Point-to-point (P2P) wireless bridges are essential for extending internet between buildings, CCTV backhaul, and ISP backbone links. This blog analyzes a detailed comparison video covering TP-Link, MikroTik, Ubiquiti, and Mimosa P2P radios to help you choose the right one for your needs.
Why P2P Wireless Matters P2P wireless solutions create high-speed links between two fixed locations without digging fiber or running cables. They work best with clear line-of-sight (LOS) and are popular for:​
CCTV camera backhaul to NVRs​ Sharing internet between homes/buildings​ ISP backbone connections​ Rural internet extension​ Key factors include range, throughput, noise immunity, proprietary protocols, and ease of deployment
Devices Compared The video evaluates four brands across budget and performance segments.​
TP-Link CPE Series (Budget Entry-Level) Models : CPE610 (non-AC, 100 Mbps port), CPE710 (AC, Gigabit port)​Specs : 23 dBi directional antenna, 5 GHz, up to 30 km range, 2×2 MIMO MAXtream TDMA​Best for : CCTV backhaul, short-mid range (1-4 km), simple deployments, internet sharing​​Pros : Affordable, easy setup, third-party compatible, India-wide service centers​Cons : 100 Mbps port limit on CPE610, basic performanceMikroTik LHG Series (Advanced/ISP Grade) Models : LHG 5, LHG 5 AC, LHG 5 AC XL, SXTsq 5 ac​Specs : 24.5-27 dBi grid antenna, RouterOS, NV2/Nv2 protocol, up to 19+ km links, Wi-Fi 6 (AX) options​​Best for : ISPs, long-range (5-20 km), noisy environments, scalable networks​​Pros : High gain antennas, full RouterOS control (VLANs, QoS), 1 Gbps ports​Cons : License Level 3 limits PtMP to 1:1, steeper learning curve​Ubiquiti LiteBeam M5 AC Gen2 (Mid-Range Reliable) Models : LiteBeam M5 AC Gen2, PowerBeam series for longer range​Specs : 23 dBi antenna, airMAX AC, Gigabit port, 450+ Mbps throughput, 5-10 km typical​Best for : Stable mid-range links (up to 5 km), clean UI, quick installs​​Pros : airMAX protocol, noise immunity, UISP app management, lightweight​Cons : Proprietary airMAX (requires Ubiquiti pairs), discontinued non-AC models​Mimosa C6x (High-End ISP/Carrier Grade) Models : C6x, C6 (Wi-Fi 6)​Specs : 1.75 Gbps aggregate (2 Gbps PtP), 24 dBm TX, IP67, 8-30 dBi gain, 5150-6425 MHz​Best for : High-capacity backbones, professional ISPs, noisy urban environments​​Pros : MU-MIMO, OFDMA, exceptional noise handling, used by Jio AirFiber​​Cons : Expensive, ISP-oriented (not for CCTV/home use)Comparison Table Brand/Model Range (km) Throughput Port Speed Protocol Best Use Case Price Tier TP-Link CPE710 1-4​ 867 Mbps 1 Gbps​ MAXtream TDMA CCTV, short links​ Budget MikroTik LHG 5 AC XL 10-20​ 450+ Mbps​ 1 Gbps​ NV2​ ISPs, long range​ Mid-High Ubiquiti LBE-5AC-Gen2 5-10​ 450+ Mbps​ 1 Gbps​ airMAX AC​ Mid-range stable​ Mid Mimosa C6x 5-15​ 1.75 Gbps​ 1 Gbps​ MU-MIMO/OFDMA ISP backbone​ Premium
Recommendations by Use Case CCTV Installers & Short Links (1-4 km) Pick TP-Link CPE710  – Affordable, easy, reliable for video backhaul + internet sharing. Pair with CPE610 if budget tight (100 Mbps limit).​​
Home/Neighbor Internet Sharing TP-Link CPE710  or Ubiquiti LiteBeam AC Gen2  – Simple setup, stable 200-450 Mbps links.​​
ISP Backbone & Long Range (5+ km) MikroTik LHG 5 AC XL  – RouterOS flexibility, high-gain antenna for 10-20 km noisy links.​​
Professional ISP/High Capacity Mimosa C6x  – Carrier-grade performance for gigabit+ backbones, used by major ISPs like Jio.
Common Mistakes to Avoid No LOS : All require clear line-of-sight; buildings/trees kill performance.​Proprietary Protocols : TP-Link MAXtream, MikroTik NV2, Ubiquiti airMAX need brand pairs.​Overkill for CCTV : Mimosa too expensive for video; use TP-Link.​MikroTik License Limits : Level 3 restricts PtMP to 1:1.​Quick FAQ CCTV backhaul: TP-Link CPE710 or MikroTik? TP-Link for simple 1-3 km video + internet. MikroTik for longer/more complex.​
ISP backbone: Ubiquiti or Mimosa? Mimosa C6x for high capacity/noise. Ubiquiti for mid-range reliability.​​
Longest range? MikroTik LHG XL (19+ km tested) or Ubiquiti PowerBeam 620.​​
Budget under ₹10k/pair? TP-Link CPE610/710 pair.​
This guide helps match P2P radios to real-world needs rather than specs alone.