RCR Wireless
  • News
  • Channels
    • 5G
    • 6G
    • BSS OSS
    • Carriers
    • IoT
    • Network Infrastructure
    • Open RAN
    • Private 5G
    • Telco AI
    • Telco Cloud
    • Test & Measurement
  • Resources
    • Reports
    • Webinars
    • White papers
    • AI Fundamentals
    • Analyst Angle
    • Editorial Calendar
    • Fundamentals
      • 5G NR Release 17
      • AI
        • Telco AI in 2025
    • Podcasts
      • Let’s Get Digital with Carrie Charles
      • Wireless Connectivity to Enable Industry 4.0 for the Middleprise
      • Well Technically…
      • Will 5G Change the World
      • Accelerating Industry 4.0 Digitalization
  • AI Infrastructure
  • Programs
  • Events
  • RCRtv
  • Advertise
  • Subscribe
Monday, September 7, 2026
RCR Wireless
  • News
  • Channels
    • 5G
    • 6G
    • BSS OSS
    • Carriers
    • IoT
    • Network Infrastructure
    • Open RAN
    • Private 5G
    • Telco AI
    • Telco Cloud
    • Test & Measurement
  • Resources
    • Reports
    • Webinars
    • White papers
    • AI Fundamentals
    • Analyst Angle
    • Editorial Calendar
    • Fundamentals
      • 5G NR Release 17
      • AI
        • Telco AI in 2025
    • Podcasts
      • Let’s Get Digital with Carrie Charles
      • Wireless Connectivity to Enable Industry 4.0 for the Middleprise
      • Well Technically…
      • Will 5G Change the World
      • Accelerating Industry 4.0 Digitalization
  • AI Infrastructure
  • Programs
  • Events
  • RCRtv
  • Advertise
  • Subscribe
Add RCR Wireless as a preferred source on Google
  • Qualcomm 6G Insights
  • Huawei Content Hub
  • Qualcomm – 6G Vision
  • OSS/BSS Channel
  • RCRTech Roundtable: AI Infrastructure
RCR Wireless
RCR Wireless
  • Advanced Mimo
  • Mobile mmWave
  • 5G Positioning
  • Green Networks
  • Metaverse
  • Automotive
  • Industrial and Wide-area IoT
Copyright 2021 - All Right Reserved
Home - Smart Buildings 101: How connected is connected enough?
In-Building TechProptechSmart Buildings

Smart Buildings 101: How connected is connected enough?

by Jason Marcheck September 4, 2018
written by Jason Marcheck September 4, 2018 Share
LinkedinEmail
Share 0LinkedinEmail
Coworking
169

Connectivity in commercial office space has been nearly ubiquitious for 30 years. So, exactly how connected does a building have to be “smart”?

For most white collar workers in the developed world that got their first “real job” anytime after 1990 (and possibly before), our first day went something like this: show up, be escorted on a tour of the building, be shown our desk, receive our telephone extension, and set up our network login. Simple as that, 4-digit dialing and internet access taken care of all before our first coffee break. So, if connectivity is has been more or less commonplace for three decades, then why so much focus on in-building connectivity now?

The simple answer is that as the IoT era dawns, and gives rise to the “fourth industrial revolution” ubiquitous in-building connectivity will become a “utility” much in the same way that electricity, water, and phone service are viewed today.

All connectivity is not created equal

Here is a quick three question quiz to access how connected might be “connected enough” in your commercial office building.

  1. Does your wire closet or IT closet look like tangled mass of yellow, blue, green, grey and black cables?
  2. Do your employees become frustrated at not being able to use their mobile device anywhere in the office?
  3. Do your employees dress for winter when sitting at their desk in the middle of summer?

If you answered, “Yes” to any of these three questions, then it is quite possible that your building is not connected enough to meet the demands of today’s workplace. Here’s why:

    1. At this site’s launch event, Ron Scott, Chief Commercial Officer at ExteNet commented that “30-40% of copper in the rizers of most buildings are abandoned plant, and 97% of buildings are technologically obsolete.” Much of this abandonment has come at the hands of years of third parties having largely unmonitored access to the IT closets of buildings to install one-off solutions. Without coordination among service providers, many of these closets have become tangled webs of stranded plant and sub-optimal networking configurations. To this end, even where a building does have copper, or even fiber, running up the riser, much of it is inadequate to fulfill the needs of a coordinated, ubiquitous in-building communications infrastructure.
    2. In the smartphone era, the days of employees walking around their office to seek out a robust data connection are over.? In today’s workplace, many employees prefer to bring their own device to work, and to use that device to transact business. As such, many commercial building leasing managers are reporting that when showing office space to a prospective tenant, the tenant’s IT manager comes along to walk the floorplan to look for “dead zones” or other connectivity characteristics that will impinge on the wireless connectivity experience of employees while at work.? To this end, if your building has these so-called “dead zones” within its floor plan, it will hurt the competitiveness of your space as a leasing option.
    3. Many people that have worked in an office have seen employees sitting at their desks wearing sweaters and other winter clothing during warm seasons to cope with the impact of improperly tuned HVAC systems.? If this occurs in your building, then the simple fact is that your building is costing tenants money in wasted electricity costs, and employee productivity due to being forced to work under sub-optimal conditions. Here is where intelligent building automation solutions – powered by comprehensive in-building connectivity – can help to tune a building’s HVAC, lighting, and security systems to the its unique usage patterns for any given time of day, or time of year. Conversely, just as with the point above, failure to properly equip a building with increasingly smart system controls will make a space less competitive over time. In turn, this could drive down rents and buildign NOI.

