01
Point-to-Point Wireless
Dedicated high-capacity links between two locations — engineered for distance, throughput, and reliability.
Enterprise wireless · 3D architecture
Enterprise Wireless & Wireless WAN
Point-to-point, point-to-multipoint, and wireless WAN links that connect your locations securely — engineered with RF surveys and proper link budgets, not consumer equipment.
Illustrative network · choose a topology
HeadquartersBranch
One dedicated link between two business locations.
Explore →Line-of-sight · RF survey · Link budget · Managed connectivity
What we engineer
02
Point-to-Multipoint
Hub-and-spoke wireless connecting a central site to multiple remote locations.
03
Wireless WAN
Multi-site wireless networks managed as a single WAN with routing and security.
- 01
Survey
We conduct an RF survey: line-of-sight, distance, interference, and capacity requirements.
- 02
Engineer
We design the link with proper equipment selection, frequency planning, and link budget.
- 03
Deploy
We install towers, antennas, radios, and configure the wireless link.
- 04
Manage
We monitor link performance, handle maintenance, and design failover for resilience.
LayerConnectivity
Enterprise wireless operates at the connectivity layer — linking sites without fibre dependency.
What distances can enterprise wireless cover?+
Point-to-point wireless links can cover distances from a few hundred metres to several kilometres, depending on line-of-sight, frequency, equipment, and regulatory limits. We engineer each link with a proper link budget to ensure reliable throughput at the required distance.
How is enterprise wireless different from Wi-Fi?+
Wi-Fi covers a local area (typically inside a building). Enterprise wireless uses directional antennas and licensed/unlicensed frequency bands to connect separate locations over distances — sometimes kilometres apart — with dedicated, high-capacity links. It replaces or supplements fibre connections between sites.
Do we need line-of-sight between sites?+
For most high-capacity wireless links, yes — physical line-of-sight is required between antennas. We conduct site surveys to verify line-of-sight and identify any obstructions. In some cases, we can use intermediate relay points or lower-frequency bands for non-line-of-sight applications.
Can you provide failover for wireless links?+
Yes. We design wireless networks with redundant links and automatic failover. If a primary link degrades or fails, traffic automatically routes through the backup path — preventing site isolation.