Maxx Conectado Crushes Eletronet: 5ms Faster [2026]

A regional Brazilian internet provider just became the latest data point in a bigger story: small ISPs across Latin America are quietly rebuilding their backbones around wholesale infrastructure providers instead of building their own. Maxx Conectado, an internet service provider based in the state of Minas Gerais, has expanded its infrastructure agreement with Eletronet, adding IP Transit, dedicated data transport, and data-centre colocation to the services already underpinning its residential and business network. The move, confirmed by Brazilian trade outlets including Telesíntese, TELETIME, and IT Section, and picked up internationally by Telecompaper, points to a broader shift in how mid-sized carriers in emerging telecom markets are solving the capacity and latency problems that come with rapid subscriber growth.

The headline number from the announcement is a latency drop: Eletronet reports that monitored routes on Maxx Conectado’s network saw average latency fall by roughly 4 to 5 milliseconds, from about 12 milliseconds down to 7 to 8 milliseconds. That is a meaningful improvement for an ISP serving households and businesses across eight municipalities in one of Brazil’s most populous states, and it illustrates why IP Transit and colocation deals have become a standard playbook move for regional carriers trying to compete with nationally scaled operators without replicating their capital spending. The timing also lines up with a wider build-out of cloud and data-centre capacity across Brazil, a trend TrendInTech has tracked in coverage of AI-driven data-centre demand and the operational risks that come with scaling that infrastructure, including water and cooling constraints now showing up at facilities worldwide.

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What the Eletronet-Maxx Conectado Deal Actually Covers

According to the reporting from Telesíntese and TELETIME, the expanded contract bundles four distinct pieces of infrastructure: Eletronet’s Full IP solution, IP Transit, dedicated data transport, and colocation inside a data-centre environment. These are not redundant services stacked for marketing purposes. Each piece solves a different problem that a growing regional ISP eventually runs into.

IP Transit is the mechanism that lets Maxx Conectado’s network exchange traffic with the rest of the global internet rather than relying solely on peering arrangements or a single upstream carrier. Dedicated data transport is the physical and logical pipe that carries that traffic between Maxx Conectado’s operation and Eletronet’s infrastructure. Colocation means Maxx Conectado’s own equipment now sits inside an Eletronet-operated data-centre facility, connected back to the ISP’s operation through that same dedicated transport layer. It is a model similar to what larger carriers have used for years to avoid the cost of running and cooling an entire data-centre building, and it is increasingly available to operators far smaller than the national incumbents.

Neither Eletronet nor Maxx Conectado disclosed contract value, exact IP Transit capacity in gigabits per second, or an implementation timeline in the coverage reviewed. That is typical for wholesale telecom agreements in Brazil, where pricing is negotiated privately and rarely surfaces even in trade press. What is public is the operational outcome Eletronet is pointing to: faster, more stable connectivity for Maxx Conectado’s subscriber base, delivered through infrastructure Maxx Conectado does not have to build or maintain itself.

The Latency Numbers, and Why 4 to 5 Milliseconds Matters

On paper, a reduction from roughly 12 milliseconds to 7 or 8 milliseconds does not sound dramatic. In practice, for an ISP’s core routing paths, it is a substantial gain. Latency on monitored routes is typically measured on the backbone segments that carry the bulk of aggregate traffic, not on the last mile into individual homes, so a consistent 4 to 5 millisecond reduction across those routes compounds across every session, every video call, and every cloud application a subscriber touches during the day.

Renan César, identified in reporting as a Maxx Conectado executive, said the network has achieved availability of more than 99.9%, a figure that places the ISP’s uptime in the same range cloud providers typically promise in enterprise service-level agreements. For a regional provider competing against national carriers with far larger engineering teams, publicizing a 99.9% availability figure is itself a competitive signal aimed at business customers who increasingly expect cloud-grade reliability from their local connectivity provider.

Lower latency and higher availability also matter more than they used to because of what is actually running over residential and small-business connections in 2026. Cloud gaming, video conferencing, and increasingly latency-sensitive AI applications all expose small routing inefficiencies to end users in a way that a basic web page never did. A regional ISP that cannot keep latency low risks losing both residential subscribers to larger competitors and business accounts to providers who can point to measurable performance data, which is precisely the kind of figure Eletronet and Maxx Conectado are now circulating in the trade press.

Smart Hands and Colocation: the Physical Side of the Deal

One detail that separates this agreement from a simple bandwidth purchase is the inclusion of Smart Hands support within the colocation arrangement. Smart Hands is industry shorthand for on-site technical staff at the data centre who can perform physical tasks on a customer’s behalf: installation, cabling, routine maintenance, equipment audits, and handling interventions that would otherwise require Maxx Conectado’s own engineers to travel to the facility.

