Built for reach, depth, and resilience
A dual-band 4G LTE architecture designed for indoor coverage and capacity — deployed urban-first, then expanding across Afghanistan.
A dual-band network
Two spectrum bands work together: a low-band coverage layer and a mid-band capacity layer.
n20 coverage layer
Sub-GHz spectrum for superior propagation and indoor penetration across rugged terrain.
n41 capacity layer
Mid-band spectrum for data capacity, Fixed Wireless Access, and a software path to 5G.
FWA-capable
The architecture supports Fixed Wireless Access for homes and SMEs from day one.
Low-band physics, urban-first rollout
Low-band spectrum means fewer sites and better indoor reach across rugged terrain. We deploy in phases — urban corridors first, then provincial centers, then rural expansion.
- Fewer sites: sub-GHz coverage efficiency over hard terrain.
- Better indoor reach: a quality-first positioning for voice & data.
- Phased build-out: urban-first, then provincial, then rural.
Illustrative deployment phases
Illustrative deployment phases — not a representation of deployed coverage.
Green power, by design
Solar generation and sodium-ion storage power every site. The network is 100% diesel-free by design.
Spectrum holdings
Low-band n20 / 800 MHz: 8.75 + 8.75 MHz, with a path to a clean contiguous 10 MHz allocation.
Spectrum holdings per company documentation.
Ready to connect?
Discuss coverage, spectrum, or connectivity requirements with our team.