Poynting XPOL-2-5G 2×2 MIMO 5G/LTE Directional Antenna for WiFi Routers & Hotspots 617–3800 MHz 16.4 Feet HDF195 Coax | A-XPOL-0002-V3-11 | TS221111

Poynting XPOL-2-5G 2×2 MIMO 5G/LTE Directional Antenna for WiFi Routers & Hotspots 617–3800 MHz 16.4 Feet HDF195 Coax

For cellular routers, modems, and hotspots
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  • For use with cellular–WiFi routers
  • Wideband X-polarized 2×2 MIMO outdoor panel antenna
  • 9–11 dBi gain over 617–3800 MHz 5G & 4G frequencies
  • Twin 16.4″ HDF195 coax cables with 2 × SMA‑male connectors; optional add‑on adapters for TS9 & U.fl ports
  • Mounting hardware included; attaches to a wall or a 1¼″–2″ pole (optional add‑on)

Free lifetime support
SKU: TS221111 
Calculated at Checkout

Product Description

Connects directly to a cellular–WiFi router, hotspot, or modem. Does not connect to a cell signal booster.

Features of the Poynting XPOL-2 2×2 MIMO antenna

  • 10.5″ × 10.5″ × 3.5″ (265 × 265 × 90 mm) directional outdoor building antenna.
  • Connects directly to dual cellular ports on a cellular–WiFi router, modem, or hotspot with twin 16.4′ HDF195 coax cables and two SMA‑male connectors. TS9 and U.fl/MHF adapters are available as an optional add‑on.
  • Enclosure contains two cross-polarized antennas for superior signal strength and quality. Poynting’s patent-pending radiator configuration provides:
  • 9 dBi gain on 617–894 MHz 5G, 4G LTE, and 3G frequencies.
  • 10 dBi gain on 1710‑2700 MHz 5G, 4G LTE, 3G, and WiFi frequencies.
  • 11 dBi gain on 3400–3800 MHz 5G frequencies.
  • Enclosure is IP 65-ratedexternal link icon for protection against water and dust.
  • Mounts upright on a wall or to a pole 1.5″–2.0″ in diameter. (Mounting hardware included; pole available as an optional add‑on.)
  • 50‑ohm impedance.
  • 2‑year warranty.

What’s a MIMO antenna?

A MIMO (multiple-input, multiple-output) antenna sends and receives signal through two or more simultaneous data streams, providing better signal strength and quality than single‑input, single‑output (SISO) antennas.

An LTE/5G 2×2 MIMO antenna may be the right solution for you if:

  • You need to improve signal reception on a router, hotspot, or modem that converts cellular signal to WiFi.
  • Your router or other device has two SMA, TS9, or U.fl/MHF ports.
  • The outdoor signal at your location is fair or moderate.
  • You need faster download speeds for streaming videos and downloading files.
  • You need improved signal for cellular frequencies that aren’t amplified by cell signal boosters (like band 71 and 5G bands between 2300 and 4000 MHz).

For needs other than these, a cell signal booster may be a better option. If you have any questions about which option is right for you, please feel free to contact Powerful Signal—we’ll be happy to help you!

Poynting XPOL-2 2×2 MIMO antenna contents

Poynting 2x2 MIMO Outdoor Panel Antenna with Twin 16.4-foot HDF195 Coax SMA-Male A-XPOL-0002-V3-11 TS221111 icon Panel antenna w/2 × 16.4′ HDF195 coax cables & SMA‑male connectors TS221111
Poynting 2x2 MIMO Outdoor Panel Antenna Mounting Hardware icon Antenna mounting hardware
Poynting XPOL-2 MIMO 2x2 Antenna A-XPOL-0002-V3-11 User Guide icon Poynting XPOL-2 user guide
Top Signal Adjustable Building Antenna Mount TS430001 icon Optional add‑on
Adjustable building mount TS430001

Optional add‑on router connection set:

Top Signal TS451040 SMA-Female to TS9-Male Connector icon SMA‑female to TS9‑male adapter TS451040 (×2)
Top Signal TS392006 SMA-Female to U.fl/MHF 6-Inch Jumper Cable icon 6″ SMA‑female to U.fl/MHF jumper cable TS392006 (×2)

Product Specifications

Antenna Type:
Outside directional
Antenna Size:
10.5 × 10.5 × 3.5 in. (265 × 265 × 90 mm)
Mount Type:
Mount Spec:
Attaches to walls or to 1.5–2.0″-diameter poles
Connector Type:
SMA-male w/optional adapters for TS9 & U.fl/MHF
Cable Type:
Cable Length:
16.4 ft. (5 m)
50 Ω
Gain 617–894 MHz:
+9.0 dBi
Gain 1710–2700 MHz:
+10.0 dBi
Gain 3400–3800 MHz:
+11.0 dBi

Warranty Information

For warranty information on this product, please see our Poynting warranty information page.

Questions & Answers