Combines multiple WAN inputs through the integrated Peplink router, enabling cellular and Starlink Mini connectivity in one deployable design that reduces dependence on any single carrier or access path at the site or vehicle level.
Extends connectivity into rural corridors, remote facilities, and coverage-challenged locations where wired service is limited and operational continuity still matters.
Adds a satellite access layer via Starlink Mini when terrestrial networks degrade or fail, helping maintain service availability for field systems, remote assets, and critical endpoints.
Enables standardized deployment patterns and centralized visibility through the router management layer across single sites or large fleets, improving operational control as environments and scale change.
Organizations deploying Antenna MAX S benefit from:
Maintain connectivity for applications, monitoring, and telemetry by prioritizing and failing over across available WAN paths through the integrated Peplink router when a primary link degrades.
Simplify rollout with a single outdoor enclosure that integrates antennas, a compatible Peplink router, and Starlink Mini, reducing external cabling and speeding commissioning in the field.
Monitor network health, push configuration changes, and troubleshoot remotely through the router management layer or Paygasus Connect support processes built for distributed operations.
Expand from single deployments to large fleets or multi-site environments using repeatable configuration templates and consistent edge-network behavior across locations.
Support multi-carrier cellular design using multiple SIMs and path selection to reduce dependence on any single provider as coverage and congestion conditions change.
Use an outdoor-rated integrated enclosure built for mobile and remote deployments where wind, weather, vibration, and long-term exposure are normal operating conditions.
Antenna MAX S helps reduce deployment complexity by placing a compatible Peplink router and Starlink Mini into a single outdoor enclosure with integrated antennas. By reducing external RF cabling and consolidating key components, deployments can be installed faster, standardized across sites or vehicles, and easier to service over time. The result is a cleaner field footprint that supports future scale without reworking how remote connectivity is delivered.
Outdoor-rated enclosure materials support long-term exposure to sun, moisture, and harsh operating conditions.
Metal base helps manage heat dissipation so the integrated hardware can operate reliably in elevated temperatures.
Designed to remain stable under wind loads common to rooftop, roadside, and vehicle-adjacent installations.
IP67-rated protection helps shield internal components from dust ingress and water exposure in the field.
Fits both fixed infrastructure and mobile deployment patterns where vibration, exposure, and uptime requirements are higher.
Antenna MAX S integrates an outdoor enclosure with built-in 5G/LTE, Wi-Fi, and GPS antennas and is designed to house a compatible Peplink router alongside Starlink Mini for deployable connectivity. By reducing the need for separate antenna runs and simplifying the edge footprint, deployment complexity is reduced while helping preserve signal performance where external RF cabling would typically introduce loss.
Supports PoE input for simplified cabling, with DC support available through the included PoE splitter for installations where direct power is preferred.
Watertight clasp secures the compatible Peplink router inside the enclosure for protected outdoor operation.
Designed to support consistent performance across fixed installations and mobile operations where movement and exposure are expected.
Pairs with Starlink Mini so satellite access can be deployed in the same physical footprint as the cellular and Wi-Fi antennas.
Compatible with BR1 Mini Series*, Transit Duo Pro, and BR1 Pro Series^.
One deployable enclosure. Broad mounting flexibility. Install on vehicles, rooftops, poles, or custom mounting structures to support connectivity across diverse operating environments. Delivered as part of Paygasus Connect deployments, Antenna MAX S supports connectivity for EV charging infrastructure, transit and fleet systems, parking operations, car washes, unattended retail, vending, smart refrigeration, and public safety use cases.
Complement Antenna MAX S with purpose-built mounting and enclosure accessories designed to support secure installation, environmental protection, and consistent signal performance across fixed and mobile deployments.