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SUPERYACHT ANTENNA SELECTION

SUPERYACHTS AND MEGAYACHTS

Superyacht Antenna: Multi-Modem 4G/5G Systems for Superyachts and Megayachts

On superyachts and megayachts, dozens of users, the crew network, cameras and navigation systems all need connectivity at the same time. At this scale a single router is not enough; systems with 4–6 modems, multi-port superyacht antennas and 5G + satellite bonding are designed together.

Connectivity Architecture on Superyachts

At superyacht scale, antenna selection is not a single product choice but a decision about the whole connectivity architecture.

Multiple modems

16 or 24 cellular ports usually means 4–6 4×4 modems. Each modem is mapped to its own antenna group.

Multiple operators and link bonding

SIMs from different operators are used at the same time; links are bonded with SD-WAN or SpeedFusion to increase capacity and continuity.

Satellite integration

Further offshore, Starlink or OneWeb takes over. Cellular and satellite links are managed in a single network; see Peplink MAX Orbit.

16- and 24-Port Systems

A superyacht antenna must match the total number of cellular ports on the router or router group.

Superyacht antenna for a 16-port multi-modem router

16 ports

4 × 4×4 modems. RIPPLE-16 in a single housing, or one 4×4 antenna per modem.

Superyacht antenna for a 24-port multi-modem router

24 ports

6 × 4×4 modems. WaveHunter's 6-direction 4×4 structure, or antenna groups per modem.

Note: A 16-port system is not 16×16 MIMO, and a 24-port system is not 24×24 MIMO. The port count is the sum of several 4×4 modems; the MIMO order stays 4×4 on each modem.

Where Will the Router Be: Technical Room or Inside the Antenna?

On superyachts the cable route between the antenna mast and the technical room is long; the location of the routers is therefore decided before the antenna.

Superyacht antenna setup: routers in the technical room

Routers in the technical room

Modems are managed centrally indoors, with easy maintenance and SIM access. Each modem needs its own coaxial cable group; cable length and loss are the most critical part of the design.

Superyacht antenna setup: routers inside the antenna housing

Routers in the antenna housing

Routers are placed inside multi-port housings such as RIPPLE; only Ethernet / PoE runs into the yacht. RF cable loss is practically eliminated, and remote SIM management becomes important.

Recommended Antennas for Superyachts

There are two approaches: multi-port antennas that bring all ports together in one housing, or a separate 4×4 antenna for each modem. Values are taken from the manufacturer's datasheets.

Many ports in a single housing

Poynting RIPPLE-16 superyacht antenna

RIPPLE-16

With router housing, X-pol, 16 ports
  • Frequency617–7200 MHz
  • Gain9.5 dBi (LTE)
  • Cellular16 ports
  • Extra portsWi-Fi 8.5 dBi · GNSS
Poynting WaveHunter superyacht antenna

WaveHunter

Multi-directional, long range, 24 ports
  • Frequency617–4200 MHz
  • Gain11 dBi (LTE)
  • Cellular6 × 4×4 (24 ports)
  • Extra portsWi-Fi 7.5 dBi · GNSS
Poynting RIPPLE-8 superyacht antenna

RIPPLE-8

With router housing, X-pol, 8 ports
  • Frequency617–7200 MHz
  • Gain9.5 dBi (LTE)
  • Cellular8 ports
  • UseAddition to RIPPLE-16 / backup group

A 4×4 antenna per modem, and Wi-Fi

Poynting OMNI-0914 Narwhal superyacht antenna

OMNI-0914 (Narwhal)

4×4 MIMO, high gain
  • Frequency617–4200 MHz
  • Gain8 dBi (LTE)
  • Cellular4 ports · 4×4
  • UseOne antenna per modem
Poynting OMNI-0904 Narwhal superyacht antenna

OMNI-0904 (Narwhal)

4×4 MIMO marine antenna
  • Frequency617–4200 MHz
  • Gain3.5 / 8 dBi (LTE)
  • Cellular4 ports · 4×4
  • UseOne antenna per modem
Poynting OMNI-498 marine Wi-Fi antenna

OMNI-494 · OMNI-498

Marine Wi-Fi antenna
  • Frequency2400–7200 MHz
  • Gain9.8 dBi (Wi-Fi)
  • ConfigurationOMNI-498 2×2 · OMNI-494 4×4
  • UseMarina Wi-Fi, Wi-Fi WAN

Placing Multiple Antennas

When a separate antenna is used for each modem, the position of the antennas relative to each other and to other RF equipment directly affects system performance.

