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Digi IX25 Industrial 5G Router Launched Leave a comment
Digi IX25: What the New Industrial 5G Router Means for Edge Deployments
Digi International launched the IX25 on 31 March 2026, adding a new rugged 5G cellular router to its industrial lineup. The device consolidates 5G connectivity, edge compute, and active eSIM into a single platform aimed at utilities, critical infrastructure, and enterprise OT teams. Here is what the IX25 offers and where it sits in the wider industrial router market.
What Is the Digi IX25?
The IX25 is a TAA-compliant industrial 5G router built around a quad-core ARM64 processor with 1 GB RAM and 8 GB onboard storage. It supports 5G eMBB with CAT19 LTE fallback, and a separate 5G RedCap variant is available for lower-bandwidth IoT and telemetry applications. Four integrated Gigabit Ethernet ports are built in, removing the need for an external switch in field cabinets or kiosks.
The hardware is rated for -40 to +75 degrees C and holds certifications including C1D2, ATEX, E-Mark, and MIL-STD-810H. Those certifications make it relevant for oil and gas, utilities, and transport environments where ingress protection and hazardous-area ratings matter.
Key Features at a Glance
- 5G eMBB with CAT19 LTE fallback; separate 5G RedCap SKU available
- Active eSIM with zero-touch provisioning and remote carrier switching
- Wi-Fi 6E for local wireless connectivity
- 4x Gigabit Ethernet ports integrated
- Linux containers (LXC) via Digi Containers for edge applications
- CBRS, Anterix, and FirstNet band support for private LTE/5G networks
- Managed via Digi Remote Manager (SOC 2 Type 2 certified)
- AI-assisted fleet management via DRM MCP server
- TAA compliant; Western cellular modules throughout
- Operating temperature: -40 to +75 degrees C
- Certifications: C1D2, ATEX, E-Mark, MIL-STD-810H
RedCap vs eMBB: Why Digi Offers Both
The IX25 ships in two cellular variants. The eMBB variant delivers high-throughput 5G for video streaming, enterprise WAN, and bandwidth-intensive SCADA systems. The RedCap variant targets telemetry, smart meters, remote monitoring, and kiosk connectivity where the full bandwidth of eMBB is not required and power or cost constraints matter.
Running both variants on a unified hardware platform means organisations can standardise procurement, spare parts, and remote management tooling across different site types. That is a practical advantage for large distributed deployments where site requirements vary.
Edge Compute and Container Support
The IX25 runs Linux containers through Digi Containers, a managed service layer built on LXC. Supported workloads include SCADA integration, telemetry processing, and edge analytics. Python scripting is also supported for lighter edge logic. The container approach mirrors what Teltonika does with Docker on the RUTC series, and what we cover in our Docker explainer.
Running compute locally reduces round-trip latency to a cloud or head-end system, which matters for time-sensitive control applications and for sites where WAN bandwidth is constrained.
Active eSIM and Zero-Touch Provisioning
The IX25 uses an active eSIM that supports remote carrier profile switching aligned with GSMA SGP.32. In practice this means a device shipped to a remote site can be provisioned over the air without a physical SIM swap and without a technician visit. For large fleet deployments across multiple carriers or geographies, that is a meaningful operational saving.
If you are evaluating eSIM for your own deployments, our eSIM routers explainer covers how eSIM works on industrial cellular hardware and what to look for when specifying it.
Private LTE and 5G Network Support
The IX25 natively supports CBRS and Anterix spectrum alongside FirstNet. That positions it for private LTE and 5G network deployments in manufacturing campuses, utilities substations, and transport infrastructure where organisations want dedicated spectrum rather than dependence on public carrier coverage.
Private cellular networks are growing in sectors where deterministic latency, spectrum control, and security isolation are priorities. The IX25 is positioned squarely for that use case.
How Does It Compare to the Teltonika RUTC50?
Routerstore.com stocks the Teltonika RUTC50, the 5G member of Teltonika’s edge computing RUTC series. Both devices combine 5G connectivity with container-based edge compute and active eSIM in a rugged enclosure. The RUTC50 runs Docker natively via RutOS and is managed through Teltonika RMS. The IX25 runs LXC containers and is managed through Digi Remote Manager. For UK buyers requiring UK-based technical support and next-day delivery from UK stock, the RUTC50 is available now through routerstore.com. Call us on 0300 124 6181 to discuss specifications or request a quote.
Availability
The Digi IX25 launched on 31 March 2026 through Digi’s global sales channels and authorised partners. It is not currently stocked by routerstore.com. If you are comparing options for an industrial 5G edge router deployment and want to understand where Teltonika’s RUTC series fits your requirements, our technical team can help.
Further Reading
If this article is relevant to your project, these pages may also be useful:
- Teltonika 5G routers – the RUTC50, RUTM51, RUTM52, RUTM55, and RUTM56 available from UK stock
- What is Docker on a router? – how container-based edge compute works on industrial routers
- eSIM on industrial routers – what active eSIM means for fleet deployments
- IoT SIM cards – fixed IP and roaming SIM options compatible with industrial cellular routers
- 5G antennas – external antenna options for improving 5G signal in fixed and mobile deployments
