Co-Working
A coworking location with constant video calls should usually plan for at least 500 Mbps symmetrical internet, with 1 Gbps symmetrical often the better starting point for a busy shared office. The right capacity depends on concurrent calls, meeting rooms, member density, guest traffic, Wi-Fi design, and the ability to fail over when the primary circuit fails.
How much internet bandwidth should a coworking location plan for?
For a small flexible workspace with roughly 15 to 30 active users, 300 to 500 Mbps symmetrical service can be workable when the network is properly segmented and video-call use is moderate. Once private offices, dedicated desks, hot desks, and multiple meeting rooms are consistently active, 1 Gbps symmetrical is a more resilient baseline.
Symmetrical service matters because a coworking space is not just consuming data. Members upload video, share screens, sync cloud files, run VoIP calls, and join client meetings from the same connection. A plan with high download speed but limited upload capacity can create a poor experience even when a speed test appears impressive.
Capacity planning should use the busiest realistic period, not the average Tuesday afternoon. Consider member onboarding days, recurring client meetings, events, all-hands calls, and the moment multiple conference rooms are occupied at once. This prevents the operator from buying a circuit sized only for quiet periods.
For a video-call-heavy coworking space, 1 Gbps symmetrical primary internet plus a separate failover connection is the practical target for reliable daily operations.
The takeaway: Buy capacity for concurrent use and business continuity, not a headline speed alone.
How much bandwidth does each video call and meeting room consume?
A single high-definition video meeting commonly needs several Mbps in both directions, but the actual requirement varies with platform settings, participant count, screen sharing, camera quality, and packet loss. Group calls and high-resolution content sharing can require more capacity than a one-to-one conversation.
Meeting rooms deserve their own estimate because they concentrate demand. A room hosting a video conference may simultaneously use a room PC, wireless presentation system, conference camera, participant laptops, VoIP equipment, and guest devices. That concentrated load can expose weak Wi-Fi or undersized switching before the internet circuit itself is fully saturated.
Use a planning allowance rather than assuming every participant will consume the same amount of bandwidth. For example, planning 5 to 10 Mbps per actively video-calling user creates a conservative starting model. Add separate headroom for meeting rooms, cloud backup activity, software updates, printers, cameras, access control, and guests.
| Workspace profile | Typical concurrent demand | Practical primary internet starting point | Operational consideration |
|---|---|---|---|
| Small shared office | 10 to 20 active users; one meeting room | 300 to 500 Mbps symmetrical | Schedule large updates and keep guest traffic controlled. |
| Growing coworking space | 25 to 60 active users; two to four meeting rooms | 500 Mbps to 1 Gbps symmetrical | Use managed Wi-Fi, VLANs, and traffic visibility. |
| Busy multi-tenant location | 60+ active users; frequent room bookings and events | 1 Gbps symmetrical or more | Design redundancy, wired room connections, and a tested failover path. |
These are planning ranges, not a substitute for a site assessment. A Technology Service Partner should validate actual occupancy, applications, building connectivity options, and peak traffic patterns before committing to a circuit.
The takeaway: Estimate video-call demand by simultaneous users and rooms, then preserve headroom for the rest of the workspace.
Why do speed tests look good while video calls still freeze?
Video calls are sensitive to more than raw bandwidth. High latency, jitter, packet loss, overloaded Wi-Fi access points, poor roaming between access points, and unmanaged background traffic can cause choppy audio or frozen video even when an internet speed test reports strong download results.
In a multi-tenant environment, one member's large download, cloud synchronization job, or misconfigured device can affect other members if all traffic shares a flat network. Network segmentation separates staff systems, tenant networks, guest Wi-Fi, printers, cameras, access control, and building devices so one category does not unnecessarily expose or disrupt another.
Bandwidth shaping and quality-of-service policies can help protect interactive traffic. The goal is not to promise that video meetings always take priority over every other business activity; it is to prevent nonessential or uncontrolled traffic from consuming the connection during the moments members need a stable call.
Wired connections also matter in conference rooms and fixed offices. A meeting-room PC, conference camera, VoIP appliance, or AV controller should not depend on crowded guest Wi-Fi when structured cabling can provide a stable connection. GDS Technology supports structured cabling and low-voltage infrastructure alongside managed technology services, which helps align the physical network with the daily member experience.
The takeaway: Reliable calls depend on circuit capacity, Wi-Fi engineering, segmentation, and wired infrastructure working together.
Do coworking spaces need redundant internet and network segmentation?
