Description

Industrial 5 GHz Point-to-Point Wireless Bundle

Upgrade your wireless infrastructure with this industrial 5 GHz point-to-point link, combining a industrial 5 GHz band radio and a 29 dBi high-gain dish antenna for unmatched reliability, range, and throughput in demanding outdoor environments.

Why this bundle

• Industrial-grade reliability: Outdoor-rated, weather-sealed hardware, shielded RF path, and carrier-class firmware for “set-and-forget” operation in demanding sites—plants, quarries, farms, marinas, energy fields, and municipal yards.

• Long-range performance: The 29 dBi parabolic dish focuses energy for exceptional link budgets, enabling longer distances and stronger fade margins (especially important in noisy 5 GHz environments).

• Clean, low-latency transport:  TDMA-style polling (iPoll) minimizes self-interference and jitter versus standard Wi-Fi bridging—ideal for voice, video, SCADA/telemetry, PLCs, IP cameras, and POS traffic.

• Flexible 5 GHz operation: Works across the UNII bands (country-dependent) with DFS support; choose 20/40/80 MHz channel widths to balance capacity and range.

• Professional toolset: Built-in spectrum scan, live signal graphs, alignment beeper, link test, VLAN tagging (802.1Q), QoS, watchdog, and SNMP/syslog/remote management via LigoWave WNMS.

• Secure by design: WPA2-AES, MAC filtering, management plane protection, and user-defined firewall policies help lock down the link.

⚙️ Ready to deploy your link? Call us now: 877-209-5152

What’s included

• (2) 5 GHz connectorized radios (one per end), N-Female RF connectors for external antenna use
• (2) 29 dBi parabolic dish antennas (2ft.) with mount and feed
• (4) N-Male to N-Male, 30″ coaxial pigtail cables
• (2) 50ft. Cat6 Direct Burial Ethernet Cable
• (2) High Power POE Injectors
• Pre-Configured for plug-n-play

Need a customized turnkey kit? Ask for longer or shorter cat6 cables, NEMA Enlcosures, Radomes or longer N-Male outdoor-rated jumpers to speed up installation.

Technical highlights

• Band: 5.1–5.8 GHz (country/regulatory dependent) with DFS

• RF chain: 2×2 MIMO, external-antenna design (N-fem), adjustable Tx power

• Channel widths: 20/40/80 MHz (selectable)

• Protocols/modes: Bridge/Router, WDS, iPoll (TDMA) for noise immunity

• Networking: VLAN 802.1Q, QinQ, DHCP relay/server, static routes, STP/RSTP, QoS

• Security: WPA2-AES, ACLs, management lockdown, user roles

• Management: Web UI, CLI, SNMP, syslog, remote monitoring via WNMS; onboard spectrum analyzer & link test

• Environmental: Outdoor-rated, extended temperature, UV-resistant housing and mounts

Link-budget notes (practical guidance)

• Antenna gain: 29 dBi dishes concentrate energy, dramatically boosting receive signal at long distances.

• EIRP compliance: With high-gain dishes, set Tx power appropriately to meet local EIRP limits.

• Aim for margin: For industrial reliability, design to a ≥ 20–30 dB fade margin at your target modulation. That margin keeps links stable through rain fade, seasonal foliage, and interference spikes.

• Line of sight matters: Maintain true LOS, including the first Fresnel zone for 1 Mile and longer links.  Use taller masts or offset mounts to clear tree lines, dunes, or stockpiles.

• Grounding & shielding: Use, outdoor-rated cabling, proper bonding, and inline surge at both ends to protect equipment and reduce RF noise ingress.

Typical use cases

• Plant-to-plant or yard backhaul for cameras, access control, and ERP/VoIP

• SCADA/PLC telemetry from well pads, lift stations, irrigation pivots, conveyors

• Marinas & waterfronts linking docks/harbors to office networks

• Large properties (farms, resorts, RV parks) tying remote buildings and AP clusters into the core

• Temporary sites (construction, events) where fiber isn’t practical

Deployment checklist

1. Site survey: Verify LOS/clear Fresnel; run a spectrum scan to choose the cleanest channel.

2. Mounting: Rigid masts, non-slip hardware, and precise az/el alignment (use the built-in beeper/graphs).

3. Power: Use shielded PoE to spec; keep total cable run within recommended length; bond grounds.

4. Config: Fixed channel/width, locked country profile, iPoll enabled, VLANs/QoS as needed.

5. Validate: Run the link test under load; confirm latency/jitter/throughput and record a baseline.