0212 358 5909 - 0212 358 5908

Çamlık Yolu Sokak Uğurlu Apt. No:4 D:7 Etiler, 34337 İstanbul

Teltonika Router Antenna: Poynting 4G/5G Solutions

Poynting 4G/5G, Wi-Fi and GNSS antennas matched to the cellular port count, MIMO configuration and site conditions of your Teltonika router.

Choosing the right Teltonika router antenna directly determines 4G LTE and 5G performance. The right Poynting antenna is selected by the router's number of cellular antenna ports, its 2×2 or 4×4 MIMO configuration, operating frequencies, mounting position and whether the system is fixed or mobile.

On Teltonika routers, cellular, Wi-Fi and GNSS antennas serve different functions. To improve mobile internet performance on models such as the RUTX50, RUTM50, RUTX11 and RUT956, use an external Poynting 4G/5G antenna that matches the router's MIMO configuration; Wi-Fi and GNSS antennas are selected separately for wireless LAN and positioning.

On this page you can compare Poynting antennas suited to each Teltonika router model, by application and connectivity requirement.

01 · BY ROUTER MODEL

Teltonika Router Antenna Selection by Model

Antenna gain alone is not enough when choosing an external antenna. The router's 4G LTE or 5G technology, number of cellular antenna ports, MIMO configuration, Wi-Fi and GNSS requirements and the installation environment must all be considered together.

Teltonika Router	Cellular	Antenna Ports	Recommended Poynting Antennas	Application
RUTX50	5G / 4×4 MIMO	4× cellular (SMA)2× Wi-Fi (RP-SMA)1× GNSS (SMA)	XPOL-24 2× XPOL-2-5G-V3 EPNT-2 V3 MIMO-4-17 SWIRL-4 OMNI-0414	Industrial 5G, FWA, vehicle and marine
RUTM50	5G / 4×4 MIMO	4× cellular (SMA)2× Wi-Fi (RP-SMA)1× GNSS (SMA)	EPNT-2 V3 XPOL-24 PANL-401 MIMO-4-04 OMNI-0414	Industrial 5G, outdoor, coastal, weak-signal areas
RUTC50	5G / 4×4 MIMO	4× cellular (SMA)3× Wi-Fi (RP-SMA)1× GNSS (SMA)	XPOL-24 XPOL-1-5G+ 4×4 EPNT-1 V2 PANL-401	Enterprise 5G, branch office and fixed site
RUTM30	5G / 4×4 MIMO	4× cellular (SMA)2× Wi-Fi (RP-SMA)	MIMO-4-04 XPOL-24 2× XPOL-2-5G-V3 EPNT-1 V2 OMNI-0414	Compact 5G, vehicles, mobile systems and dual-SIM redundancy
RUTM20	5G / 4×4 MIMO	4× cellular (SMA)2× Wi-Fi (RP-SMA)	XPOL-24 XPOL-1-5G+ 4×4 EPNT-2 V3 MIMO-4-04	Compact 5G IoT/IIoT, cabinet installations and remote sites
RUTX14	LTE Cat 12 / 4×4 MIMO	4× cellular (SMA)2× Wi-Fi (RP-SMA)1× GNSS (SMA)	XPOL-24 EPNT-4 MIMO-4-04	High-speed LTE, industrial sites
RUTX12	Dual LTE Cat 6 / 2× (2×2 MIMO)	4× cellular (SMA)2× Wi-Fi (RP-SMA)1× GNSS (SMA)	2× XPOL-2-5G-V3 MIMO-4-04 2× PUCK-2	Uninterrupted dual-operator connectivity, vehicle and industrial
RUTX11	LTE Cat 6 / 2×2 MIMO	2× cellular (SMA)2× Wi-Fi (RP-SMA)1× GNSS (SMA)	XPOL-2-5G-V3 XPOL-1-5G+OMNI-0600 MIMO-4-15 PUCK-5	Industrial LTE, vehicle and fixed site
RUTM11	LTE Cat 6 / 2×2 MIMO	2× cellular (SMA)2× Wi-Fi (RP-SMA)1× GNSS (SMA)	XPOL-2-5G-V3 OMNI-0600 OMNI-0402 PUCK-5	Industrial LTE, coastal and outdoor
RUT956	LTE Cat 4 / 2×2 MIMO + GNSS	2× cellular (SMA)2× Wi-Fi (RP-SMA)1× GNSS (SMA)	PUCK-5 PUCK-4 V2 MIMO-4-15	IoT, SCADA, vehicle and remote sites
RUT906	LTE Cat 4 / 2×2 MIMO + GNSS	2× cellular (SMA)2× Wi-Fi (RP-SMA)1× GNSS (SMA)	PUCK-4 V2 PUCK-2 XPOL-2-5G-V3	Serial-interface IoT, energy and remote monitoring

