Skip to main content

Posts tagged "5G"

Bonding fibre, Starlink and 5G: three paths for a live studio
Multi-WAN-Bonding

Bonding fibre, Starlink and 5G: three paths for a live studio

Three lines are only redundancy if they fail independently of one another. How to bond fibre, Starlink and 5G in one tunnel, why the number of WAN ports is the first hard limit, which pitfalls Starlink brings with it — and what that means for the power supply.

PeplinkStarlink5G
Peplink 8.6.0 Cellular & 5G: Multi-APN, 5G SA and Four eSIM Profiles
Peplink

Peplink 8.6.0 Cellular & 5G: Multi-APN, 5G SA and Four eSIM Profiles

Peplink 8.6.0 Cellular & 5G: Multi-APN, 5G SA and Four eSIM Profiles

PeplinkFirmware 8.6.05G
More about our AI labelling
SpeedFusion Boost: How Peplink's New Bonding Algorithm Changes Everything
Peplink

SpeedFusion Boost: How Peplink's New Bonding Algorithm Changes Everything

SpeedFusion Boost in Peplink Firmware 8.6.0 prevents unstable WAN links from dragging down the bonded tunnel. How it works, supported devices and real-world performance in the deep dive.

PeplinkFirmware 8.6.0SpeedFusion Boost
More about our AI labelling
Retrofitting Peplink 5G: Why modern 5G modems need four antenna paths
General

Retrofitting Peplink 5G: Why modern 5G modems need four antenna paths

When moving from LTE to 5G, the existing 2×2 antenna often fails at the modem: current Peplink 5G devices require four antenna paths. The technical background – and your options on the Peplink B One.

Peplink5GB One
Peplink 5G nachrüsten: Warum moderne 5G-Modems vier Antennenpfade brauchen
Allgemein

Peplink 5G nachrüsten: Warum moderne 5G-Modems vier Antennenpfade brauchen

Beim Wechsel von LTE auf 5G scheitert die vorhandene 2×2-Antenne oft am Modem: Aktuelle Peplink-5G-Geräte benötigen vier Antennenpfade. Die technischen Hintergründe – und Ihre Optionen am Peplink B One.

Peplink5GB One