A single mobile phone in Weltevredenpark, Roodepoort, on the western edge of Johannesburg, pulled down 1,041.02 Mbps over a Vodacom connection, according to a MyBroadband Speed Test result analyzed by data firm Analytico. The same test logged 80.97 Mbps upload and 14 ms latency. The result, reported by MyBroadband, lands at a moment when South Africa’s four mobile operators are locked in an unusually public fight over who actually runs the fastest network, and it gives Vodacom a fresh data point just as the company works to defend a “Best 5G Network” title it picked up in MyBroadband’s 2026 Awards.
The probable 5G connection shows what the network can do under close-to-ideal conditions: a strong signal, light contention on the tower, and a device capable of aggregating spectrum. It is not, on its own, a claim about what the average Vodacom customer experiences nationwide. That distinction matters, because it is easy to read one blistering download number as a verdict on an entire network. The more representative figure, drawn from MyBroadband’s quarterly nationwide testing program, puts Vodacom’s average 5G download speed at 260.12 Mbps for the three months from July through September 2026, a number that still leads South Africa’s other three operators by a wide margin, but one that looks very different from four digits.
The headline figure traces back to a single MyBroadband Speed Test app result, the kind of individual data point the publication’s Analytico-powered analytics engine captures by the thousands every quarter. In this instance, a Vodacom subscriber in Weltevredenpark, Roodepoort, Gauteng, recorded 1,041.02 Mbps download, 80.97 Mbps upload, and 14 ms round-trip latency. MyBroadband reported the result as probably run over 5G, though the underlying data does not explicitly confirm the connection type for that particular test, an important caveat given how easily headline-grabbing numbers travel without it.
Gauteng is the logical place for this kind of result to surface. It is South Africa’s most densely built province, home to Johannesburg, Pretoria, and the East Rand, and it carries the heaviest concentration of Vodacom’s mid-band and high-band 5G sites. Roodepoort sits inside that corridor, close enough to multiple towers that a well-placed device can aggregate more spectrum than it would in a less built-up suburb. None of that makes the result less real. It does mean the figure describes a best-case scenario rather than a typical one, the same distinction that applies to home fibre marketing that advertises “up to” speeds nobody sees on an average Tuesday evening.
This is not the first time a Vodacom tower in Gauteng has produced numbers like this. Back in October 2022, Vodacom claimed a peak download speed of 2.4 Gbps during a trial at its Midrand headquarters. MyBroadband’s own independent testing at that same tower measured 1.8 Gbps, achieved by aggregating 80 MHz of spectrum in the 2.6 GHz band with 60 MHz in the 3.5 GHz band, a technique called carrier aggregation that lets a 5G device pull data across multiple frequency bands simultaneously rather than relying on a single channel. The 2026 Weltevredenpark result is a smaller number than that 2022 demonstration, but it carries more weight in one sense: it came from an ordinary subscriber’s live connection, not a controlled trial at company headquarters.
Set against Vodacom’s own national average, the gap is stark. MyBroadband’s most recent nationwide testing round, covering 1 July to 30 September 2026, analyzed 296,405 individual speed tests gathered across roughly 20,000 km of South African roads and cities. Vodacom topped that broader dataset with an average 5G download speed of 260.12 Mbps, an average upload of 26.02 Mbps, and average latency of 24 ms. That is the figure that should anchor any claim about what Vodacom’s 5G network delivers in practice, a number four times lower than the Weltevredenpark peak, but still the strongest average among South Africa’s four network operators by a wide margin.
Vodacom’s average performance also varied meaningfully by city. The operator posted above 200 Mbps average 5G speed in every South African metro area covered by MyBroadband’s report, with a standout average of 300 Mbps in Nelson Mandela Bay and 234 Mbps in Cape Town. That metro-level consistency is arguably more useful to a prospective customer than any single peak reading, since it describes what a typical user in a typical location can expect rather than the ceiling reachable under the best possible conditions.
The takeaway from that comparison is not that one number is “real” and the other is misleading. Both are real measurements. The peak result demonstrates the network’s technical ceiling in a favorable spot; the average demonstrates what customers across the country actually encounter. Readers evaluating whether to switch networks should weight the average far more heavily than the peak, the same way a car buyer should trust an EPA combined fuel rating over a manufacturer’s top-speed claim.