The model with the orange outline is the leading option for that router. The RUTM20 and RUTM30 have no GNSS port; the GNSS output of combination antennas is not used. The RUTC50 has three Wi-Fi ports. Teltonika Wi-Fi ports are RP-SMA; if the Wi-Fi antenna cable has an SMA connector, use an RP-SMA adapter. For detailed router specifications, see the Teltonika Networks router range.

02 · MIMO CONFIGURATION

4×4 and 2×2 MIMO Antenna Selection for Teltonika Routers

Each cellular antenna port on the router is an independent RF path. The antenna system must serve every port on the router; otherwise part of the router's MIMO capacity remains unused.

4×4 MIMO on 5G Teltonika Routers

5G routers such as the RUTX50, RUTM50, RUTC50, RUTM30 and RUTM20 use 4×4 MIMO through four cellular antenna ports. This can be achieved in three ways:

A single 4×4 MIMO antenna with four cellular elements (XPOL-24, XPOL-1-5G+ 4×4, MIMO-4-04, PANL-401, OMNI-0414, SWIRL-4)
Two 2×2 MIMO antennas (e.g. 2× XPOL-2-5G-V3, aimed at the same base station)
A CPE solution with the router installed inside the antenna enclosure (EPNT-1 V2, EPNT-2 V3, EPNT-4)

In fixed outdoor installations, directional antennas aimed at the base station make a clear difference in weak or unstable signal conditions.

2×2 MIMO on 4G Teltonika Routers

4G LTE routers such as the RUTX11, RUTM11, RUT956 and RUT906 use 2×2 MIMO through two cellular ports. Depending on the application:

XPOL series or the omni-directional OMNI-0600 for fixed outdoor sites
MIMO-4 or PUCK series for vehicles and mobile systems
OMNI-0402 for coastal and marine installations

On routers with a GNSS port, combination antennas such as the PUCK-5 or MIMO-4-15 bring cellular, Wi-Fi and GNSS into a single housing and simplify cabling.

Important: Antenna selection should not be based on the router model alone; base station distance, signal level, frequency bands in use, mounting height and cable length must be assessed together. Verify your choice with RSRP, RSRQ and SINR measurements taken on site.

03 · TECHNICAL PARAMETERS

Technical Parameters to Consider When Choosing an Antenna for a Teltonika Router

The goal of an antenna system is not just a higher signal level, but to make the most stable use of the router's mobile technology under real site conditions.

2×2 and 4×4 MIMO Compatibility

The router's number of cellular ports is the primary selection criterion.

2×2 MIMO: two cellular antenna paths
4×4 MIMO: four independent antenna paths

The antenna system must serve all cellular ports on the router.

Frequency Range

The antenna must cover the 4G/5G bands used by the router and the operator.

Low bands (700–900 MHz) provide wide-area coverage
Mid and high bands (1800–3800 MHz) add data capacity

A high-gain antenna that does not cover the required band is not the right solution.

Antenna Gain

Gain shows how much energy is concentrated in certain directions; on its own it does not determine field performance.

Gain variation across frequency
Radiation pattern and directivity

The highest dBi figure is not the best antenna for every application.

Directivity

Directional or omni-directional is chosen by base station location and system mobility.

Directional: focuses on a specific base station
Omni: connects from all directions in the horizontal plane

A fixed rural site and a vehicle installation have different needs.

RF Cable Loss

Loss increases with cable length and has a greater effect at high frequencies such as 3.5 GHz.

Keep cables short and use low-loss cable
Minimise connectors and adapters

High gain cannot always compensate for a long cable.