Although large segments of building owners might not see it as their responsibility to provide access fully modern communications infrastructure, many are realizing this need, and are taking the steps necessary to provide comprehensive connectivity.? Over time, as the more digital native workers enter the workforce, and more companies make their living by providing solutions within the digital economy, comphrehensive connectivity will take on the status as another utility. As this mindset continues to take root, building owners that do not provide this utility will likely see their buildings at a material competitive disadvantage compared to buildings that? do offer comprehensive connectivity.

For further reading on the subject please see:

  • Feature Report: Can DAS, CBRS, Licensed Cellular and Proprietary LP-WAN Solve In-Building Connectivity?
  • In-building connectivity 101: DAS, CBRS and LP-WAN
  • Trend Watch: What to look for in DAS, CBRS and LP-WAN development
  • Industry 4.0 and the virtuous circle of IoT and in-building tech
  • ROI vs NOI: Why should CRE invest in building automation?

 

You Might Also Like
  • The smart apartment era is ending. The smart building contract is next (Analyst Angle)
  • SOLiD gets NTIA grant for O-RAN development project
  • Boldyn to buy Apogee to expand connectivity in US higher-ed campuses
  • Siemens samples own sustainability meds at smart campus in Switzerland
  • How Nextivity is bringing private LTE to the middleprise
  • Cellular vs. Wi-Fi—making the case for mobility
Share 0 LinkedinEmail
Jason Marcheck

Founder and principal analyst at Layne Bridge and Associates. Jason is a 20 year veteran ICT industry analyst covering 5G, IoT, cloud and virtualization strategies for clients across a range of vertical industries. Prior to founding Layne Bridge, Jason worked for 14 years at Current Analysis/GlobalData as a research leader and consulting director.

previous post
Miami leads global lists of smart streetlights deployment: study
next post
In-building connectivity 101: DAS, CBRS and LP-WAN

White Papers

  • Norton eBook: The 2026 Telco Playbook

  • Enea White Paper: Why Intelligent AAA is the Swiss Army Knife of Telecom

  • CSG White Paper: Telco AI Enabler: Mediation’s Defining Role

  • Enea White Paper: Scalable Database Design for 5G and Beyond

  • Supermicro and NVIDIA Whitepaper: Powering sovereign AI at scale

Editorial Reports

  • Report: Rethinking the RAN

  • Report: Building AI-Era Network Fabrics

  • Quantum Safe Networks Market Pulse Report

Webinars

  • Appledore Webinar: Closing the Agent-Ready Data Gap for Autonomous Networks

  • Mimosa Webinar – Build the Right Network

  • Webinar: Building 6G — aligning technology, policy and purpose

  • SIMCom Webinar: Scaling your next deployment – from plastic to provisioning

  • Webinar: Rethinking the RAN as AI, cloud and openness converge

Since 1982, RCR Wireless News has been providing wireless and mobile industry news, insights, and analysis to mobile and wireless industry professionals, decision makers, policy makers, analysts and investors.

Facebook Twitter Youtube Linkedin Envelope Rss

Useful Links

  • Subscribe
  • About RCR Wireless News
  • Contact Us
  • Advertise
  • Editorial Calendar
  • Archive
  • RSS
  • Wireless News Archive
  • Subscribe
  • About RCR Wireless News
  • Contact Us
  • Advertise
  • Editorial Calendar
  • Archive
  • RSS
  • Wireless News Archive

Edtior's Picks

Microsoft and AWS launch a managed multicloud interconnect
Private 5G docks in Hamburg – as Deutsche Telekom and Ericsson scratch a...
India weighs rip-and-replace of legacy Chinese telecoms equipment

Latest Articles

Microsoft and AWS launch a managed multicloud interconnect
Private 5G docks in Hamburg – as Deutsche Telekom and Ericsson scratch a seven-year itch
India weighs rip-and-replace of legacy Chinese telecoms equipment
SK Telecom’s Topdda turns work vans into an AI inspection fleet

© 2026 RCR Wireless News All Right Reserved. Developed by Eight Hats.

Cookie Policy | Privacy Policy

RCR Wireless
  • News
  • Channels
    • 5G
    • 6G
    • BSS OSS
    • Carriers
    • IoT
    • Network Infrastructure
    • Open RAN
    • Private 5G
    • Telco AI
    • Telco Cloud
    • Test & Measurement
  • Resources
    • Reports
    • Webinars
    • White papers
    • AI Fundamentals
    • Analyst Angle
    • Editorial Calendar
    • Fundamentals
      • 5G NR Release 17
      • AI
        • Telco AI in 2025
    • Podcasts
      • Let’s Get Digital with Carrie Charles
      • Wireless Connectivity to Enable Industry 4.0 for the Middleprise
      • Well Technically…
      • Will 5G Change the World
      • Accelerating Industry 4.0 Digitalization
  • AI Infrastructure
  • Programs
  • Events
  • RCRtv
  • Advertise
  • Subscribe
RCR Wireless
  • News
  • Channels
    • 5G
    • 6G
    • BSS OSS
    • Carriers
    • IoT
    • Network Infrastructure
    • Open RAN
    • Private 5G
    • Telco AI
    • Telco Cloud
    • Test & Measurement
  • Resources
    • Reports
    • Webinars
    • White papers
    • AI Fundamentals
    • Analyst Angle
    • Editorial Calendar
    • Fundamentals
      • 5G NR Release 17
      • AI
        • Telco AI in 2025
    • Podcasts
      • Let’s Get Digital with Carrie Charles
      • Wireless Connectivity to Enable Industry 4.0 for the Middleprise
      • Well Technically…
      • Will 5G Change the World
      • Accelerating Industry 4.0 Digitalization
  • AI Infrastructure
  • Programs
  • Events
  • RCRtv
  • Advertise
  • Subscribe
@2020 - All Right Reserved. Designed and Developed by PenciDesign