Hotel Wi-Fi solutions / Solution design

Guest Wi-Fi that works beyond the lobby

Build a hotel network around bedrooms, busy common areas and the staff systems that keep the property running, with room-based coverage and clear separation between guests and operations.

Hospitality environment for this solution design
Built around the way you workArchitecture · Equipment · Delivery
01

Design coverage inside guest rooms

02

Separate property systems from guests

03

Make reception troubleshooting simpler

Architecture / 01

How the solution connects

Independent uplinks meet a controlled network boundary. Local access is separated by purpose.

Guest Wi-Fi that works beyond the lobby: proposed architectureProperty internet connects to MX75 firewall (Primary path). Cellular backup · option connects to MX75 firewall (Alternate WAN). MX75 firewall connects to MS130-48P PoE (Policy boundary). MS130-48P PoE connects to Room APs · guest access (Separate zone). MS130-48P PoE connects to Lobby + restaurant Wi-Fi (Separate zone). MS130-48P PoE connects to PMS + staff + payments (Separate zone). Logical overview; final cabling and firewall rules are specified during design.01 / TRANSPORT02 / CONTROL03 / DISTRIBUTE04 / ACCESS ZONESWANBACKUPProperty internetCellular backup · optionMX75 firewallMS130-48P PoERoom APs · guest accessLobby + restaurant Wi-FiPMS + staff + payments
Logical data pathBackup / optional transportConceptual design · final ports, policies and quantities are specified for the site
Read the connection map
  • Property internetMX75 firewall · Primary path
  • Cellular backup · optionMX75 firewall · Alternate WAN
  • MX75 firewallMS130-48P PoE · Policy boundary
  • MS130-48P PoERoom APs · guest access · Separate zone
  • MS130-48P PoELobby + restaurant Wi-Fi · Separate zone
  • MS130-48P PoEPMS + staff + payments · Separate zone

The challenge on the ground

Corridor-mounted access points often look economical until fire doors, bathrooms and room partitions absorb the signal. At the same time, streaming guests share the uplink with reservations, voice, payment terminals and staff devices.

The difficult part is consistent service inside occupied bedrooms, not merely a strong signal at reception.

Inside the design

Use an MX75 at the property edge, an MS130-48P PoE switch and CW9172H wall-plate APs in the initial room layout. Use CW9172I APs for the lobby and restaurant. Keep property-management systems, staff access, payment equipment and guest traffic in separate networks.

Enable guest client isolation and agree how shared devices such as casting receivers are discovered without exposing other rooms. Count AP power requirements, uplink utilisation and the ISP circuit together.

Operating it day to day

Survey a representative occupied room and the rooms above and beside it before replicating the layout. Tune transmit power and channel reuse so AP density does not create avoidable contention.

Document the captive-portal support process and provide reception with a simple incident checklist: room, device, time and affected service. Schedule upgrades outside busy arrival periods and retain the previous configuration for rollback.

What to test before handover

  1. Walk a video call from reception to sample rooms and record any interruptions.
  2. Test casting discovery within one room and isolation from neighbouring rooms.
  3. Load-test the guest service while the PMS and a test payment remain usable.
  4. Confirm an unauthenticated guest cannot reach staff or device-management addresses.

Technical references

Equipment / 02

The bill of materials

6 scoped items

Illustrative 12-room property with a lobby and restaurant. The room count is a planning example, not a coverage promise. Quantities below describe the example; your proposal confirms the final equipment and services.

01In this design
CISCO

Cisco Meraki MX75 Security Appliance

MX75

Property firewall

View product
02In this design
Cisco Meraki

Cisco Meraki MS130-48P Cloud Managed 48-Port PoE Switch

MS130-48P

Room and common-area PoE

View product
03In this design
Cisco

Cisco CW9172H wall-plate access point

CW9172H-CFG

In-room wireless access

One per room in the example; validate placement in the pilot rooms.

View product
04In this design
Cisco

Cisco CW9172I indoor access point

CW9172I-CFG

Common-area wireless access

View product
05Optional
Teltonika

Teltonika RUTC50 5G router

RUTC50210000

Cellular continuity

Optional — Protect property systems ahead of guest streaming.

View product
06Optional
CISCO

Cisco Meraki MV33 indoor fisheye camera

MV33

Reception overview

Optional — Indoor camera with an agreed retention policy.

View product

Complete the installation

The equipment above is one part of the project. Include these items in the final scope.

  • Meraki licences
  • Guest portal and casting integration
  • Cabling, mounts, cabinet and UPS
  • ISP and optional cellular service
Details worth knowing

Questions before you specify

Is one AP per bedroom always necessary?

No. Room construction and the survey determine the density. The example starts with one wall-plate AP per room so coverage and casting can be tested before ordering the full quantity.

Can staff and guests use the same access points?

Yes, with appropriately configured SSIDs, VLANs and firewall policy. Sharing radio hardware does not require sharing access to property systems.

From reference to reality / 03

Let’s design it for your site.

Send us the details below. We can turn the reference architecture into a scoped design, equipment schedule and quotation.

Start your project

Bring these to the first conversation

  • 01Room and floor plans
  • 02Wall construction and existing cable outlets
  • 03Peak occupied rooms and concurrent devices
  • 04PMS, casting and payment-system requirements
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