O4V3.0 | 5 GHz Outdoor CPE — 12 dBi Directional • 11ac 867 Mbps • Gigabit • PoE/DC Power
Models: TN-O4V3.0 (CPE), O41-pack
The O4V3.0 5 GHz Outdoor CPE is designed for point-to-point (PtP) and point-to-multi-point (P2MP) wireless links used in video surveillance backhaul and broadband access. Powered by 11ac wireless and a Gigabit Ethernet interface, PtP throughput can reach up to 450 Mbps. Its integrated 12 dBi dual-polarized directional antenna helps establish and maintain a stable long-range connection.
Key Features & Benefits
- 5GHz 11ac wireless — up to 867 Mbps PHY for high-speed links.
- 12 dBi directional antenna — dual polarization for robust, long-range connectivity.
- Gigabit port — maximises real-world backhaul performance.
- Flexible power options — supports 802.3af PoE, 12 V 1 A DC, and 12 V 1 A passive PoE.
- Industrial design — IP65 weatherproof enclosure and 6000 V lightning protection.
- Two Gigabit Ethernet ports — simplify camera/AP uplinks or daisy-chain scenarios.
- Optimized for surveillance & WISP — stable PtP/P2MP links; PtP throughput up to 450 Mbps.
Ideal Deployments
- Video surveillance backhaul between buildings or to NVR head-ends
- Long-reach wireless broadband for farms, campuses, or construction sites
- P2MP sector deployments linking multiple remote cameras or CPEs
Model Quick Reference
- TN-O4V3.0 — 5 GHz 11ac CPE with 12 dBi directional antenna, 2× Gigabit Ethernet, IP65, 6000 V lightning protection.
- O4 1-pack — packaging options for single-link or paired deployments.
Before you order:
- Confirm power method on site (802.3af PoE, passive PoE 12V, or 12V DC).
- Plan link distance, mounting height/clearance, and alignment for best performance.
- Check local regulations for 5 GHz channel and EIRP compliance.
- Verify packaging (1-pack or 2-pack) and accessories match your install.
Design & Quote: Tell us your link distance, mounting locations, PoE availability, and camera/user count. We’ll validate the O4V3.0 for your path and provide a complete bill of materials.
Throughput and range depend on environment, alignment, and spectrum conditions. Features may vary by firmware; verify against the latest datasheet.