Mounting and Environment

The right antenna will not deliver expected performance if mounted in an unsuitable position.

Clear line of sight, distance from metal surfaces and obstacles
IP rating and manufacturer mounting guidelines

Correct positioning is part of connection performance.

Bottom line: The right antenna for a Teltonika router is not the one with the highest gain, but an antenna system that matches the router's MIMO configuration and frequencies, is installed in the right position and keeps RF losses under control.

04 · RADIATION CHARACTERISTICS

Directional or Omni-Directional Antenna for a Teltonika Router?

The right choice depends on base station location and distance, surrounding base stations, signal level, interference conditions and whether the system is fixed or mobile.

DIRECTIONAL ANTENNA

Concentrates the Signal in One Direction

Can be aimed at a distant or weak base station
Reduces the effect of signals from unwanted directions
Requires alignment towards the target base station

Typical use: Fixed facilities, rural areas, remote sites and applications where the target base station is known. Examples: XPOL-2-5G-V3, XPOL-24, EPNT-2 V3

OMNI-DIRECTIONAL ANTENNA

Connects from All Directions in the Horizontal Plane

Flexible where several base stations are present
Adapts to the changing base station direction on vehicles
No alignment needed during installation

Typical use: Vehicles, mobile systems, urban applications and marine systems. Examples: MIMO-4, PUCK, SWIRL, OMNI-0414, OMNI-0600, OMNI-0402, XPOL-1-5G+

Site Condition	General Choice	Why?
Base station direction is known	Directional	The antenna can be aimed at the target base station.
Base station is far, signal is weak	Directional	Concentrating energy in the target direction strengthens the link.
High RF interference nearby	Directional	Signals from off-target directions have less effect.
Several base stations around	Omni-directional	The router can connect to base stations in different directions.
Vehicle or mobile system	Omni-directional	The base station direction changes constantly while moving.
Boats and marine applications	Omni-directional	The vessel's heading and position relative to the base station keep changing.
Fixed urban application	Depends	Base station density, signal quality and interference level must be assessed together.

05 · POYNTING ANTENNA FAMILIES

Poynting Antenna Families for Teltonika Routers

First choose the antenna family that fits the application, then the model according to the router's antenna ports, MIMO configuration, frequency support and site conditions.

XPOL

Fixed site, directional and omni 4G/5G

Weak-signal fixed sites and FWA
Applications where the base station direction can be determined
2×2 or 4×4 MIMO, ±45° cross-polarisation

XPOL-1-5G+XPOL-2-5G-V3 XPOL-24

MIMO-4

Vehicles and transport

Service, field and emergency vehicles
Public transport systems
Cellular, Wi-Fi and GPS/GLONASS in one housing

MIMO-4-04 MIMO-4-15 MIMO-4-17 MIMO-4-19

PUCK

Compact and low profile

Industrial IoT, ATMs and kiosks
Vehicle and cabin-top mounting
Cellular, Wi-Fi and GNSS combinations

PUCK-2 PUCK-5 PUCK-8

EPNT

CPE with the router inside the antenna enclosure

Roof and pole mounting
Systems where long RF cables are not wanted
Weak-signal outdoor applications

EPNT-1 V2 EPNT-2 V3 EPNT-4

OMNI / PANL

Omni-directional fixed site and panel

Urban, suburban and industrial sites
Coastal and marine installations; 4×4 MIMO from a single antenna with the OMNI-0414
Systems requiring 4×4 MIMO and GNSS (PANL-401)

OMNI-0280 OMNI-0600 OMNI-0402 OMNI-0414 PANL-401

SWIRL / RIPPLE

Marine, transport and high MIMO

Boats, yachts and commercial vessels
Link bonding with multiple 5G routers
Integrated cellular, Wi-Fi and GNSS

SWIRL-4 SWIRL-8 RIPPLE-8 RIPPLE-16

Application	Primary Family	Main Reason
Weak signal / remote fixed site	XPOL	Directional options and MIMO support
Vehicles and transport	MIMO-4	Omni-directional, low-profile combination antenna
Compact industrial application	PUCK	Small size and multiple cellular, Wi-Fi and GNSS combinations
Router installed outdoors together with the antenna	EPNT	CPE design, very short RF connection
Fixed omni-directional coverage	OMNI / PANL	No alignment required
Marine and high MIMO	SWIRL / RIPPLE	High port count and integrated cellular / Wi-Fi / GNSS

06 · PRODUCTS

Featured Poynting Antennas for Teltonika 4G | 5G | Wi-Fi Applications

Filter by series; each product card shows the design, frequency range, peak gain, compatible Teltonika routers and the datasheet.