South Africa runs one of the more competitive mobile markets on the continent, with four national operators fighting for the same urban 5G customers. MyBroadband’s Q3 2026 nationwide results put clear daylight between the leader and the rest of the pack on download speed, while producing a more mixed picture on upload performance and latency.
Vodacom’s download lead over second-place MTN works out to roughly 84 Mbps, a gap wide enough that it is unlikely to be noise in the sample. MTN, though, actually wins on upload speed at 35.19 Mbps against Vodacom’s 26.02 Mbps, and Telkom posts the lowest average latency of the four at 21 ms. No single operator sweeps every category, which is part of why MyBroadband’s awards process and quarterly reports have become required reading for anyone shopping for a SIM-only 5G plan in South Africa: the “best” network genuinely depends on which metric matters most for a given use case. A household gamer cares about latency. A small business uploading large files to the cloud cares about upload throughput. A household streaming 4K video on multiple devices cares mostly about download headroom.
Vodacom’s download advantage was broad enough to carry it to a MyBroadband Award for Best 5G Network in South Africa for 2026, alongside a Best Voice Network award in the same cycle. Those awards are based on the same nationwide testing methodology rather than marketing claims, which gives them more weight than a typical industry self-nomination.
5G Coverage Is the Bigger Story Than Any Single Speed Test
Speed tests capture a moment. Coverage determines whether most South Africans ever get to experience that moment at all, and on that front, Vodacom and MTN are both racing toward a similar milestone. Vodacom has said its 5G network covers more than 60% of South Africa’s population, with further expansion and site densification planned through the rest of 2026. MTN reported 62.59% population coverage as of the end of July 2026, and said it intends to add roughly 600 to 700 additional 5G sites between 2026 and early 2027 to push that figure higher.
That coverage race echoes what’s playing out elsewhere in emerging 5G markets. U Mobile in Malaysia recently announced it had hit 90% 5G population coverage nine months ahead of its original target, a reminder that population-coverage percentages, not peak speed claims, are usually the more honest proxy for how a 5G rollout is actually progressing. South Africa’s operators are still roughly 30 percentage points behind that kind of coverage ceiling, which puts the country in a middle phase of its 5G build-out: fast where it has landed, but still absent for a meaningful share of the population, particularly in rural provinces like Limpopo and the Northern Cape.
Coverage gaps also explain why a single speed test result from a dense Gauteng suburb generates so much attention. Weltevredenpark sits inside the roughly 60% of the population that already has 5G access; large stretches of the country do not. A 1 Gbps test result from inside that footprint says little about whether 5G access is expanding evenly, and more about how concentrated South Africa’s current 5G infrastructure still is around its major metros. Township connectivity specifically has drawn separate investment from other players: Comsol and Samsung have partnered to launch a dedicated 5G network in Soweto, one of South Africa’s largest and best-known townships, a project aimed squarely at closing the kind of urban-township gap that a single suburban Roodepoort speed test cannot speak to one way or the other.
Laboratory Peaks vs. Live Network Reality
Operators love to publish lab-grade demonstration numbers, and it is worth separating those cleanly from anything a customer might actually experience on their own phone. Vodacom’s October 2022 Midrand headquarters trial, which claimed a 2.4 Gbps peak, is one example; MTN’s more recent 5G-Advanced trial using upper-6 GHz spectrum, which reportedly hit 10.35 Gbps in a controlled environment, is another. Neither number describes anything close to what a subscriber will see on a commercial SIM card, because both tests used spectrum configurations, equipment, and site conditions that are not deployed at scale.
The Weltevredenpark result sits in a middle category: it is a live, commercial, subscriber-facing test, not a controlled lab demonstration, but it is still a single best-case reading rather than a network average. That middle category is exactly where consumer confusion tends to cluster, because the number looks like something a customer achieved on a normal phone, which it was, but it does not describe what most customers in most locations will see, which it also was not designed to do.
