Ponte City gets fibre to more than 480 flats as Johannesburg’s inner-city model shifts

More than 480 apartments in Johannesburg's Ponte City Tower now have direct fibre connectivity under a building-wide deployment by Rise Telecoms, with internet access funded by the property owner for more than 1,500 residents.

The project matters because it puts a different question at the centre of South Africa's broadband market. In many suburbs, residents compare fibre packages and pay a monthly bill themselves. At Ponte, connectivity is being treated as part of the residential building's basic services, paid for on the landlord side rather than bought apartment by apartment.

The deployment is also an engineering story. Ponte is a 54-storey, 173-metre cylindrical tower in Berea, a dense inner-city Johannesburg neighbourhood. Bringing reliable connections into hundreds of individual flats takes considerably more coordination than passing a fibre route along a suburban street.

From shared Wi-Fi to a line for each flat

Rise Telecoms previously supplied shared Wi-Fi to residents in the building. The new installation is designed around direct fibre connections to individual units, according to the operator's account published by Engineering News on 8 October.

The project took approximately six months to execute. Rise says installers used around 500 metres of 24-core feeder fibre and 24,000 metres of four-core drop cable. The difference between these two figures is important: the feeder provides network capacity into the property, while the much longer runs are needed to reach separate homes across the building.

Dividing 24 kilometres of drop cable by 480 apartments produces a rough average of 50 metres per connected unit. That is only a scale illustration, not a measured cable length inside each flat; shared routes, risers and installation geometry mean actual runs will vary.

Ponte's circular layout makes tenant access and installation sequencing more involved. Technicians must work within occupied homes, building management needs to coordinate appointments and the network must be protected against damage or disruption as work proceeds through the tower.

Rise says local subcontractors helped with installation and on-site support. The company also trained building managers in basic troubleshooting so routine tenant issues could be handled closer to where they occur. That does not replace specialist network operations, but it can reduce the delay involved in resolving simple problems inside a dense property.

Why the landlord is paying

The economics of this model differ from the familiar retail fibre sale. Instead of charging every resident separately for an uncapped connection, the property owner treats internet as a building amenity, with costs folded into the property's commercial proposition.

For a resident, the benefit is straightforward if the service works: access is available without individually arranging installation, committing to a separate contract or budgeting for another monthly broadband payment. That can be especially relevant in student housing and multi-family developments, where residents may move frequently or share living costs.

For the landlord, the commercial case is less visible but equally important. Reliable connectivity can make a building more competitive as a rental product and allow the owner to manage support and service levels centrally. Those are logical incentives for adopting the model, not confirmed figures for Ponte's rent, vacancy rate or return on the network investment.

The available reporting does not disclose what the building owner pays Rise, the capacity provisioned per household, any fair-use limitations, service-level guarantees or whether different tenants receive identical performance. 'Free to residents' means the direct bill is removed; it does not mean the network is costless to install or operate.

The bigger Rise Telecoms business

Rise began with an inner-city and multi-dwelling-unit connectivity strategy rather than the detached-house fibre market. Its history includes the Maboneng Broadband Network and links to the early Fibrehoods team, which had worked on aerial fibre before Fibrehoods was sold to Vumatel.

The company later adopted the Rise name and a more flexible pay-as-you-go offering, before the pandemic sharpened demand for persistent home connectivity. Rise has said the shift toward remote work and education pushed property owners to regard internet as a core utility instead of an optional tenant purchase.

Vumatel acquired Rise in December 2023, bringing it into the wider Maziv group. Rise has described the role of Dark Fibre Africa in providing backhaul and the importance of structured network deployments as it expanded.

The company says it now serves about 55,000 units in more than 600 buildings, with over 150,000 students and residents accessing internet through its network. Operations span Johannesburg, Hatfield in Pretoria, Stellenbosch and Vanderbijlpark. Those are company-supplied scale figures; they do not independently verify speed or reliability at every site.

Ponte is significant within that portfolio because it demonstrates the coordination required to connect a very large, occupied residential building. Its landmark architecture attracts attention, but the commercial model could be more widely relevant to less famous apartment blocks.

What the project says about digital inclusion

South Africa's broadband gap is not limited to places with no telecoms infrastructure nearby. A fibre backbone can run close to a dense residential area while individual households still lack affordable, convenient access to it.

Installing a shared building network changes the point at which a customer must make a purchasing decision. Residents get an included service where a conventional model might have required hundreds of separate subscriptions, credit checks or installation arrangements.

That has practical consequences for households using internet for school assignments, job applications, streaming, remote work and contact with public services. Rise has linked its housing projects to educational benefits, but there is no independently measured study in the reporting showing changes in Ponte residents' academic or employment outcomes. Those claims should not be implied by the installation figures alone.

Concentration also brings technical risks. Hundreds of homes relying on one property-wide arrangement have an interest in bandwidth management, outage escalation, on-site network security and clarity about who handles service complaints. A landlord-funded model should be evaluated against those operational issues, not only the fact that a connection is included.

The next test is performance, not the cable count

The verified project details are substantial: more than 480 connected units, access for over 1,500 residents, a six-month installation, about 500 metres of feeder fibre and 24 kilometres of drop cable. They show what was built and the scale of the rollout.

They do not answer what a tenant actually experiences at 8pm when hundreds of neighbours are online. Neither measured peak-hour throughput, contention levels, uptime results nor the property's ongoing service costs have been published in the reporting reviewed.

For Rise, Ponte is a strong demonstration of reaching a difficult inner-city building. For Johannesburg's housing market, the more demanding question is whether that access remains affordable for the landlord and dependable for residents as the model spreads.