CROSS-POLARISED 4G/5GXPOL Series

The XPOL-1-5G+ is omni-directional; the XPOL-2-5G-V3 and XPOL-24 are directional. ±45° cross-polarisation provides two independent MIMO paths in one housing, letting Teltonika routers use their full cellular capacity at fixed sites and in FWA applications.

XPOL-2-5G-V3

2×2 MIMO11 dBiDirectional±45°

Design: Cross-polarised 2×2 MIMO directional antenna
Frequency: 698–960, 1710–2700, 3400–3800 MHz
Peak gain: 9 / 10 / 11 dBi (by band)
Application: Weak-signal fixed sites, FWA and long-range links

Compatible: RUTX11, RUTM11, RUT956, RUT906 · 2 units for 4×4: RUTX50, RUTM50, RUTC50, RUTM30, RUTM20, RUTX12

Datasheet XPOL Family

XPOL-1-5G+

2×2 / 4×46 / 7 dBiOmniIP65

Design: Cross-polarised omni-directional antenna; 2×2 (A-XPOL-0001-V3-21) and 4×4 (A-XPOL-0001-V3-41) models
Frequency: 410–6000 MHz
Peak gain: 2×2: 6 dBi; 4×4: 7 dBi
Application: Urban and suburban FWA, fixed sites receiving signal from several directions

Compatible: 2×2: RUTX11, RUTM11, RUT956, RUT906 · 4×4: RUTX50, RUTM50, RUTC50, RUTM30, RUTM20, RUTX14

2×2 Datasheet 4×4 Datasheet FWA Polarisation

XPOL-24

4×4 MIMO11 dBiDirectional

Design: Four-element 4×4 MIMO directional antenna
Frequency: 617–960, 1710–2700, 3400–4200 MHz
Peak gain: 8.5 / 8.5 / 11 dBi (by band)
Application: High-capacity FWA, remote sites and weak-signal 4G/5G

Compatible: RUTX50, RUTM50, RUTC50, RUTM30, RUTM20, RUTX14, RUTX12

Datasheet XPOL Family

OMNI-DIRECTIONAL TRANSPORT AND AUTOMOTIVEMIMO-4 Series

Designed for transport and automotive applications, the MIMO-4 series offers MIMO 4G/5G (617–6000 MHz), dual-band MIMO Wi-Fi (2.4 GHz and 5–7.2 GHz) and GPS/GLONASS options in the same housing. The radiating elements are balanced for omni-directional coverage on vehicles and good performance at low elevation angles.

MIMO-4-19

9-in-14×4 cellular4×4 Wi-FiIP69K

Design: 4× cellular, 4× Wi-Fi, 1× GPS/GLONASS
Frequency: Cellular 617–6000 MHz; Wi-Fi 2400–2500, 5000–7200 MHz
Peak gain: Cellular 6 dBi; Wi-Fi 6.5 dBi
Application: Multi-link connectivity in vehicle, marine and industrial IoT

Compatible: RUTX50, RUTM50, RUTC50, RUTX14, RUTX12

Datasheet Vehicle Antennas

MIMO-4-17

7-in-14×4 cellular2×2 Wi-FiIP69K

Design: 4× cellular, 2× Wi-Fi, 1× GPS/GLONASS
Frequency: Cellular 617–6000 MHz; Wi-Fi 2400–2500, 5000–7200 MHz
Peak gain: Cellular 6 dBi; Wi-Fi 6.5 dBi
Application: Vehicles and mobile systems with 5G routers

