Satellite & Hybrid

Where fiber stops, the network continues.

Fiber covers the metros, the manufacturing corridors, and the industrial parks, but it stops where the economics stop. Remote mining sites, distributed agriculture, oil and gas operations, disaster-affected regions, government field deployments, all sit outside that envelope. Red52 doesn't. We deliver connectivity to every site, by whatever path it takes to get there.

Request a Site Survey Scope a Hybrid Network

Service catalog

Six ways to reach where fiber can't.

Backed by nearly two decades of satellite, microwave, and field-engineering operations across Mexico, the Caribbean, and Latin America. Every service is delivered under your existing Red52 MSA, monitored by our 24/7 bilingual NOC, and supported by in-country Mexican engineering crews.

VSAT broadband

Multi-satellite capacity across SES, Intelsat, Eutelsat, and Hispasat. C-band, Ku-band, and Ka-band terminals from 1.2 m to 4.6 m apertures, sized to your bandwidth and latency requirements. Symmetric and asymmetric configurations available.

Microwave point-to-point & multipoint

Licensed and unlicensed microwave links for inter-site backhaul, last-mile to sites where fiber isn't yet built, or wireless metro extensions. Up to 1 Gbps per link with high-availability protection options.

IoT & M2M connectivity

Low-power, wide-area IoT connectivity for distributed assets, including mining sensors, agricultural irrigation, energy SCADA, fleet tracking, environmental monitoring. M2M-optimized billing and capacity plans.

Rural cellular & GSM

Cellular voice and data for remote sites where commercial mobile coverage is weak or absent. Standard unlocked handsets, low cost per minute, integrated into the broader site connectivity package rather than billed as a separate service.

Disaster recovery & emergency response

Pre-positioned satellite terminals and rapid-deployment crews retained under an annual contract. Hurricane, earthquake, flood, and infrastructure-failure scenarios. Your most critical sites back online within hours, not days.

Mexican turn-key field engineering

In-country engineering for installation, maintenance, site surveys, antenna construction (2.4 m to 13 m), teleport build-out, and importation / customs clearance for CPE. Single point of accountability from PO to operational site.

How we deliver it

From site survey to operational link, end-to-end.

Most satellite and remote-connectivity projects fail in two places: at the site survey, and in field deployment. We've spent two decades getting both right, so you don't have to coordinate a half-dozen vendors to get one remote site online.

1. In-person site survey

Line-of-sight on paper isn't line-of-sight in reality. Our engineers walk every site that justifies it, and quote the realistic configuration, not the brochure one.

2. Multi-operator capacity scoping

SES, Intelsat, Eutelsat, Hispasat. We match the right operator and band to your latency, bandwidth, and weather-resilience requirements, not the one we happen to sell.

3. Mexican turn-key deployment

Antenna, mount, alignment, power and grounding, modem provisioning, and network integration, all by our crew, including customs clearance and importation when needed.

4. Managed ongoing service

The satellite link is monitored, troubleshot, and repaired by the same 24/7 bilingual NOC that watches your fiber backbone. One dashboard, one SLA, one accountable team.

FAQ

What buyers ask before they sign.

We hold capacity relationships with the four primary commercial GEO operators serving the Americas. SES, Intelsat, Eutelsat, and Hispasat. The right choice for your site depends on coverage map, latency requirements, weather resilience needs, and pricing, all of which we work through during scoping, rather than defaulting to whichever operator is convenient on our end.

For sites in our standard coverage where we don't need a fresh survey, 2–3 weeks from signed order to operational link is typical. For complex sites or remote locations requiring physical site assessment, plan on 4–6 weeks. Disaster recovery deployments under an active retainer are usually operational within 24–72 hours of activation, depending on access conditions.

Yes, and this is one of our most common configurations for mission-critical enterprise sites. Fiber as primary, satellite as the physically diverse backup, with automatic failover at the IP layer in sub-second time for most configurations. Both circuits live on the same MSA, the same NOC monitors both, and the SLA covers the combined availability rather than each path individually.

Yes. We provision solar plus battery, and where appropriate wind generation, for VSAT and remote-link sites where commercial power is unreliable or absent. Common for remote mining operations, agricultural deployments, government field positions, and disaster-prone areas. The site survey scopes power and environmental requirements alongside connectivity, so you get one integrated quote rather than three.

Customers under an annual DR retainer get pre-positioned satellite terminals at strategic locations, plus rapid-deployment crews on standby. When the disaster scenario triggers activation, our team mobilizes within 24 hours; first critical sites are typically operational within 48–72 hours depending on access. Common for government agencies, hospitals, financial institutions, and critical-infrastructure operators. The customers who genuinely can't be offline for a week.

Yes. That's the whole point of the partnership. One MSA, one invoice, one NOC, one technical contact, one SLA structure. You don't have to manage separate vendors for fiber and satellite, or coordinate handoffs between them. Hybrid configurations are billed as a single connectivity bundle, with the underlying paths transparent to your operations team.