XPOL Technology±45° cross-polarized 4G/5G MIMO antennas
Poynting XPOL separates MIMO channels by placing two antenna elements perpendicular to each other (+45° and −45°) in a single housing. From fixed wireless access to vehicle and boat connectivity, it delivers a more stable signal and higher data rates.
How does Poynting XPOL work?
In a conventional MIMO setup, the two antennas must be physically spaced apart. XPOL achieves separation through polarization instead of distance: the two elements sit at the same point, at 90° to each other.
Reflected signals change polarization. Two perpendicular elements give the receiver two independent signal paths; when one weakens, the other carries the link.
Because the channels are decorrelated, the modem can use two data layers at the same time, which means higher-order modulation (256-QAM) and higher speeds.
The slanted arrangement keeps both channels balanced under ground, building and sea reflections. Most base stations also transmit with ±45° antennas.
Single-polarized antennas vs. XPOL
| Feature | Single-polarized antennas | Poynting XPOL |
|---|---|---|
| Signal stability | Fluctuates during fading | Two independent paths, resistant to fading |
| Data rate | Limited MIMO gain | Takes full advantage of MIMO layers |
| Installation | Spacing needed between two antennas | Single housing, single mounting point |
| Channel isolation | Depends on spacing | High, thanks to cross-polarization isolation |
Poynting XPOL antennas by application
Fixed 4G/5G (FWA): home, office, construction site, rural
XPOL-1-5G+
For urban installations where the base station direction is unknown, and for multiple operators; collects the signal from every direction.
Product page
XPOL-2-5G-V3
Focuses on a single point when the base station is far away and its direction is known; for rural and weak-signal areas. 617–4200 MHz.
Superbox application
XPOL-24-5G
For 5G routers with 4×4 MIMO, to get the highest speed from a base station in line of sight. 617–4200 MHz.
Product pageTransport and marine 4G/5G: vehicle, train, boat
SWIRL-4 / SWIRL-8 (V1-01)
Connects by cable to the router inside the vehicle. SWIRL-4 supports one 5G module, SWIRL-8 supports two.
SWIRL family
SWIRL-4 / SWIRL-8 (V1-02)
The modem or router is mounted inside the antenna housing; a complete rooftop solution with no cable loss.
SWIRL familyHigh-capacity and long-range marine 4G/5G: yacht, ferry, offshore
RIPPLE-8 / RIPPLE-16
The router fits inside the housing. RIPPLE-8 supports two 5G modules, RIPPLE-16 supports four; for high capacity on multi-user vessels.
RIPPLE solutions
WaveHunter
For long range and very high capacity: six 4×4 MIMO directional antennas facing every direction pick up the strongest base station far from shore. Routers up to 250×150×50 mm fit inside the housing.
WaveHunterWhich XPOL model?
Base station direction unknown
Urban areas, multipath reflections or multiple operators: XPOL-1-5G+.
Base station far away, direction known
Rural and weak signal: XPOL-2-5G-V3 for 2×2 routers, XPOL-24-5G for 4×4 routers.
Capacity and range on a boat
RIPPLE for many users, WaveHunter for long range and very high capacity.
For operator modems in Turkey: Antenna for Turkcell Superbox 5G · Antenna for Türk Telekom TurboBox 5G
Frequently asked questions about Poynting XPOL
Can a single XPOL antenna replace two antennas?
How should I position an XPOL antenna?
Do XPOL antennas also give an advantage in 5G?
Which connector is used for the cable connection?
Let's choose the right XPOL model together
BağLAN is the official Poynting distributor for Turkey. Write to us for antenna, cable and installation recommendations based on your location, router model and distance to the base station.