Compatible: RUTX50, RUTM50, RUTC50, RUTM30, RUTM20, RUTX14, RUTX12

Datasheet Vehicle Antennas

MIMO-4-15

5-in-12×2 cellular2×2 Wi-FiIP69K

Design: 2× cellular, 2× Wi-Fi, 1× GPS/GLONASS
Frequency: Cellular 617–6000 MHz; Wi-Fi 2400–2500, 5000–7200 MHz
Peak gain: Cellular 6 dBi; Wi-Fi 6.5 dBi
Application: Vehicles, service and field fleets with 4G routers

Compatible: RUTX11, RUTM11, RUT956, RUT906 (all ports used)

Datasheet Vehicle Antennas

MIMO-4-04

4-in-14×4 cellular6 dBiIP69K

Design: 4× cellular antenna in a single housing
Frequency: 617–960, 1427–1517, 1710–2700, 3400–4200, 5000–6000 MHz
Peak gain: −0.5 dBi to 6 dBi (by band)
Application: 4×4 cellular connectivity in vehicle, marine and industrial IoT

Compatible: RUTX50, RUTM50, RUTC50, RUTM30, RUTM20, RUTX14, RUTX12

Datasheet Vehicle Antennas

OMNI-DIRECTIONAL TRANSPORT AND MARINESWIRL Series

SWIRL is a high-gain omni-directional antenna for maritime and mobility applications, providing connectivity at distances of up to 40 km under suitable conditions. It can be used as an antenna only or as a CPE with the router mounted inside the antenna enclosure.

SWIRL-4

4×4 cellular4× Wi-FiGNSS L1/L5IP69K

Design: 4× cellular, 4× Wi-Fi, 1× dual-band GNSS
Frequency: Cellular 617–6000 MHz; Wi-Fi 2400–2500, 5000–7200 MHz
Peak gain: Cellular 6 dBi; Wi-Fi 8.5 dBi; GNSS LNA 28 ±3 dB
Application: 4G/5G in marine, coastal and mobile systems

Compatible: RUTX50, RUTM50, RUTC50

Datasheet Product Page

SWIRL-4-CPE

CPE4×4 cellular4× Wi-FiIP69K

Design: 4× cellular, 4× Wi-Fi, 1× GNSS and router mounting base
Frequency: Cellular 617–6000 MHz; Wi-Fi 2400–2500, 5000–7200 MHz
Peak gain: Cellular 6 dBi; Wi-Fi 8.5 dBi; GNSS LNA 28 ±3 dB
Application: Router-integrated marine and mobile connectivity

Compatible: RUTX50, RUTM50, RUTC50

Datasheet Product Page

SWIRL-8

8× cellular4× Wi-FiGNSS L1/L5IP69K

Design: 8× cellular, 4× Wi-Fi, 1× dual-band GNSS
Frequency: Cellular 617–6000 MHz; Wi-Fi 2400–2500, 5000–7200 MHz
Peak gain: Cellular 6 dBi; Wi-Fi 8.5 dBi; GNSS LNA 28 ±3 dB
Application: High-capacity marine and coastal links with two 5G routers

Compatible: 2× RUTX50 / RUTM50 / RUTC50 (each 4×4)

Datasheet Product Page

SWIRL-8-CPE

CPE8× cellular4× Wi-FiIP69K

Design: 8× cellular, 4× Wi-Fi, 1× GNSS and router mounting base
Frequency: Cellular 617–6000 MHz; Wi-Fi 2400–2500, 5000–7200 MHz
Peak gain: Cellular 6 dBi; Wi-Fi 8.5 dBi; GNSS LNA 28 ±3 dB
Application: Router-integrated high-capacity marine and mobile connectivity

Compatible: 2× RUTX50 / RUTM50 / RUTC50

Datasheet Product Page

HIGH-GAIN OMNI-DIRECTIONAL MARINERIPPLE Series

The RIPPLE-8 and RIPPLE-16 are CPE designs that house multiple Teltonika 5G routers inside the antenna enclosure. Each router uses a 4×4 group of cellular elements; with link bonding, superyachts and commercial vessels gain high capacity and redundancy.