What Drives a 1 Gbps Result on a Commercial 5G Network
Hitting four-digit download speeds on a live mobile network generally requires a combination of favorable factors stacking together rather than any single piece of technology doing the work alone. Carrier aggregation, the technique MyBroadband documented at Vodacom’s Midrand tower in 2022, combines multiple frequency bands into one data session, multiplying available bandwidth. A device also needs modem hardware capable of supporting that aggregation, which rules out older or budget-tier 5G phones. Proximity to the tower matters enormously; signal strength degrades with distance and with obstructions like buildings or foliage, so even a technically capable site will underperform for a user standing a few hundred metres further away. Finally, contention, how many other devices are sharing that same tower’s capacity at that exact moment, plays a large role. A quiet weekday morning in a residential suburb produces a very different result than the same tower at 7 p.m. on a weeknight, when hundreds of nearby households are also streaming, gaming, and video-calling.
None of that is unique to Vodacom or to South Africa. It is the same physics that produces headline fibre and 5G speed claims everywhere from Seoul to San Jose. What differs by market is how densely a given operator has built out the mid-band and high-band spectrum needed to make those peak numbers achievable in the first place, and how willing it is to disclose the gap between its peak and its average.
South Africa’s 5G Build-Out in Historical Context
South Africa’s commercial 5G rollout started later than many comparable markets, largely because spectrum auctions were delayed for years by regulatory and legal disputes before finally concluding. Once spectrum allocation cleared, Vodacom and MTN moved quickly to densify coverage in Gauteng, the Western Cape, and KwaZulu-Natal, the three provinces that together hold most of the country’s urban population and disposable income. That metro-first strategy is why Vodacom’s per-city averages look so strong: 300 Mbps in Nelson Mandela Bay and 234 Mbps in Cape Town reflect years of concentrated investment in exactly the places MyBroadband measures most heavily.
That strategy mirrors trends playing out across emerging-market telecom more broadly, where operators lean on AI-driven radio access network tools to extend capacity without matching the capital spend of denser legacy markets. T-Mobile’s push to recruit additional carriers to its AI-RAN initiative and Nvidia and Nokia’s AI-RAN partnership nearing 20 telecom operators both point toward a future where network operators lean on software-driven radio optimization rather than pure spectrum expansion to squeeze more throughput out of existing towers. South African operators have not announced comparable AI-RAN deployments at the scale of those partnerships, but the direction of travel in the broader industry suggests Vodacom and MTN will eventually face pressure to adopt similar tools simply to keep pace on cost per gigabit.
It is also worth noting that not every telecom hardware vendor is racing in the same direction. Ericsson’s leadership has twice now opted against deepening ties with Nvidia on RAN silicon, a reminder that the vendor landscape underpinning networks like Vodacom’s is still actively contested, and today’s fastest architecture is not guaranteed to be tomorrow’s standard.
Device and Handset Context
A speed test this fast also says something about the South African smartphone market feeding into it. Samsung currently holds a commanding position in South African smartphone sales, reportedly accounting for roughly 49.75% of the market, meaning a meaningful share of devices capable of this kind of carrier-aggregated 5G performance are already in local hands. That dominant Samsung share in South Africa matters for 5G adoption curves, because carrier aggregation and multi-band 5G support have historically been concentrated in flagship and upper-mid-range handsets rather than entry-level models, which still make up a large part of the South African device base given the country’s price-sensitive mobile market.
How This Compares to Global 5G Speed Benchmarks
Viewed against international benchmarks, Vodacom’s 260.12 Mbps national average download speed is competitive with, and in some cases ahead of, average 5G speeds reported in several developed markets, where median 5G download speeds frequently sit in the 150 to 250 Mbps range depending on spectrum allocation and network density. South Africa’s position as a relative latecomer to 5G has, in some respects, worked in its favor: operators deploying newer equipment later can skip some of the incremental upgrade cycles that older 5G markets had to work through, deploying more current radio hardware from the start.
The comparison is not universally favorable, though. Fixed and mobile satellite alternatives are also closing gaps in regions where terrestrial 5G coverage remains thin. AST SpaceMobile’s recent eight-nation European test delivering roughly 20Mbps direct-to-device speeds shows a very different approach to the same underlying problem, getting broadband-grade connectivity to places terrestrial towers have not yet reached, and underscores that South Africa’s rural coverage gap could eventually be addressed by satellite options rather than purely by Vodacom or MTN extending more towers into low-density areas.
