Welcome to the CommScope-connected campus
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Welcome to the CommScope-connected campus Fiber. Copper. Wireless. All these solutions, all from one partner.

Campus-scale networks call for world-class solutions from CommScope Campus-scale communication networks present unique challenges that often don’t have a simple, one-size-fits-all technology solution. So many factors go into your decision-making process—speed, capacity, flexibility, scalability and, of course, cost—that it takes a complete toolbox of solutions to ensure your next move is the right one. WHAT DOES THAT TOOLBOX CONTAIN? WELL, PRETTY MUCH EVERYTHING, LIKE: ·· Flexible fiber, copper and wireless infrastructure, built to work seamlessly together ·· Intelligent, automated...

CASE STUDY: Fiber cable solutions CommScope offers a full range of outdoor, indoor/outdoor, and indoor fiber cable designs to flexibly meet the unique challenges of connecting a multi-building campus environment. Supported multimode fiber types include OM1, LazrSPEED® OM3, OM4 and OM5 along with TeraSPEED® zero-water peak and bend-insensitive singlemode fiber types. Total installation freedom allows for direct burial in trenches, underground and pre-installed in conduit; lashing to aerial utility poles and with options for self-supporting features as shown below. A COMPLETE UNIVERSITY...

CommScope's fiber panel offering supports applications from building entrance and transition from outside plant (OSP) to inside plant (ISP) cabling, with solutions for the main distribution frame (MDF) and intermediate distribution frame (IDF). Wall-mounted and rack-mounted options are available. These include: 4 CommScope-connected campus Fiber. Copper. W

Fiber connectivity CommScope's fiber connectivity solutions give you the flexibility and confidence you need to execute the best possible campus connectivity strategy. Fiber modules, cassettes and adapter packs For ordering copper and fiber products, please visit our product catalog CommScope-connected campus Fiber. Copper. Wireless.

Powered fiber cable solutions For extending Power over Ethernet (PoE) and PoE Plus applications beyond the industry-standard length limit of 100 meters, CommScope has developed the Powered Fiber Cable System (PFCS). CASE STUDY: POWERING AN EXTENDED OUTDOOR NETWORK Nearly 30,000 people now count on reliable outdoor Wi-Fi Using hybrid cable and a centralized power supply, PFCS simplifies access across the 580-acre campus of a top university located in the addition of small cells, Wi-Fi access points and IP cameras by the southeastern United States, thanks to CommScope’s range- distributing...

Outside plant fiber connectivity Interconnecting campus buildings with fiber optics is typically supported by outside plant fiber cables routed directly between buildings. There may be instances where splicing is required, for applications such as the need to branch off fibers from one fiber cable to one or more additional buildings. This can be accomplished with fiber splice closures, which provide the proper environmental protection for incoming cables as well as optical fiber splices. For campus networks that require OSP splicing but don’t expect to have significant changes in...

Copper solutions Copper network infrastructure remains an economical way to ensure high-performance, scalable bandwidth, particularly in horizontal deployments. Many solutions providers specialize in copper or fiber; but, for campus-scale deployments, it pays to have access to a partner like CommScope that excels in both technologies. In addition to providing industry-leading structured cabling systems for the enterprise local area network (LAN), CommScope also offers outdoor copper cabling solutions designed to extend copper-based connectivity in outside plant (OSP) environments. Within...

Indoor copper solutions CommScope continues to lead the industry in indoor structured copper cabling with the signature SYSTIMAX® GigaSPEED X10D (Category 6A) and GigaSPEED XL® (Category 6) cabling solutions— CASE STUDY: ENTERPRISE LAN/WIRELESS POWER A CORPORATE CAMPUS powerful, flexible and designed to grow with your network’s needs A world-class technology firm in San Jose, CA, needed to connect its new data center and corporate campus. They turned to CommScope solutions for its high-performance campus backbone needs as well as in-building wireless (IBW) solutions. A complete slate of...

Automated infrastructure management (AIM) CASE STUDY: Deploying a campus-sized enterprise LAN is only the first step. After IMVISION® PROVIDES END-TO-END NETWORK INSIGHT AND SECURITY that, the main challenge is managing it efficiently and securely— A large financial institution headquartered in Spain needed to and, for this challenge, CommScope offers a powerful and intuitive connect its campus network with CommScope’s high-performance automated infrastructure management solution called imVision. copper and fiber infrastructure solutions. The customer also deployed the imVision automated...

In-building wireless (IBW) Four out of every five mobile connections are made indoors. The problem is that the wireless networks supporting those connections are crippled at the door—cell signals can’t reliably penetrate concrete and steel buildings or low-E glass, resulting in those “dead spots” where calls get dropped and service bars just vanish. In enterprise environments where wireless voice connectivity is a must, this challenge can be solved with an in-building wireless (IBW) solution that supports traffic (like voice calls) that Wi-Fi doesn’t typically handle. In-building wireless...

Microwave antennas Some campus applications may not have right-of-way between buildings or may require a secondary connectivity path. For these applications, microwave links can provide the ideal solution. CommScope is the largest supplier of microwave antennas in the world, with a portfolio that covers frequency bands from 3 to 80 GHz, and antenna diameters from 8 in (20 cm) up to 15 ft (4.5 m). CommScope also offers flex-twist and elliptical waveguide needed to connect the antennas to the radio. To connect a pair of adjacent buildings—or to link to a remote facility—if there is a direct...