RIPPLE-8

CPE8× cellular4× Wi-FiIP65

Design: 8× cellular, 4× Wi-Fi, 2× GPS/GLONASS and router enclosure
Frequency: Cellular 617–7200 MHz; Wi-Fi 2400–2500, 5000–7200 MHz
Peak gain: Cellular 9.5 dBi; Wi-Fi 8.5 dBi
Application: Dual-router yachts, commercial vessels and link bonding

Compatible: 2× RUTX50 / RUTM50

Datasheet BağLAN Marine

RIPPLE-16

CPE16× cellular4× Wi-FiIP65

Design: 16× cellular, 4× Wi-Fi, 2× GPS/GLONASS and router enclosure
Frequency: Cellular 617–7200 MHz; Wi-Fi 2400–2500, 5000–7200 MHz
Peak gain: Cellular 9.5 dBi; Wi-Fi 8.5 dBi
Application: Multi-router superyachts, commercial vessels and link bonding

Compatible: 4× RUTX50 / RUTM50

Datasheet BağLAN Marine

COMPACT OMNI-DIRECTIONALPUCK Series

The PUCK series is a low-profile antenna family for commercial and industrial applications. It offers MIMO 4G/5G, dual-band MIMO Wi-Fi and GPS/GLONASS options in the same housing, and operates in harsh environments with magnetic, wall and surface mounting.

PUCK-5

5-in-12×2 cellular2×2 Wi-FiIP69K

Design: 2× cellular, 2× Wi-Fi, 1× GPS/GLONASS
Frequency: Cellular 617–4200 MHz; Wi-Fi 2400–2500, 5000–7200 MHz
Peak gain: Cellular 6 dBi; Wi-Fi 7.5 dBi
Application: Vehicle, IoT/M2M and compact router installations

Compatible: RUTX11, RUTM11, RUT956, RUT906 (all ports used)

Datasheet Product Page

PUCK-2

2-in-12×2 cellular6 dBiIP69K

Design: 2× cellular antenna in a compact housing
Frequency: 617–960, 1427–1517, 1710–2700, 3400–4200 MHz
Peak gain: 0 dBi to 6 dBi (by band)
Application: IoT/M2M, vehicle and compact router installations

Compatible: RUTX11, RUTM11, RUT956, RUT906 · 2 units: RUTX12

Datasheet

PUCK-4 V2

3-in-12×2 cellularGPS/GLONASSIP69K

Design: 2× cellular, 1× active GPS/GLONASS
Frequency: Cellular 617–6000 MHz; GPS/GLONASS 1575.42 / 1600 MHz
Peak gain: Cellular 6.5 dBi; GPS/GLONASS LNA 20 ±3 dB
Application: Vehicle and IoT/M2M systems requiring positioning

Compatible: RUT956, RUT906, RUTX11, RUTM11

Datasheet

PUCK-8 V2

3-in-12×2 cellular1× Wi-FiIP69K

Design: 2× cellular, 1× Wi-Fi
Frequency: Cellular 617–6000 MHz; Wi-Fi 2.4–2.5 GHz, 5.0–7.2 GHz
Peak gain: Cellular 6.5 dBi; Wi-Fi 4.5 dBi
Application: IoT/M2M systems using two cellular ports and one Wi-Fi port

Compatible: RUTX11, RUTM11, RUT956, RUT906

Datasheet

PUCK-3 V2

3-in-1SISO cellularGPS/GLONASSIP69K

Design: 1× cellular, 1× Wi-Fi, 1× active GPS/GLONASS
Frequency: Cellular 617–6000 MHz; Wi-Fi 2.4–2.5 GHz, 5.0–7.2 GHz
Peak gain: Cellular 5.5 dBi; Wi-Fi 4.5 dBi; GPS LNA 20 ±3 dB
Application: Single cellular port devices requiring positioning

Compatible: Teltonika devices with a single cellular antenna port

Datasheet

PUCK-1

SISO8 dBiOmniIP69K

Design: Compact single cellular port antenna
Frequency: 617–960, 1427–1517, 1710–2700, 3400–4200 MHz
Peak gain: −1 dBi to 8 dBi (by band)
Application: Single-port IoT/M2M modems and field systems