Yes, a coworking operator should strongly consider redundant internet when connectivity is part of the product being sold. A primary circuit outage can interrupt member work, meeting-room bookings, access systems, payment workflows, and communications at the same time. Failover protects continuity when a carrier or building connection has a problem.
A secondary connection does not need to match the primary circuit exactly in every location. The appropriate design depends on occupancy, service commitments, cloud applications, VoIP usage, and whether the backup path must support the entire site or only essential operations. The important step is testing failover rather than assuming it will work when needed.
Atlanta-area coworking operators also need to account for the building side of connectivity. In Norcross, along the I-85 corridor, and across the broader metro's multi-tenant office properties, available providers, demarc location, riser access, landlord approvals, and MDF or IDF conditions can determine both deployment timing and redundancy options.
The same planning model applies across GDS Technology's regional footprint: Atlanta metro, the Indianapolis and Carmel market, and Stamford, Connecticut. Each site needs a local review of carrier diversity and building constraints rather than a copied network design.
Separate SSIDs and VLANs are essential for a shared office. At minimum, operators should isolate member or tenant traffic, guest Wi-Fi, internal staff systems, building and management devices, printers, cameras, and door access systems. This reduces unnecessary exposure and makes troubleshooting more precise.
For physical systems connected to the network, review business video surveillance systems as part of the same infrastructure conversation. Cameras and access-control-related devices need reliable connectivity, but they should not compete freely with members' calls or sit on the same unrestricted network.
The takeaway: Redundancy protects the service your members buy, while segmentation protects the people and systems using it.
What should a coworking operator assess before ordering service?
Start with a practical occupancy and application inventory. Count private offices, hot desks, dedicated desks, enterprise suites, meeting rooms, event spaces, staff workstations, cameras, access points, phones, printers, and smart-building devices. Then identify how many are likely to be active during the busiest hour.
- Measure current peak utilization, latency, jitter, packet loss, and Wi-Fi coverage where service already exists.
- Document meeting-room technology, including conference cameras, room PCs, wireless presentation tools, and VoIP devices.
- Confirm available carriers, handoff locations, demarc conditions, riser pathways, landlord requirements, and installation lead times.
- Define separate network segments, SSIDs, captive-portal needs, guest access rules, and member onboarding procedures.
- Choose a primary circuit, a failover path, and a test schedule for verifying that failover works.
- Set monitoring and escalation expectations so service degradation is identified before members flood the front desk with complaints.
Cybersecurity belongs in this assessment because coworking spaces host many organizations with different risk profiles. In Georgia, a cyber incident can also create breach-notification obligations, while members in healthcare, legal, and financial services may bring their own contractual and compliance expectations. Network isolation, strong administrative access controls, patching, and monitoring reduce avoidable risk.
For broader protection planning, connect bandwidth architecture with cybersecurity services rather than treating internet service as an isolated utility. A resilient workspace needs both availability and appropriate safeguards.
Edward, a commercial real estate professional, describes the desired support experience plainly: "GDS tech support gets on top of my problems right away. It is always a pleasure working with them." For a coworking operator, responsive support matters because a connectivity issue affects many member businesses at once.
The takeaway: Assess occupancy, building infrastructure, security, and support operations before selecting a bandwidth tier.
Frequently Asked Questions
Is 500 Mbps enough for a coworking space?
500 Mbps symmetrical can be enough for a small or moderately occupied coworking space with disciplined network design, limited meeting-room concurrency, and controlled guest traffic. It becomes less comfortable when many members conduct simultaneous video calls, cloud transfers, or events. Measure peak use and preserve capacity for business-critical traffic before relying on 500 Mbps.
Should a coworking space buy symmetrical internet?
Yes. Coworking members routinely upload video, share screens, synchronize cloud files, host virtual meetings, and use VoIP. Symmetrical service gives upload traffic the same planning capacity as downloads, which better matches daily shared-office use. It also reduces the risk that limited upstream bandwidth becomes the hidden cause of poor meeting quality.
How many Wi-Fi access points does a coworking space need?
The correct access-point count depends on floor plan, wall materials, ceiling height, occupancy, device density, and meeting-room use rather than square footage alone. A wireless site survey should evaluate coverage and capacity. Design for dense active-device areas, not empty-floor coverage, and use wired backhaul for access points whenever practical.
What is the best backup internet option for a coworking space?
The best backup is an independent connection with meaningful carrier and physical-path diversity from the primary circuit. Depending on local availability, that may be a second wired provider, fixed wireless, or cellular service. The decision should reflect how many members must remain productive during an outage and whether the failover path is tested regularly.