Market and Investor Implications
For Vodacom, a widely reported peak speed test functions as effectively free marketing, reinforcing the “Best 5G Network” award the company already picked up in MyBroadband’s 2026 awards cycle. That kind of third-party validation carries real commercial weight in South Africa’s postpaid and fixed-wireless-access markets, where network performance claims are heavily scrutinized by a tech-literate consumer base that treats MyBroadband’s testing program as something close to a ratings agency for connectivity. A strong quarterly showing supports Vodacom’s pricing power in premium data plans and fixed-wireless home internet products, both of which rely on 5G capacity as their primary selling point against fibre.
Vodacom has also been building credibility on the fixed-network side of its business, which indirectly supports its mobile 5G story. The operator has said it achieved the highest transmission rates recorded across a live optical network in Africa in a joint project with Nokia, a claim that speaks to the same underlying backhaul capacity that ultimately feeds mobile towers like the one serving Weltevredenpark. Faster fibre backhaul between towers and the core network is part of what makes carrier-aggregated mobile speeds above 1 Gbps achievable in the first place, since a 5G radio link is only as fast as the wired capacity feeding it.
MTN, meanwhile, has leaned into a different kind of headline number, touting its 10.35 Gbps 5G-Advanced lab trial on upper-6 GHz spectrum. That is a forward-looking signal to investors and regulators about future network capability rather than a competitive response to Vodacom’s current average speed lead, and it illustrates how South African operators are now fighting on two fronts simultaneously: today’s live-network averages, and tomorrow’s next-generation spectrum trials.
Telecom capital spending patterns elsewhere offer a sense of the scale operators are weighing as they plan next steps. VEON’s recent $207 million Perfectum acquisition in Uzbekistan, which lifted its spectrum holdings by roughly 50%, shows the kind of deal size emerging-market operators are willing to commit to in order to secure capacity ahead of demand. South African operators face similar calculus domestically: additional spectrum and site density cost real capital, and coverage expansion toward that elusive 90%-plus population mark will require sustained investment well beyond the current 60% range both Vodacom and MTN report.
Predictions: Where South African 5G Goes From Here
Based on the current trajectory of operator coverage disclosures and MyBroadband’s testing cadence, several developments look likely over the next 12 to 18 months.
Vodacom and MTN will both likely cross the 70% population-coverage mark sometime in 2027, continuing the roughly 2-point-per-quarter pace implied by their current disclosures.
MyBroadband’s quarterly testing will keep showing a widening gap between individual peak test results and national averages as more subscribers upgrade to carrier-aggregation-capable flagship devices, inflating the ceiling even as the average moves more slowly.
Pressure to adopt AI-RAN style network optimization tools, already visible in the T-Mobile and Nvidia-Nokia partnerships, will likely extend to South African operators within the next two to three years as a cost-efficient alternative to pure spectrum acquisition.
Rural and underserved provinces will see 5G expansion continue to lag urban metros, keeping the door open for satellite-based alternatives like AST SpaceMobile’s direct-to-device approach to gain relevance in South Africa specifically.
Expect continued public sparring between Vodacom and MTN over speed-test bragging rights each quarter, as both companies treat MyBroadband’s independent rankings as a genuine competitive battleground rather than a footnote.
Why the 1 Gbps Figure Still Matters, Caveats Included
None of the caveats above make the Weltevredenpark result meaningless. A live, commercial 5G connection crossing the 1 Gbps download threshold on an ordinary subscriber’s device is a genuinely notable technical achievement, and it demonstrates that Vodacom’s network architecture in parts of Gauteng has the underlying capacity to deliver fibre-competitive speeds over the air. What readers should take away is more nuanced than a single headline number: the peak shows capability, the 260.12 Mbps national average shows reality, and the 60%-plus population coverage figure shows how much of the country can access either one at all. All three numbers are true simultaneously, and all three are necessary to understand where Vodacom’s network actually stands in October 2026.
Source: https://shattered.io/vodacom-5g-1041-mbps-gauteng-speed-test-2026/