Compatible: Teltonika devices with a single cellular antenna port

Datasheet

PUCK-12 V2

2-in-12×2 Wi-Fi7.5 dBiIP69K

Design: 2× dual-band Wi-Fi antenna in a compact housing
Frequency: 2400–2500, 5000–7200 MHz
Peak gain: 5 dBi at 2.4 GHz; 7.5 dBi at 5–7.2 GHz
Application: Extending the router's Wi-Fi access point coverage

Compatible: All Teltonika routers with two Wi-Fi ports (with RP-SMA adapter if required)

Datasheet

PUCK-14 V2

4-in-14×4 Wi-FiPrivate 5GIP69K

Design: 4× tri-band Wi-Fi / private 5G antenna
Frequency: 2400–2500, 3300–4200, 5000–7200 MHz
Peak gain: 6.5 dBi at 2.4 and 3.3–4.2 GHz; 9 dBi at 5–7.2 GHz
Application: Industrial IoT, private 5G (n77/n78) and open-pit mining

Compatible: RUTX50, RUTM50, RUTC50 (4×4) on private 5G networks

Datasheet

CROSS-POLARISED CPE ANTENNA PANELSEPNT Series

EPNT enclosures are designed to fit Teltonika 4G/5G routers; the router is installed inside the antenna enclosure, turning the system into an outdoor CPE. The enclosure accepts routers up to 185 × 145 × 45 mm and eliminates RF cable loss between antenna and router.

EPNT-2 V3

CPE4×4 cellular11 dBiIP65

Design: 4× cellular, 2× Wi-Fi in router enclosure
Frequency: Cellular 617–960, 1710–4200 MHz; Wi-Fi 2.4 GHz, 5–7.2 GHz
Peak gain: Directional cellular 11 dBi; omni elements 5 dBi
Application: FWA, remote sites and weak-signal outdoor installations

Compatible: RUTX50, RUTM50, RUTC50, RUTM30, RUTM20, RUTX14, RUTX12

Datasheet

EPNT-1 V2

CPE4×4 cellular3.8 dBiIP65

Design: 4× omni cellular, 2× Wi-Fi in router enclosure
Frequency: Cellular 617–4200 MHz; Wi-Fi 2.4–2.5 GHz, 5–7.2 GHz
Peak gain: Cellular 3.8 dBi
Application: Urban FWA and sites receiving signal from several directions

Compatible: RUTX50, RUTM50, RUTC50, RUTM30, RUTM20, RUTX14, RUTX12

Datasheet

EPNT-4

CPE4×4 cellular4×4 Wi-FiIP67

Design: 4× cellular, 4× Wi-Fi, 1× GPS/GLONASS in router enclosure
Frequency: Cellular 617–4200 MHz; Wi-Fi 2400–2500, 5000–7200 MHz
Peak gain: Cellular 3 dBi; Wi-Fi 2.2 dBi
Application: Outdoor, industrial IoT, FWA and marine

Compatible: RUTX50, RUTM50, RUTC50, RUTM30, RUTM20, RUTX14, RUTX12

Datasheet

WIDEBAND OMNI-DIRECTIONALOMNI and PANL Series

The OMNI-0414 delivers 4×4 MIMO from a single antenna in near-shore marine applications, feeding all four cellular ports of a 5G router from one housing. The OMNI-0280 suits single-port SISO applications, the OMNI-0600 fixed land-based 2×2 MIMO installations, and the OMNI-0402 outdoor, coastal and marine installations requiring 2×2 MIMO. The PANL-401 is a low-profile panel antenna with 4× cellular and dual-band GNSS in one housing.

OMNI-0414

4×4 MIMO3.5 dBiOmniIP68

Design: Four vertically separated elements for 4×4 MIMO in one housing; saltwater and UV-resistant ASA radome
Frequency: 617–960, 1427–1517, 1710–2700, 3400–3800 MHz
Peak gain: −0.5 / 1 / 3.5 / 1.8 dBi (by band)
Application: 4×4 connectivity from a single antenna on boats, yachts, marinas and ports near the shore

Compatible: RUTX50, RUTM50, RUTC50, RUTM30, RUTM20, RUTX14 (all cellular ports from one antenna)

Datasheet BağLAN Marine

OMNI-0600

2×2 MIMO6 dBiOmniIP65

Design: Vertically separated two-element 2×2 MIMO omni-directional antenna
Frequency: 410–4200 MHz
Peak gain: 6 dBi
Application: FWA, industrial routers, agriculture, IoT and 5G RedCap

