Wireless Broadband Solutions
Deploy carrier-grade wireless networks that deliver fast, reliable internet across distances of up to 80 km — without laying a single meter of fiber. Ideal for ISPs, municipalities, and enterprises in Indonesia.
Why Wireless Broadband
Built for Indonesian Conditions
From typhoon-resistant hardware to spectrum-efficient protocols, every component is chosen for reliability in tropical environments.
Long-Range Connectivity
Cover distances of 5–80+ km with point-to-point links using licensed and unlicensed spectrum.
High Throughput
Achieve 100 Mbps to 1+ Gbps aggregate throughput with modern 802.11ac/ax radios and beam-forming antennas.
All-Weather Outdoor Grade
IP67-rated enclosures and industrial-grade hardware built to withstand typhoons, humidity, and extreme temperatures.
Scalable Architecture
Start with a single link and scale to a full mesh network serving hundreds of subscribers without forklift upgrades.
Interference Mitigation
Adaptive modulation, automatic channel selection, and DFS compliance keep your links clean even in dense RF environments.
Low Total Cost of Ownership
No trenching, no fiber permits. Wireless deployment cuts project timelines from months to days.
Our Process
From Survey to Go-Live
Site Survey
Our engineers perform an RF site survey — measuring noise floor, existing interference, and line-of-sight clearance between tower locations.
Link Budget Design
We calculate fade margin, Fresnel zone clearance, and antenna gain requirements to guarantee your target throughput in all weather conditions.
Equipment Procurement
We supply genuine MikroTik, Ubiquiti, or RF Elements hardware with full local warranty, pre-configured to your specifications.
Device Configuration
All radios, routers, and switches are pre-configured in our facility before delivery — IP addressing, SSID profiles, QoS, and management access set up so hardware is deployment-ready out of the box.
Monitoring & Support
18/7 remote monitoring via The Dude, UNMS, or PRTG with SLA-backed response times. Spare unit pooling available for critical backbone links.
Typical Deployment Timeline
Point-to-point link: 3–5 days | PTMP sector site: 5–10 days
Applications
Who Uses Wireless Broadband?
ISP Last-Mile Delivery
Connect subscribers 1–30 km from your tower with PTMP sector antennas, delivering 10–100 Mbps per subscriber at a fraction of fiber CAPEX.
Backhaul & Aggregation
Link your distribution towers and aggregation points with high-capacity PtP links (100 Mbps–1 Gbps) to carry subscriber traffic to your core.
Rural & Remote Areas
Bring reliable internet to barangays, farms, resorts, and industrial sites far from fiber infrastructure using long-range 5 GHz or 60 GHz links.
CCTV & Surveillance Backhaul
Transport high-definition video feeds from remote cameras and toll plazas back to your NOC over secure wireless links.
Case Studies
Real-World Wireless Deployments
Challenge
Wireless ISP serving a rural municipality needed to extend coverage 25 km to two underserved barangays without the budget or timeline for fiber trenching.
Solution
Deployed MikroTik LHG 5ac PtP links for backhaul from the main tower to two remote distribution sites, plus Ubiquiti PTMP sectors at each site for last-mile subscriber delivery. All equipment shipped pre-configured.
Result
320 new subscribers activated within two weeks of equipment delivery. Zero site surveys needed — link budget analysis confirmed line-of-sight before hardware was ordered.
Challenge
Manufacturing company needed to connect a warehouse 1.8 km from the main office building — fiber installation was blocked by an active roadway and construction timeline was 6 months.
Solution
Ubiquiti airFiber 60 LR point-to-point link delivering 2 Gbps full-duplex between the two buildings. MikroTik RB5009 routers at each end for routing and VLAN separation. Delivered pre-configured.
Result
Campus network connected in 3 days. Throughput exceeded fiber baseline. Fiber project still pending — wireless continues to run as primary link.
Challenge
Regional ISP with 8 distribution towers suffering congested 100 Mbps backhaul links unable to support subscriber growth beyond 40% utilization before peak-hour degradation set in.
Solution
Replaced all backbone PtP links with MikroTik 60 GHz Wireless Wire Dish links delivering 1.5 Gbps per hop. New RF Elements horn antennas replaced omni sectors to reduce interference from neighboring WISPs.
Result
Peak-hour complaints dropped to zero. Backhaul headroom increased to allow 3× subscriber growth before next capacity review.
Why Most Wireless Broadband Deployments Go Wrong
We've seen this too many times — money spent on equipment that doesn't deliver, towers that go up before anyone checks if the signal will actually reach. Here's what kills most wireless broadband projects:
- ✗Buying consumer-grade access points for WISP deployments — they can't handle carrier-class traffic loads or simultaneous subscribers at scale
- ✗Skipping the RF site survey and assuming line-of-sight before the tower is even built — discovering the blockage after installation
- ✗No link budget calculation done before purchasing hardware — guessing whether the signal reaches instead of doing the math first
- ✗No lightning protection on towers — in Indonesia, that's 100+ lightning days per year, and replacement radios are expensive
- ✗Using overcrowded 5 GHz bands in dense areas instead of 6 GHz or licensed spectrum, then wondering why the link is unstable
- ✗Single backbone link with zero redundancy — one failure takes down every subscriber behind it simultaneously
- ✗Under-specifying backhaul capacity so you're already throttling subscribers before the network is even half-full
- ✗No management VLAN on network devices — when something breaks at 2 AM, troubleshooting becomes a nightmare
Signs You Need This Solution
If any of these sound like your situation right now, a proper wireless broadband solution is what you need — not another band-aid fix on the current setup:
- →Your subscriber signals drop every time it rains heavily or a large vehicle passes near the antenna
- →You're adding new subscribers but link quality keeps getting worse for the ones already connected
- →Some coverage areas have unpredictable speeds even though they're technically 'within range'
- →You're trying to serve subscribers more than 3 km from your tower using standard WiFi gear
- →Your towers have no grounding or surge protection — you've already replaced radios after storms
- →You're sharing frequencies with other WISPs in your area and you can hear them on your tools
- →You can't tell right now what each link's current SNR or CCQ is because you have no monitoring
- →You want to expand your ISP coverage to areas where fiber and LTE don't reach
What You Get When You Work With Us
We don't just sell you hardware and wave goodbye. Here's exactly what's included when you get your wireless broadband solution from us:
Recommended Brands for Wireless Broadband
MikroTik
Ubiquiti
RF Elements
TP-Link
RuijieReady to Connect the Unconnected?
Talk to our wireless network engineers. We'll design a solution that fits your coverage area, budget, and subscriber targets.