For a regional ISP, Smart Hands is not a minor convenience. It removes the need to staff a dedicated on-site presence at every facility where equipment is colocated, which lowers the operational overhead of scaling into new data-centre locations. It also shortens the time between identifying a hardware issue and resolving it, since local technicians can act immediately rather than waiting for a remote team to arrive. That combination of colocation plus Smart Hands is becoming a standard offering among infrastructure providers courting mid-sized ISPs across Brazil, because it lets a lean regional carrier behave, operationally, like a company with a much larger physical footprint.

Inside Eletronet’s National Network Footprint

The scale of the infrastructure Maxx Conectado is now plugging into is considerably larger than its own regional footprint. According to the IT Section report, Eletronet’s network spans 18,000 kilometres of OPGW optical fibre, a fibre type commonly strung alongside high-voltage power transmission lines, and includes 170 Edge Data Centers distributed across 18 Brazilian states. Eletronet also maintains connections to 25 Internet Exchanges and links to 36 major data centres across the country.

That network geography explains why the deal is relevant well beyond Minas Gerais. By routing through Eletronet’s backbone, Maxx Conectado’s traffic gains access to a far wider set of exchange points and peering opportunities than a single regional ISP could negotiate on its own. It is the same logic that underpins buy-versus-build decisions in cloud infrastructure: renting access to an already-built, nationally distributed network is faster and cheaper than constructing an equivalent footprint from scratch, even for a carrier with 14 years of regional operating history.

Eletronet National Infrastructure	Reported Figure
OPGW optical fibre network	18,000 kilometres
Edge Data Centers operated	170 facilities
Brazilian states with Edge Data Center coverage	18 states
Internet Exchange (IX) connections	25 IXs
Major data centres linked nationally	36 facilities

Maxx Conectado’s Footprint in Minas Gerais

Maxx Conectado itself is a regional, not national, operator. Reporting from Telesíntese places its service area across eight municipalities in Minas Gerais: Belo Horizonte, Betim, Contagem, Ibirité, Igarapé, Mário Campos, Sarzedo, and São Joaquim de Bicas. That cluster sits within the Belo Horizonte metropolitan region, one of Brazil’s largest urban concentrations, giving Maxx Conectado a dense, if geographically compact, subscriber base to serve.

The company has operated in that market for more than 14 years, according to the same coverage, which positions it as an established local player rather than a recent market entrant chasing growth with infrastructure it cannot yet support. That distinction matters for how the Eletronet deal should be read: this is not a startup ISP buying its first backbone connection, but an incumbent regional carrier upgrading infrastructure that has presumably been in place, in some form, for years, in order to keep pace with rising bandwidth demand and tightening customer expectations around speed and reliability.

Why Regional ISPs Are Outsourcing Backbone Instead of Building It

The Maxx Conectado-Eletronet agreement is a clean example of a pattern playing out across Brazil’s unusually fragmented broadband market: thousands of small and mid-sized ISPs compete alongside a handful of national carriers, and most of them have concluded that owning long-haul fibre and data-centre buildings is not where they want to spend capital. Building 18,000 kilometres of OPGW fibre, or operating 170 edge facilities, is simply not viable for an ISP serving eight municipalities. Renting access to someone else’s already-amortized network is.

This mirrors a dynamic that has already played out in cloud computing, where companies increasingly choose managed services such as those compared in TrendInTech’s look at serverless compute pricing across AWS, Azure, and Google Cloud, rather than operating their own servers. The calculation is the same whether the asset in question is a Kubernetes cluster or a stretch of long-haul fibre: infrastructure that is expensive to build but cheap to rent, when amortized across many customers, almost always favors renting unless the buyer operates at truly massive scale. Regional ISPs in Brazil appear to be reaching that same conclusion about backbone connectivity and colocation.

Market Impact: What This Signals for Brazil’s ISP Sector

The immediate market impact of a single regional contract like this is modest. Maxx Conectado serves a cluster of municipalities, not a nationwide subscriber base, and the financial terms were not disclosed. But the deal is a useful signal of direction for Brazil’s broader connectivity market. Infrastructure providers that can offer bundled IP Transit, dedicated transport, colocation, and Smart Hands support in one contract are positioning themselves as the default backbone partner for the long tail of regional ISPs that make up a large share of Brazil’s broadband connections outside the biggest metro areas.

For Eletronet specifically, landing a regional ISP account like Maxx Conectado’s is a volume play. Individually, a contract serving eight municipalities does not move Eletronet’s revenue meaningfully. Collectively, winning dozens of similar regional accounts across Eletronet’s 18-state Edge Data Center footprint builds exactly the kind of recurring, infrastructure-leasing revenue base that wholesale carriers depend on. It also reinforces Eletronet’s position relative to other national-scale infrastructure operators competing for the same pool of regional ISP customers, a competitive dynamic familiar from how FortifAI and Google RE2 have been positioned against each other in TrendInTech’s recent coverage of data processing cost benchmarks.

