--- updatedAt: 2026-09-17T13:55:10.000Z agentTools: projectIndex: https://docs.sixfab.com/llms.txt --- # Overview The ALPON X4 edge computer enables reliable industrial edge computing for real-time data processing. It is built for rugged environments and scalable IoT deployments. {`

The industrial edge IoT computer.

ALPON X4 pairs a Raspberry Pi Compute Module 4 host with Ethernet, Wi-Fi, and cellular connectivity, a TPM 2.0, and centralized fleet management through ALPON Cloud. Its IP40 enclosure requires protection from weather and liquid ingress at outdoor sites.

Raspberry Pi CM4 LTE Cat 4 + eSIM 1 GbE + 100 Mbps Ethernet Wi-Fi 5 + Bluetooth 5.0 TPM 2.0 -20 °C to +60 °C MTBF > 13 years
Quickstart Buy ALPON X4
Sixfab ALPON X4 industrial edge IoT computer with cellular, GNSS, and Wi-Fi antennas mounted on a fanless aluminum enclosure
ALPON X4 · Overview · Built on Raspberry Pi · Updated 2026-09-17
What is the ALPON X4?

ALPON X4 is Sixfab's industrial edge IoT computer for telemetry, gateway, and protocol-aggregation workloads. It runs on a Raspberry Pi CM4 (Broadcom BCM2711 quad-core Cortex-A72 at 1.5 GHz) with up to 8 GB LPDDR4 RAM and up to 32 GB eMMC flash storage. Connectivity includes ETH/G (1 Gbps, data plus optional PoE+), ETH (100 Mbps, data-only), Wi-Fi 5, LTE Cat 4 with eSIM, Bluetooth 5.0 / BLE, and GNSS. It includes a TPM 2.0 and is managed through ALPON Cloud. The fanless aluminum enclosure has a documented -20 °C to +60 °C operating range and IP40 protection, with no liquid-ingress protection. Built on Raspberry Pi.

Host CPU
1.5 GHz
Quad Cortex-A72 · Raspberry Pi CM4
Memory
Up to 8 GB
LPDDR4 · 32 GB eMMC storage
Connectivity
4 paths
GbE · 100 Mbps · Wi-Fi 5 · LTE Cat 4
Operating
-20 to +60 °C
Fanless aluminum · IP40

Key features

Raspberry Pi CM4 host
Broadcom BCM2711 quad-core Cortex-A72 at 1.5 GHz with up to 8 GB LPDDR4 SDRAM and up to 32 GB eMMC flash storage. Native Raspberry Pi ecosystem, Debian-based ALPON X4 OS, and standard ARM64 containers.
Multi-network connectivity
Dual Ethernet (ETH/G: 1 Gbps, data plus optional PoE+; ETH: 100 Mbps, data-only), LTE Cat 4 with eSIM (eUICC SGP.22), dual-band Wi-Fi 5, Bluetooth 5.0 / BLE, and GNSS / cellular geolocation. Reachability depends on configuration, service availability, and coverage.
TPM 2.0 hardware
Discrete Infineon SLB 9670 TPM 2.0 provides hardware-backed security capabilities. Its presence alone does not confirm secure boot, measured boot, or an application key-management policy is configured. Validate the security configuration for your deployment.
Industrial form factor
Fanless aluminum enclosure, 111.16 × 99.9 × 33 mm at ~457 g, IP40. Operating range -20 °C to +60 °C, up to 95 % RH non-condensing, MTBF over 13 years at 25 °C. DIN rail and wall-mount kits available.
Flexible I/O and power
2× USB 2.0, 1× HDMI, an RJ45-style Add-on connector with 6 GPIO signals plus 5 V output up to 1 A and GND, 2 user buttons, and an RGB LED controlled through an I²C expander. The Add-on connector is not Ethernet. Use one power input: 9–30 V DC rated (full peripherals at 12–30 V), USB-C PD 15 V, 1.8 A (27 W), or optional PoE+ up to 25 W. PoE cannot cover the 27 W simultaneous system peak; reduce peripheral load or use DC/PD.
Managed by ALPON Cloud
Device registration and activation, fleet inventory, updates, container deployment, and remote terminal in ALPON Cloud — accessed through Sixfab Connect. Follow the Quickstart before deploying workloads.

How data flows on ALPON X4

Telemetry pipeline
Step 1
Connect
Connect sensors, meters, and field devices over Ethernet, USB, or supported GPIO interfaces. Confirm pin assignments before wiring.
Step 2
Process on CM4
Cortex-A72 handles parsing, normalization, and protocol translation (Modbus, OPC-UA, MQTT, REST) inside containers.
Step 3
Aggregate & filter
Local rules thin, batch, or threshold the data so only what matters leaves the device.
Step 4
Forward
Your application forwards events to its configured backend over Ethernet, Wi-Fi, or LTE.
Why this matters

Logic runs on the edge. Your application determines which field data is processed locally and what is sent to a backend. Configure and verify network access, data handling, and security for the site's requirements.

Where ALPON X4 fits

IoT gateways & telemetry
Aggregate field sensors and meters, normalize the data, and ship events to ALPON Cloud or your backend over LTE, Wi-Fi, or Ethernet.
Industrial monitoring & SCADA
Modbus and OPC-UA aggregation, PLC supervision, machine condition monitoring, and edge data brokering for factory and energy sites.
Smart city & infrastructure
Street furniture, lighting controllers, environmental sensing, traffic counters, EV-charger backhaul, and digital signage — managed remotely as one fleet.
Remote sites & cellular failover
Unmanned cabinets, well sites, pumping stations, agricultural sensors, and pop-up locations where LTE is primary and Ethernet/Wi-Fi back it up.

Platform & ecosystem

Fleet management
Managed by ALPON Cloud

One console for ALPON X4 and ALPON X5 AI fleets. Register and activate devices, manage updates and containers, and open a remote terminal when a device is connected.

Device onboarding OTA updates Container deployment Remote terminal Real-time monitoring
Explore ALPON Cloud Web console
Device comparison
ALPON X4 vs. ALPON X5 AI

The ALPON X4 supports telemetry, gateway, and protocol-aggregation workloads. Compare the ALPON X5 AI when your workload requires a dedicated inference accelerator for vision and analytics.

Compute & NPU Memory Ports & I/O Connectivity Use cases
Compare devices Side-by-side
Partnership lockup
Built on Raspberry Pi.

Raspberry Pi compute. Sixfab integration, industrial enclosure, multi-network connectivity, software stack, ALPON Cloud management, and field support — engineered for production fleets.

Related guides

Quickstart
Register, connect, and activate your ALPON X4.
Specifications
Review hardware, power limits, and pending certifications.
ALPON X4 OS
Configure user access, local Wi-Fi, and package updates.
`}