Digi EZ32-C1G4-USi
Connect EZ 32 MEI Serial Server, 32 RS-232/422/485 Serial Ports, CMG4 LTE Core, International
The Digi EZ32-C1G4-USi is a high-density serial server from the Digi Connect EZ family, offering 32 multi-electrical interface (MEI) ports supporting RS‑232/422/485 connectivity. Equipped with Digi CMG4 LTE Core capability, it ensures resilient cellular backhaul. Designed for industrial, utility, transport, and government applications, it provides centralized, secure, and reliable remote management of large serial deployments.
As an international model, this unit features worldwide LTE band support, redundant Gigabit Ethernet uplinks, and robust Digi TrustFence® security framework — blending legacy serial connectivity with modern cloud and cellular integration.
Features :
This Serial Server consolidates 32 serial connections into a single manageable platform with MEI flexibility. It offers AJAX-based Digi Remote Manager® visibility, robust security protocols (TLS 1.3, SSH, VPN), and multi-tenant management. DIN-rail / rackmount form factor ensures smooth deployment in enterprise or industrial environments.
Advanced Options :
The Digi EZ32-C1G4-USi supports redundant Gigabit Ethernet, CMG4 LTE for cellular redundancy, PoE power options, and advanced out-of-band (OOB) features. It is certified for international LTE modems, making it suitable for global critical infrastructure projects needing remote resilience.
Product Key Features
- 32 serial MEI ports (RS‑232/422/485 selectable)
- Supports Gigabit Ethernet + 4G LTE backhaul
- Integrated Digi TrustFence® Security
- Centralized cloud management via Digi Remote Manager®
- Rackmount industrial design
- Secure OOB access to remote sites
- Backed by Digi quality
Reliability & Performance :
The Digi EZ32-C1G4-USi is engineered for mission‑critical networks. Its hardened enclosure, redundant power and network paths, plus cellular backup ensure maximum uptime. With industrial compliance and built-in monitoring, it safeguards SCADA, IoT, and enterprise system operations globally.
