Load Shedding Impact Q1 2026: Municipal areas Router Sales

Quick Answer

Loadshedding in Q1 2026 continued to drive router and networking hardware sales in South African municipal areas, as households and small businesses prioritized connectivity independence. Demand was highest in Gauteng, Western Cape, and KwaZulu-Natal metros where Stage 3 to Stage 5 schedules disrupted broadband uptime most severely.

Q1 2026 Loadshedding Patterns and Their Effect on Router Demand

South Africa entered Q1 2026 still navigating an unpredictable national grid situation, with Eskom implementing rolling blackouts across municipal areas at various stages throughout January and February. This directly impacted home broadband reliability since most fixed-line routers and fibre ONTs rely on home power circuits. The knock-on effect was a measurable increase in demand for LTE and 5G routers with built-in battery backup, as well as UPS units designed for networking equipment specifically. Households that previously relied on fibre alone started diversifying to cellular routers as a backup, particularly in Joburg, Pretoria, Cape Town, and Durban metro areas. Small business owners in municipal areas reported choosing LTE routers over fixed-line installations specifically to maintain connectivity during Stage 4 and Stage 5 schedules. The 4G LTE router category outperformed expectations in Q1 as a direct result. ## Municipal Areas Most Affected by Router Sales Spikes

The municipalities hardest hit by Q1 2026 loadshedding were also the areas showing the strongest router category growth:

• Johannesburg and Ekurhuleni: High-density residential and SME demand for 4G/5G routers with battery backup
• Cape Town (City of Cape Town municipality): Fibre-heavy metro with high uptake of UPS-backed routers to keep fibre ONTs alive during cuts
• eThekwini (Durban): Demand shifted toward affordable LTE routers as backup devices for households on Telkom and Openserve fibre
• Tshwane (Pretoria): Government and residential areas drove dual-SIM router sales for network failover

Rural municipal areas saw less router sales growth because fixed-line penetration is lower and many already operated on cellular-only setups. ## What Buyers Were Looking For in Q1 2026

Three features dominated buyer priorities in the loadshedding-impacted router market:

1. Built-in battery or UPS compatibility: Routers that could continue operating for 4-8 hours without mains power were in highest demand
2. Dual SIM or dual WAN: The ability to failover between networks (e.g., Vodacom and MTN) gave businesses uptime resilience
3. LTE Category 6 and above: Faster LTE for primary use, not just backup, as users on Stage 4+ schedules began treating cellular as their main connection

Fibre installations continued growing but buyers in loadshedding-heavy areas increasingly paired new fibre connections with a LTE/5G backup router rather than relying on a single point of failure. ## Frequently Asked Questions

Why did loadshedding increase router sales in Q1 2026? Loadshedding knocks out fibre ONTs and standard routers that have no battery backup. This pushed consumers toward LTE routers with built-in batteries or toward adding UPS units to their existing setups, driving router category sales up. Which type of router is best for loadshedding in South Africa? LTE or 5G routers with integrated battery packs are the most practical solution. They continue operating during power cuts and provide cellular connectivity as either primary or backup internet. Pairing a fibre router with a small UPS is also effective for households already on fibre. Are 5G routers worth buying in South African municipal areas? In metros with Vodacom and MTN 5G coverage (Johannesburg, Cape Town, Durban, Pretoria), 5G routers offer significantly faster speeds than LTE. Coverage is expanding but remains patchy in smaller municipal areas.