5G that lands where Costa Rica needs it.
Two layers of 5G NR on infrastructure that is ours: mid-band n48 at 3.6 GHz for coverage, and mmWave n258 at 25 GHz with 200 MHz of spectrum for multi-gigabit capacity — all on Ring's own 5G Core and O-RAN. Built for private 5G, Fixed Wireless Access and everything in between.
Two bands, one network.
5G isn't one frequency — it's a strategy. Ring pairs a mid-band coverage layer that reaches inside buildings and across distance with a mmWave capacity layer that pours fiber-grade throughput onto a fixed point. Same 5G Core, same O-RAN, one slice policy.
Pick the layer for the job.
Most sites use both: mid-band for reach and reliability, mmWave where you need fiber-class throughput to a fixed point in line of sight.
Mid-band · n48 · 3.6 GHz
The coverage layer. Up to 10 MHz TDD that travels — through walls, across a campus, over distance — for ~100 Mbps-class service where line of sight isn't guaranteed.
- Use forCoverage · reliability
- ReachWide-area · indoor
- Throughputup to ~100 Mbps / sector
mmWave · n258 · 25 GHz
The capacity layer. 200 MHz of spectrum delivering multi-gigabit throughput — design target up to ~2 Gbps to a fixed CPE with line of sight. Fiber, without the trench.
- Use forCapacity · last mile
- ReachLine of sight · fixed
- Throughputup to ~2 Gbps / CPE
Fiber-grade broadband, no trench.
FWA brings a business or building online in days, not the months a fiber dig takes. Point an outdoor CPE at a Ring site, light it up, and you have a managed, symmetrical-capable broadband circuit — mmWave for gigabit where there's line of sight, mid-band to cover the rest.
Broadband over the air.
A managed last-mile link with the SLA of a carrier and the lead time of a site visit.
- Peak (mmWave)up to ~2 Gbps
- Coverage (mid-band)~100 Mbps class
- InstallDays, not months
- CPEOutdoor / indoor, managed
- BackupFiber & FWA failover
Your own network, inside your walls.
A private 5G network gives a campus, plant, port or free-zone its own coverage, its own SIMs and its own SLA — isolated from the public network by a dedicated slice. With an on-site core and local breakout, critical traffic never leaves the property and keeps running at single-digit-millisecond latency.
More than FWA and private campuses.
Mid-band coverage plus mmWave capacity, on a programmable core, opens up a long list of jobs that fiber and Wi-Fi struggle with in Costa Rica.
Home & business broadband
FWA where fiber doesn't reach: neighborhoods, towers, rural and peri-urban sites.
Free zones & manufacturing
Private 5G for medical-device, electronics and Industry 4.0 plants in zonas francas.
Ports & logistics
Container yards, automated cranes, AGVs and asset tracking on a deterministic slice.
Agriculture & agro-industry
Mid-band coverage over plantations and farms: sensors, irrigation, machinery telemetry.
Healthcare campuses
Connected devices, telemetry and priority traffic on an isolated hospital network.
Live events & broadcast
mmWave uplink for stadiums, concerts and remote production — gigabit, low latency.
Tower & fiber extension
mmWave point-to-point backhaul to reach sites and extend fiber across the last gap.
Industrial IoT & automation
URLLC for AGVs/AMRs, robotics, machine vision and predictive maintenance.
Video surveillance & smart city
High-bandwidth camera backhaul and edge analytics without pulling new fiber.
Hospitality & eco-lodges
Resorts and remote tourism sites get carrier broadband over the air, no civil works.
Education & campuses
University and school networks with managed SIMs, slices and guest coverage.
Pop-up & disaster recovery
Stand a network up fast for construction sites, events or emergency response.
Four ways to put 5G to work.
Each runs on the same 5G Core and O-RAN, with the same support and the same SUTEL backing. Mix mid-band and mmWave per site.
Private 5G
Dedicated coverage, SIMs and a private slice for a campus, plant, port or free-zone, with optional on-site core and local breakout.
Scope a network Enterprise5G FWA
Fiber-grade broadband over the air to a fixed location — mmWave for gigabit, mid-band for reach — with managed CPE and an SLA.
Check coverage WholesalemmWave backhaul
200 MHz of n258 as point-to-point or point-to-multipoint last-mile and tower backhaul to extend fiber across the gap.
Reach carrier desk EnterpriseSlices & SLA
Network slicing, QoS and URLLC profiles with eSIM/SIM identity and API provisioning — isolate and guarantee what matters.
Talk to engineeringTell us about the site.
Send the location, the use case and rough capacity. A 5G engineer replies within one business day — or reach the carrier desk at [email protected].