Compatible: RUTX11, RUTM11, RUT956, RUT906 · 2 units: RUTX50, RUTM50

Datasheet

OMNI-0402

2×2 MIMO5.8 dBiOmniIP68

Design: Vertically separated two-element 2×2 MIMO marine antenna
Frequency: 410–4200 MHz
Peak gain: 5.8 dBi
Application: Marine, coastal and outdoor systems

Compatible: RUTX11, RUTM11, RUT956, RUT906 · 2 units: RUTX50, RUTM50

Datasheet Product Page

PANL-401

5-in-14×4 cellularGNSS L1/L5IP65

Design: 4× cellular and 1× dual-band active GNSS, omni-directional panel
Frequency: Cellular 410–6000 MHz; GNSS L1 1575.42 MHz, L5 1176.45 MHz
Peak gain: Cellular 7.8 dBi; GNSS LNA 20 ±2 dB
Application: Vehicles, rail, fixed sites, smart city and energy monitoring

Compatible: RUTX50, RUTM50, RUTC50, RUTX14 (all ports including GNSS)

Datasheet

OMNI-0280

SISO3 dBiOmniIP65

Design: Single-polarised wideband SISO cellular antenna
Frequency: 617–960, 1427–1517, 1710–2700, 3400–4200 MHz
Peak gain: 3 dBi
Application: IoT/M2M, metering and security systems

Compatible: Teltonika devices with a single cellular antenna port

Datasheet

TECHNICAL RESOURCES

General Antenna Technical Information

Vehicle Antenna Selection Poynting XPOL Technology FWA Polarisation: H/V vs ±45° X-pol What Is MIMO Isolation? Poynting Marine Antennas Boat Internet 4G/5G Signal Range at Sea Radio Horizon Calculator Antenna Lightning Protection Poynting Lightning Arrestor Marine Antenna Installation Antennae 101 (PDF)

error: Content is protected !!

Poynting Antennas For Teltonika Routers

Teltonika Router Antenna Selection by Model

4×4 and 2×2 MIMO Antenna Selection for Teltonika Routers

4×4 MIMO on 5G Teltonika Routers

2×2 MIMO on 4G Teltonika Routers

Technical Parameters to Consider When Choosing an Antenna for a Teltonika Router

2×2 and 4×4 MIMO Compatibility

Frequency Range

Antenna Gain

Directivity

RF Cable Loss

Mounting and Environment

Directional or Omni-Directional Antenna for a Teltonika Router?

Concentrates the Signal in One Direction

Connects from All Directions in the Horizontal Plane

Poynting Antenna Families for Teltonika Routers

XPOL

MIMO-4

PUCK

EPNT

OMNI / PANL

SWIRL / RIPPLE

Featured Poynting Antennas for Teltonika 4G | 5G | Wi-Fi Applications

CROSS-POLARISED 4G/5GXPOL Series

XPOL-2-5G-V3

XPOL-1-5G+

XPOL-24

OMNI-DIRECTIONAL TRANSPORT AND AUTOMOTIVEMIMO-4 Series

MIMO-4-19

MIMO-4-17

MIMO-4-15

MIMO-4-04

OMNI-DIRECTIONAL TRANSPORT AND MARINESWIRL Series

SWIRL-4

SWIRL-4-CPE

SWIRL-8

SWIRL-8-CPE

HIGH-GAIN OMNI-DIRECTIONAL MARINERIPPLE Series

RIPPLE-8

RIPPLE-16

COMPACT OMNI-DIRECTIONALPUCK Series

PUCK-5

PUCK-2

PUCK-4 V2

PUCK-8 V2

PUCK-3 V2

PUCK-1

PUCK-12 V2

PUCK-14 V2

CROSS-POLARISED CPE ANTENNA PANELSEPNT Series

EPNT-2 V3

EPNT-1 V2

EPNT-4

WIDEBAND OMNI-DIRECTIONALOMNI and PANL Series

OMNI-0414

OMNI-0600

OMNI-0402

PANL-401

OMNI-0280

General Antenna Technical Information