PEPLINK MAX ORBIT SERIES
Peplink MAX Orbit 2, 4 and 8 bring multiple satellite terminals and an external 5G connection together with SpeedFusion. They create a flexible connectivity backbone for maritime, remote sites and critical operations.
From compact installations to multi-terminal satellite networks: three models that differ in WAN ports, VPN performance and power options.
A compact option for mobile teams, small vessels and remote site installations that need to manage a small number of WAN links.
An expanded connectivity setup for ship, facility and site networks combining several satellite terminals with additional access links.
For multi-terminal satellite networks, heavy user traffic and operations that require higher encrypted VPN performance.
Link management that answers different needs: link outages, variable satellite performance and real-time traffic.
Combines the capacity of multiple WAN links inside a SpeedFusion tunnel. The resulting speed depends on link quality, the remote endpoint and the device's VPN capacity.
When a WAN link drops, traffic continues over other suitable links, improving continuity for critical sessions.
Helps reduce the effect of packet loss on real-time voice and video traffic. Redundant packet transmission can use additional bandwidth.
Aims to reduce the impact of unstable satellite links on the overall performance of the bonded network, for efficient use during satellite handovers and changing access conditions.
Use multiple satellite terminals on a common network on board. Add external 5G access within coastal coverage to increase connectivity options for operational traffic and crew internet.
Combine satellite and cellular links at sites with limited terrestrial access. Build a redundant infrastructure for remote monitoring, site data and technical team access.
Design alternative access to fibre for data centres, warehouses, service providers and cell site infrastructure. Expand backup options with multiple terminals and networks.
GPS support, rugged hardware and a design the manufacturer specifies as vibration-resistant make it suitable for mobile command vehicles and relocating field operations. All models are rated for −40 to +65 °C operation.
In marine projects using an external 5G router, choosing the right Poynting antenna is part of the cellular link design. The antenna is selected according to the router's frequency, MIMO and connector configuration and connects to the cellular router.
Evaluate port count, encrypted VPN performance and power infrastructure together.
| Feature | MAX Orbit 2 | MAX Orbit 4 | MAX Orbit 8 |
|---|---|---|---|
| Ethernet WAN | 1 × 2.5G + 1 × 1G | 4 × 1G | 8 × 2.5G; with 802.3at PoE+ output |
| LAN connections | 1 × 1G | 2 × 2.5G; configurable as WAN / LAN | 1 × 10G Ethernet + 1 × 10G SFP+; configurable as WAN / LAN |
| USB interface | Not specified | 1 × USB 3.0 | 2 × USB-C WAN |
| Wi-Fi | Wi-Fi 6 · 2×2 MU-MIMO | Wi-Fi 6 · 2×2 MU-MIMO | Wi-Fi 7 · 2×2 MIMO |
| Wi-Fi bands / use | 2.4 / 5 GHz · WAN and/or AP | 2.4 / 5 GHz · WAN and/or AP | 2.4 / 5 GHz · WAN and/or AP |
| Routing throughput | 1 Gbps | 1 Gbps | 4 Gbps |
| SpeedFusion VPN, unencrypted | 400 Mbps | 400 Mbps | 1 Gbps |
| SpeedFusion VPN, AES-256 | 200 Mbps | 200 Mbps | 1 Gbps |
| SpeedFusion VPN peers¹ | 2 / 5 / 10 / 20 | 2 / 5 / 10 / 20 | 2 / 30 |
| Recommended users | 1–150 | 1–150 | 50–500 |
| DC power input | 4-pin Micro-Fit · 10–30 V DC | 4-pin Micro-Fit · 10–30 V DC | 2 × 54 V DC input; 12–54 V DC via terminal block |
| PoE | 802.3at power input | 802.3at power input | 802.3at PoE+ output on up to 8 ports; 240 W total² |
| Power consumption | 9 W typical / 11 W max | 11 W typical / 14 W max; excluding USB output | 25 W typical / 50 W max; excluding PoE and USB-C outputs |
| Weight | 550 g | 924 g | 3.44 kg |
| Operating temperature | −40…+65 °C | −40…+65 °C | −40…+65 °C |
| Edge computing | Docker · 8 GB internal storage | Docker · 8 GB internal + USB external storage | Docker · 8 GB internal + USB external storage |
| Order code | MAX-ORB-2-T-PRM | MAX-ORB-4-T-PRM | MAX-ORB-8-T-PRM |
¹ Orbit 2 and 4 support 5 VPN peers with PrimeCare; 10 or 20 peers with the PVN-LC-10 / PVN-LC-20 add-on licences. Orbit 8 requires PrimeCare for 30 peers; the datasheet states a free first-year subscription for this model.
² Enabling PoE output on the Orbit 8 requires a 50–54 V DC input. The terminal's power requirement and PoE compatibility must be checked separately.
Speeds are the manufacturer's device performance figures, not an internet speed guarantee. Actual performance varies with links, traffic, configuration and remote endpoint conditions. Specifications are subject to change by the manufacturer.
MAX Orbit is a network device to which external satellite terminals and other WAN links are connected. Satellite communication requires a compatible terminal and service subscription from Starlink, OneWeb or the relevant service provider.
This datasheet does not specify an internal 5G modem or SIM slot. 5G access is provided through an external cellular router / FWA device and added to the Orbit over a suitable WAN connection.
SpeedFusion Bandwidth Bonding can combine multiple links through a suitable remote endpoint or service. Because of link latency, packet loss, protocol overhead, the remote endpoint and the model's VPN capacity, the usable total speed may not equal the arithmetic sum of individual link speeds.
4 Gbps is the Orbit 8's routing throughput. The datasheet specifies SpeedFusion VPN performance as 1 Gbps for both unencrypted and AES-256 encrypted use. The AES-256 VPN figure for Orbit 2 and 4 is 200 Mbps.
The Orbit 8 offers 802.3at PoE+ outputs and a total PoE power budget of 240 W. Each terminal's power requirement and power standard may differ; direct PoE powering should not be assumed without verifying compatibility. PoE output requires a DC input of 50–54 V.
The datasheet lists PrimeCare B / PrimeCare+ B for Orbit 2, D for Orbit 4 and E for Orbit 8. Packages are offered with 1, 2 or 4-year terms. VPN peer count and required services should be evaluated together with model and licence choice.
The Poynting antenna chosen for the cellular link connects to an external 4G/5G router with suitable antenna ports. The router's data connection is carried to the Orbit. The Wi-Fi and GPS ports on the Orbit are not used in place of a cellular antenna connection.
Share the number of satellite terminals, 5G access, user profile and power conditions. We will evaluate the right MAX Orbit model and connectivity architecture for your project.
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Technical source: Peplink MAX Orbit Series datasheet, ref. 2609 – v02. Manufacturer: Peplink · Satellite terminal and service: Starlink. Application examples are given to illustrate the connectivity architecture. Related: Boat internet solutions