  • Leave sufficient separation between antennas connected to different modems, and maintain isolation between antennas operating in the same band.
  • Place the antennas outside the radar beam and away from VHF antennas and the satellite terminal (Starlink, etc.).
  • Label the cable of each antenna group separately and record the modem–port mapping in the installation documentation.

Which Superyacht Antenna Is Right for You?

Single housing, long cable route

To bring a 4-modem system together in one housing and eliminate RF cable loss.

RIPPLE-16

Offshore cruising, maximum capacity

For reaching distant base stations with a 6-direction 4×4 structure and high capacity in 6-modem systems.

WaveHunter

Modem group in the technical room

If the routers stay indoors, one 4×4 Narwhal antenna per modem; the number of antennas equals the number of modems.

OMNI-0914 · OMNI-0904

Marina Wi-Fi and backup WAN

A separate marine Wi-Fi antenna to use marina Wi-Fi as an internet source in port.

OMNI-494 · OMNI-498

Connectivity at Megayacht Scale

On megayachts the superyacht architecture stays the same, but every layer grows: more modems, multiple satellite terminals and segregated networks.

Multiple antenna groups

Systems above 24 ports use more than one WaveHunter or RIPPLE group; the antenna groups are placed on deck with sufficient separation from each other.

Multiple satellite terminals

Multiple Starlink or OneWeb terminals and the cellular links are bonded into a single SpeedFusion connection with multi-WAN devices such as Peplink MAX Orbit 8.

Guest, crew and operations networks

Guest internet, the crew network, navigation and camera systems run on separate networks with different priorities; operational traffic always has priority.

Mobile coverage in the cabins

For many cabins and decks, an iRepeater and LineAmp based Stella Doradus Marine cellular repeater system is designed separately from the internet infrastructure.

Superyacht Antenna Comparison

ModelFrequencyGain (LTE)Cellular portsWi-Fi / GNSSRouter
RIPPLE-16617–7200 MHz9.5 dBi16YesInside the antenna
RIPPLE-8617–7200 MHz9.5 dBi8YesInside the antenna
WaveHunter617–4200 MHz11 dBi24 (6 × 4×4)YesExternal
OMNI-0914617–4200 MHz8 dBi4 (4×4)–External
OMNI-0904617–4200 MHz3.5 / 8 dBi4 (4×4)–External
Note: Gain values vary by band. The manufacturer's full marine range: Poynting Marine & Coastal Antennas.

Frequently Asked Questions About Superyacht Antennas

Why are multiple modems used on a superyacht?
The capacity of a single modem is not enough for heavy user and device traffic. Multiple modems use different operators at the same time; links are bonded with SD-WAN or SpeedFusion to increase capacity and continuity.
What is the difference between RIPPLE-16 and WaveHunter?
RIPPLE-16 is an omni solution that houses the routers in its own enclosure and eliminates RF cable loss. WaveHunter offers higher gain with its 6-direction 4×4 structure; it is preferred for reaching distant base stations when cruising offshore and for high capacity with 6 modems.
Can 5G and Starlink be used together on a superyacht?
Yes. 5G leads near the coast, satellite connectivity on the open sea. With solutions such as Peplink MAX Orbit, cellular and satellite links can be bonded into a single network.
Will a superyacht antenna boost mobile phone signal in the cabins?
No. The superyacht antenna connects to the routers and internet is distributed over Wi-Fi. For mobile phone signal in the cabins, a separate marine cellular repeater system is required; see Stella Doradus Marine.
What is the difference between a superyacht and a megayacht antenna system?
The architecture is the same; the difference is scale. On megayachts the number of modems and antenna groups increases, multiple satellite terminals are bonded, and guest, crew and operations networks are segregated. A marine cellular repeater system is also installed for mobile coverage in the cabins.

Let's design the connectivity architecture for your superyacht or megayacht

Share your yacht length, number of modems and operators, satellite terminal and technical room location, and we will plan the antenna and router setup for you.

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