Historical Context: Brazil’s Fiber and Data-Centre Build-Out

Brazil’s telecom infrastructure market has spent the past several years consolidating around a small number of large network operators that lease capacity to everyone else, a structural shift that accelerated after several national carriers sold off or spun out their fiber and tower assets to focus on retail service instead. Eletronet’s position as an infrastructure-only provider, supplying transit and colocation rather than competing directly for retail broadband subscribers, fits squarely into that model.

That same structural shift has been visible globally as data-centre demand has surged alongside cloud and AI workloads. TrendInTech has covered the physical strain that growth places on data-centre operators, from the drone-related disruptions affecting facilities in other regions, as detailed in coverage of recent attacks on data-centre infrastructure, to the operational cost pressures tracked in reporting on Kubernetes cost monitoring tools that enterprises use to keep cloud spending under control. Regional ISPs leasing colocation space from a national infrastructure provider are, in effect, buying into the same consolidated data-centre economy that enterprise cloud customers already depend on.

Competitive Landscape: Infrastructure Providers Courting Regional ISPs

Eletronet is not the only infrastructure operator in Brazil competing for regional ISP contracts of this kind. The broader wholesale connectivity market includes national fiber and data-centre operators that market similar bundles of IP Transit, long-haul transport, and colocation to the same pool of mid-sized carriers. What distinguishes a winning bid in that market is usually some combination of geographic reach, measurable performance improvement, and bundled support services like Smart Hands, rather than price alone, since wholesale transit pricing tends to converge across providers serving the same region.

On that basis, Eletronet’s pitch to Maxx Conectado leaned on two concrete, publicly reported differentiators: a national footprint of 170 Edge Data Centers across 18 states, and a quantified latency improvement the ISP could point to directly when talking to its own customers. That is a more persuasive sales pitch to a regional ISP than a generic bandwidth quote, because it gives Maxx Conectado something concrete to communicate downstream: faster, more reliable service, backed by a measurable number.

Deal Component	Detail Reported
Infrastructure partner	Eletronet
Services added	Full IP, IP Transit, dedicated data transport, colocation
Support included	Smart Hands (installation, cabling, maintenance, audits)
Latency before	Approximately 12 milliseconds
Latency after	Approximately 7 to 8 milliseconds
Reported availability	More than 99.9%
Municipalities served by Maxx Conectado	8 (Belo Horizonte metro region, Minas Gerais)
Years Maxx Conectado has operated in the market	More than 14 years

The Business Case: Colocation Versus Self-Built Infrastructure

From a pure cost-structure standpoint, colocation lets an ISP like Maxx Conectado convert a large, lumpy capital expense (building or buying data-centre space, power, and cooling) into an ongoing operating expense tied to a service contract. That shift matters disproportionately for regional carriers, which generally do not have access to the same capital markets as national operators and need to keep spending aligned with subscriber revenue growth rather than front-loading infrastructure investment years ahead of demand.

It also reduces technical risk. Running a data centre well, from power redundancy to cooling to physical security, is a specialized discipline, and getting it wrong produces exactly the kind of outages that have made headlines elsewhere in the industry this year. By colocating inside an Eletronet-managed facility with Smart Hands support, Maxx Conectado offloads that operational risk to a provider whose core business is running data-centre infrastructure reliably across 18 states, rather than attempting to replicate that reliability in a single, smaller facility of its own.

What This Means for Maxx Conectado’s Customers

For the residential and business subscribers across Belo Horizonte, Betim, Contagem, Ibirité, Igarapé, Mário Campos, Sarzedo, and São Joaquim de Bicas, the practical effect of this deal should show up as fewer buffering interruptions on video and streaming traffic, more responsive performance on cloud applications, and a lower likelihood of outages tied to backbone congestion. None of the reporting reviewed specifies a rollout timeline or whether the improvements are already live across the full subscriber base, so the realistic expectation is a gradual rollout as traffic is migrated onto the upgraded transit and colocation infrastructure.

Business customers are likely to notice the change first, and most directly, since the 99.9% availability figure Renan César cited is the kind of metric that matters most to companies running mission-critical applications over their internet connection rather than households primarily streaming video or browsing.

Open Questions the Announcement Does Not Answer

Several details that would normally accompany a deal of this kind were absent from the coverage reviewed. Neither company disclosed the contract’s financial value, the specific IP Transit capacity in gigabits per second being provisioned, the capacity of the dedicated data-transport link, the size of the colocation footprint Maxx Conectado is leasing, or a firm implementation date. Trade press coverage of Brazilian wholesale telecom contracts routinely omits this level of detail, since pricing in that market is negotiated privately and rarely surfaces publicly even after a deal closes.

