NetPoint
NetPoint MLO NP6W-DP-2FT in Colorado

Success story

NetPoint MLO NP6W-DP-2FT in Colorado

A Wireless Internet Service Provider (WISP) in a remote area of Colorado successfully broke the Gigabit barrier on a 4.2-mile (6.7 km) link, reaching 915 Mbps downlink and 935 Mbps uplink. By deploying NetPoint MLO NP6W-DP-2FT antennas combined with Cambium Force 4600C radios

Location
Colorado
Distance
6.7 Km
Antennas
NP6W-DP-2FT
Radios
Force 4600c
Capacity
915 / 935 Mbps

A Wireless Internet Service Provider (WISP) in a remote area of Colorado successfully broke the Gigabit barrier on a 4.2-mile (6.7 km) link, reaching 915 Mbps downlink and 935 Mbps uplink. By deploying NetPoint MLO NP6W-DP-2FT antennas combined with Cambium Force 4600C radios, the operator not only sextupled its previous capacity (150 Mbps), but also outperformed the value proposition of local fiber optic competitors, adding 7 new subscribers in its first week of operation.

In Colorado's competitive rural and semi-remote telecommunications market, WISPs face the rapid expansion of fiber optic infrastructure.

The local operator relied on a traditional 5 GHz network delivering a maximum bandwidth of 150 Mbps. This bottleneck prevented them from offering high-speed corporate or residential plans, creating a risk of customer churn to fiber providers.

To compete effectively, the WISP required:

  • A point-to-point (PTP) link across 6.7 km (4.2 miles) capable of delivering near-symmetric 1 Gbps speeds.

  • High immunity to noise and local interference.

  • Efficient capital expenditure with a fast return on investment (ROI).

After an initial unsuccessful trial with an integrated Wave MLO6 unit, the engineering team opted for a decoupled approach offering higher performance and radio frequency isolation.

Link Architecture:

  • Antennas: NetPoint MLO NP6W-DP-2FT (2-foot dish designed for wideband multi-link operation).

  • Radios: Cambium Networks Force 4600C.

  • Distance: 4.2 Miles / 6.7 Kilometers.

The NetPoint MLO series provided the alignment precision and gain stability required to consistently maintain peak modulations across the link.

Results Achieved

Network Performance:

  • Downlink Speed: 915 Mbps

  • Uplink Speed: 935 Mbps

  • Total Aggregated Capacity: ~1.85 Gbps real-world throughput in the field.

Business Impact

The Gigabit capacity enabled the WISP to immediately launch high-value service plans:

  • 7 new subscribers signed in the first week following deployment.

  • Rapid CAPEX recovery through key client retention and the acquisition of new enterprise users.

  • Brand positioning as the leading provider of ultra-high-speed connectivity in the region.

"With NetPoint MLO antennas, we achieved performance that many thought was only possible with fiber optics or Tarana. The 4.2-mile link operates with the stability and speed our customers demanded."