spine switches can remain fixed. Instead
Meanwhile, technological developments in only half the challenge. Timing is equally critical
of ripping and replacing trunk cabling as optical
servers, switches and connectivity are each with refresh cycles now running every two to
networking technologies change, simply change
pushing the other to be faster and more cost three years. Grappling with the many moving
the MPO module and optical fiber presentation
effective. pieces, MTDC operators must make difficult but
entering or exiting the spine or the leaf cabinet.
necessary strategic infrastructure transitions now.
MTDC providers are now focused on enabling
Failing to get it right now will be costly later. Once the leaf-and-spine architecture is in place,
100 GbE connectivity, with future generations
a consistent and structured approach to physical
layer cabling enhances the ability to expand the
17 Preparing MTDC infrastructure for faster networks, high-speed edgenetwork fabric by simply adding and altering
The ODF-revenue connection
server cabinets and their components as
customers demand additional performance.
In a typical MTDC configuration, the service In a tiered-ODF design, a single customer
High-density ODFs provider network terminates at a dedicated cage can cross-connect to multiple service
These ODFs aggregate many fibers into an ODF in the meet-me room, ready for providers via a simple patch. For MTDC
organized and easy-to-manage fiber fabric. presentation out to the other suites. operators that bill for the activity of making
While ODF applications and environments vary a cross-connection between a customer
One strategy many MTDCs are employing
throughout the MTDC, using a portfolio based and a service provider at the cross-connect,
is to use additional ODFs as intermediate
around a common footprint of connectors, the faster those connections can be made,
cassettes, modules and frames enables greater distribution points dedicated to serving the
the higher the potential revenue.
design flexibility and faster build-out in response customer cages on each floor. This enables
to customers’ changing requirements. MTDCs to independently add capacity for The connection between customer and
new or expanding service providers as well service provider often generates monthly
ODFs for cross-connecting and interconnecting
applications, such as the FACT® and FlexFrame as customers. The final connections can be recurring revenue. Having the ability to
ODFs, are modular and specifically designed made quickly using shorter runs or even easily hook up customers to more service
to support rapid installation of customer patch cords. providers makes this a rewarding strategy.
connections, turn-ups and easy maintenance.
Simple building blocks
Preterminated fiber and copper cabling design EHD panels provide up to 72 duplex LC or MPO ports
allows quick installation and connection to per rack unit—singlemode or multimode—allowing Macro-view snapshot
switches and routers—guaranteeing optical and migration from 10G serial to 100/400G parallel
electrical factory-level performances. Scalable, Preterminated MPO modules and MPO
transmission without expanding equipment footprint.
modular and flexible high-density (HD), ultra adapter panels provide plug-and-play
Further relieving cable congestion are CommScope’s fiber connectivity to improve the time to
high-density (UHD), and enhanced high-density
MPO modules and MPO adapter panels. By turn up service for a new customer and
(EHD) fiber patch and splice panels enable
combining micro-cable, cable spooling and MPO reduce the cost of adding and connecting
MTDCs to support increasing fiber counts
connector technology in a single panel, they not those customers.
while keeping the fibers secure and accessible.
only simplify moves, adds and changes within the
18 Preparing MTDC infrastructure for faster networks, high-speed edgecage or cabinet but also speed up ordering and Plan, design and deploy quickly
inventory of equipment.
CommScope’s Fiber Performance Calculator (FPC)—
The interchangeable 8-, 12- and 24-fiber MPO an automated design planning and link
modules optimize fiber configurations. Moving confirmation tool—enables engineers to model
up to 400G and beyond, new optical connectors a variety of channel and link scenarios using
like the MPO-16 will become popular. It is critical CommScope’s fiber solutions.
to select a cabling system that considers this
The tool comprises a link loss calculator and a important benefit—especially given the typical
important connector as a part of a migration
database of fiber performance specifications 12-week window for ordering and deploying the
strategy.
based on current industry standards as well as cabling infrastructure.
performance specifications for SYSTIMAX fiber
Supports QSFPs
and fiber connector types. It enables designers Conclusion
∙ For multimode and singlemode
to confirm the guaranteed support of optic
Enterprises, cloud providers and hyperscale
transceivers and breakouts applications while also specifying the maximum
MPO-8
∙ Lowest panel density attenuation performance
customers are locating more capacity and
processing power closer to end users, with an
of each link.
Large installed base increasing edge-first deployment mentality.
∙ Existing multimode and
singlemode preterm deployments
Model the future, confirm next-generation
They look to MTDC operators to provide fiber-
performance, and ensure your cabling is delivering
MPO-12 ∙ Familiar interface and trunks the optimized and guaranteed performance with
dense backbone and flexible connectivity to
keep up with ongoing technological change
MPO16 is the connector of choice the FPC tool set.
for new octal based 50G and
as well as support for applications requiring
100G PAM4 transceivers offering URLL performance.
the maximizing the number of Fiber raceway system
connected edge devices switches
MPO-16 To this end, MTDCs are challenged to retool DC
can now support. Complementing the structured cabling solutions
operations to turn up customers faster, speed
Future ready are the FiberGuide fiber raceway system that
up customer build-outs, and accelerate revenue.
∙ Lowest cost duplex support for
multimode applications
ensures fibers do not exceed their maximum bend
An efficient, flexible and simplified cabling
radius and are safely protected as they transition
MPO-24 ∙ Highest panel density throughout the MTDC.
infrastructure is essential. CommScope’s modular
cabling and connectivity solutions are geared for
FiberGuide is supported by a software tool that this purpose while delivering consistently high-
helps planners quickly and efficiently create a performance throughput from the core to the
raceway design. Fast, tool-less installation is an farthest edges of the network.
19 Preparing MTDC infrastructure for faster networks, high-speed edgeCommScope pushes the boundaries of communications technology with game-changing ideas and ground-breaking discoveries that spark profound human achievement. We collaborate with our customers and partners to design, create and build the world’s most advanced networks. It is our passion and commitment to identify the next opportunity and realize a better tomorrow. Discover more at commscope.com www.commscope.com Visit our website or contact your local CommScope representative for more information. © 2021 CommScope, Inc. All rights reserved. All trademarks identified by ® or ™ are registered trademarks or trademarks, respectively, of CommScope, Inc. This document is for planning purposes only and is not intended to modify or supplement any specifications or warranties relating to CommScope products or services. EB-115001.1-EN (06-21)
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