Code Blue SLNP0022 4G/LTE Ruggedized Cellular Router Kit
Overview
The Code Blue SLNP0022 is a ruggedized 4G/LTE cellular router kit designed for field deployment where traditional network infrastructure is unavailable or unreliable. IP68-rated construction ensures full dust and water protection, making it suitable for direct outdoor installation in construction sites, utility work, emergency response, and remote surveillance scenarios. This compact module draws power via PoE (802.3af), eliminating the need for dedicated power lines to the deployment location.
Connectivity and Performance
Supports 4G/LTE data rates up to 300 Mbps downstream and 50 Mbps upstream — sufficient for multi-stream HD video failover or primary cellular backhaul on modest camera counts. Simultaneous dual-band Wi-Fi (2.4 GHz / 5 GHz) allows integration with field-deployed Wi-Fi devices (access points, mobile units, portable hotspots) alongside cellular uplink. Compact form factor (4.1" × 1.2") fits standard DIN rail mounting or wall bracket installations without occupying significant cabinet space.
Compatibility
The SLNP0022 integrates with Code Blue speakerphone platforms — LS1000 VoIP Speakerphone, IP1500 VoIP Speakerphone, and IP2500 VoIP Speakerphone — for voice and data communication in field environments. As a cellular backhaul module, it pairs with any standard surveillance system or network device requiring IP connectivity; no proprietary VMS integration is required. PoE power compatibility means it connects directly to PoE-enabled switches or injectors in your existing infrastructure.
Environmental and Operating Limits
Operates reliably across -40°F to 149°F (-40°C to 65°C) — a wide range suitable for desert, northern, and seasonal deployments. IP68 rating handles continuous submersion up to 1 meter for 30 minutes; direct rain, sand, and dust pose no issue. Weighs 0.54 lbs (244 grams), reducing installation labor and bracket-strength requirements.
Deployment Scenarios
Primary use cases: temporary surveillance system failover at unstaffed sites, primary cellular backhaul where wireline is cost-prohibitive or unavailable, and mobile command-center connectivity in emergency response and event management. The PoE power model fits installations where on-site power is scarce but network infrastructure (PoE injector or midspan) is accessible.