It is also worth noting that the headline phrasing circulating in some aggregated coverage renders the company’s name with an inconsistent apostrophe, “Maxx Conectado’,” while the primary Brazilian trade sources consistently write it as “Maxx Conectado,” without any trailing punctuation. That is a minor editorial artifact rather than a substantive fact about the deal, but it is worth flagging for anyone cross-referencing coverage across outlets.

Predictions: Where This Trend Goes Next

More regional Brazilian ISPs will announce similar bundled IP Transit and colocation deals over the next 12 months, as infrastructure providers like Eletronet compete to sign up the long tail of mid-sized carriers before rivals do.
Latency and availability figures, rather than raw bandwidth numbers, will become the primary marketing metric regional ISPs use to differentiate themselves from national competitors, following the template Maxx Conectado and Eletronet have just set.
Smart Hands and other bundled on-site support services will become a standard, expected feature of colocation contracts rather than a premium add-on, as more lean regional operators look to minimize their own field-engineering headcount.
Consolidation among Brazil’s wholesale infrastructure providers will continue, with scale (measured in states covered, Edge Data Centers operated, and IX connections) becoming the deciding factor in which providers win large volumes of regional ISP contracts.
Pressure on regional ISPs to publish measurable performance commitments, such as the 99.9% availability figure cited here, will increase as business customers grow more comfortable comparing local providers against cloud-grade reliability benchmarks.

The Bigger Picture for Cloud and Connectivity Infrastructure

Stories like the Maxx Conectado-Eletronet deal rarely make global headlines on their own, but they are a useful barometer for how connectivity infrastructure is actually built underneath the services people use every day. The same logic that leads a regional ISP in Minas Gerais to lease IP Transit and colocation rather than build it applies, at a different scale, to enterprises deciding between managing their own Kubernetes clusters or adopting a managed alternative, a decision TrendInTech has broken down in detail when comparing infrastructure-as-code approaches to multi-cloud deployment. Infrastructure that is expensive to build and easy to rent tends to get built once, by specialists, and leased many times over, whether that infrastructure is a fiber backbone in Brazil or a cloud region anywhere else in the world.

For now, the concrete takeaway is narrower: a 14-year-old regional ISP in Minas Gerais just bought its way into a national-scale network footprint, cut backbone latency by roughly a third, and reported availability above 99.9%, all without building a single kilometre of fiber or a single data-centre hall of its own.

Frequently Asked Questions

What did Maxx Conectado and Eletronet announce?
Maxx Conectado, an internet service provider in Minas Gerais, Brazil, expanded its infrastructure agreement with Eletronet to include Full IP, IP Transit, dedicated data transport, and data-centre colocation with Smart Hands support, according to Brazilian trade outlets including Telesíntese and TELETIME.

Who is Eletronet?
Eletronet is a Brazilian network infrastructure provider that supplies IP Transit, dedicated transport, and colocation services. Reporting describes its network as spanning 18,000 kilometres of OPGW optical fibre, 170 Edge Data Centers across 18 Brazilian states, 25 Internet Exchange connections, and links to 36 major data centres nationally.

How much did latency improve under the new deal?
Eletronet reported that average latency on monitored routes fell by approximately 4 to 5 milliseconds, from around 12 milliseconds to roughly 7 to 8 milliseconds.

What is Smart Hands support in a colocation contract?
Smart Hands refers to on-site technical staff at a data centre who perform physical tasks on a customer’s behalf, including installation, cabling, routine maintenance, equipment audits, and other hands-on interventions, so the customer does not need its own engineers physically present at the facility.

Where does Maxx Conectado operate?
Maxx Conectado reportedly serves eight municipalities in Minas Gerais: Belo Horizonte, Betim, Contagem, Ibirité, Igarapé, Mário Campos, Sarzedo, and São Joaquim de Bicas. The company has operated in that market for more than 14 years.

What availability level did Maxx Conectado report after the upgrade?
Renan César, identified in reporting as a Maxx Conectado executive, said the network achieved availability of more than 99.9% following the infrastructure expansion.

Why are regional ISPs outsourcing IP Transit and colocation instead of building their own?
Building long-haul fiber networks and data-centre facilities requires capital and specialized operational expertise that most regional ISPs do not have. Leasing access to an already-built national network, as Maxx Conectado has done with Eletronet, converts a large capital expense into an ongoing service contract while offloading the technical risk of running data-centre infrastructure to a specialist provider.

Did Maxx Conectado and Eletronet disclose the value of the contract?
No. Contract value, specific IP Transit capacity, dedicated-transport capacity, the size of the colocation footprint, and an implementation timeline were not disclosed in the coverage reviewed.

Maxx Conectado Cuts Latency 5ms With Eletronet Deal [2026]