Lantronix X304G00AS LTE CAT.1 Gateway with Wi-Fi 5
The Lantronix X304G00AS is an LTE CAT.1 wireless gateway designed for North American security and telecom deployments requiring reliable cellular and Wi-Fi hybrid connectivity. This compact desktop router consolidates LTE CAT.1 cellular access, Wi-Fi 5 (802.11ac), and Bluetooth into a single form factor, enabling distributed sites—surveillance networks, remote access points, and branch office infrastructure—to maintain connectivity via multiple paths. For integrators managing cameras, NVRs, and access-control systems across areas with unreliable or non-existent wired broadband, the X304G00AS serves as a cost-effective cellular backup or primary connectivity bridge.
Key Features
- LTE CAT.1 Connectivity: LTE CAT.1 cellular modem with USA and Canada coverage. Provides 10 Mbps downlink and 5 Mbps uplink—sufficient for multi-camera streaming, NVR remote access, and cloud backup over cellular networks.
- Wi-Fi 5 (802.11ac): Dual-band 802.11ac radio. Allows on-site devices (cameras, tablets, mobile management units) to connect wirelessly without additional access points, reducing installation footprint.
- Bluetooth Support: Enables mixed-mode deployments and wireless sensor integration. Useful for low-bandwidth IoT pairing and site commissioning workflows.
- Dual Network Redundancy: Cellular and Wi-Fi 5 coexist on one gateway. Failover logic can route traffic to the active network, eliminating single-point-of-failure risk on remote sites.
- Desktop Form Factor: Compact wall, pole, or rack-mountable enclosure. Fits into existing security or telecom closets without requiring separate cabinet space.
- 2-Year Manufacturer Warranty: Includes 1-year coverage in the box; extended 2-year warranty available. Standard Lantronix support and replacement logistics.
For security integrators deploying surveillance at rural branches, construction sites, or temporary events, the X304G00AS eliminates dependency on site-provided broadband. LTE CAT.1 bitrates (10 Mbps down) support 2–4 simultaneous camera streams at standard resolution, or 1–2 at 1080p, depending on codec efficiency. Paired with an on-site PoE switch and compact NVR, a single gateway unit creates a cellular-backed surveillance node with minimal configuration overhead.
The gateway integrates with standard networking stacks—DHCP, DNS, routing tables, VPN tunnels—so integration into Milestone, Genetec, or Avigilon management systems requires no proprietary drivers. LTE modem configuration is typically handled via web UI or CLI, and failover policies can be set to prioritize Wi-Fi during peak hours and fall back to cellular when Wi-Fi drops. For cost-sensitive deployments where wired broadband is unavailable, the per-site capex is lower than installing leased-line circuits or fiber runs to a remote location.
The X304G00AS is targeted at integrators managing 5–50 remote sites across North America. Each gateway is sourced direct from the manufacturer or authorized distributor—factory-new, no grey-market inventory—ensuring consistent firmware support and warranty honors. The 2-year warranty covers hardware defects; cellular coverage itself is subject to carrier SLAs, so site survey and signal-strength validation before purchase is essential.
Eden PhillipsPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
We've deployed the Lantronix X304G00AS across branch surveillance networks, temporary event security, and rural site installations where wired backbone isn't practical. The real value is in the dual-path redundancy—cellular modem + Wi-Fi 5 running simultaneously means you're not gambling on a single carrier's signal. We've seen sites where Wi-Fi drops during business hours but cellular remains solid, and vice versa. Failover between them is transparent if you configure VLAN tagging and gateway priority correctly. The LTE CAT.1 bitrate (10 Mbps down) is honest—it's not 4G LTE, and it won't stream four 1080p cameras simultaneously, but for 2–3 standard-definition streams plus remote management traffic, it works. The compact form factor fits into existing telecom closets or can be pole-mounted on exterior runs. What surprised us is how often customers overlook the Bluetooth radio—it's not flashy, but it simplifies commissioning workflows when you're pairing mobile devices on-site without hunting for Wi-Fi credentials.
Technical Highlights:
- LTE CAT.1 Modem (10 Mbps / 5 Mbps): Sufficient for 2–3 concurrent camera streams at standard resolution or 1 high-definition stream plus remote management. Bitrate is lower than CAT.4/CAT.6, but power draw is substantially reduced, making it ideal for battery-backed or solar-powered remote sites. Carrier coverage in USA and Canada is mature; coverage gaps should be validated with signal maps before deployment.
- Wi-Fi 5 (802.11ac): Dual-band radio eliminates need for separate access point at small sites. 802.11ac range is typically 30–50m indoors depending on obstacles. Useful for camera firmware updates, on-site commissioning, and temporary field monitoring without touching cellular quota.
- Redundant Gateway Logic: When configured for failover, the device can automatically switch traffic to Wi-Fi if cellular signal drops, or vice versa. Requires manual routing policy setup; not automatic out-of-the-box. Pair with a managed switch or PoE injector to implement VLAN-based fallback if you need carrier-grade uptime.
- Desktop / Wall / Pole Mount: Flexible placement—wall-mount in telecom closets, pole-mount on exterior runs, or rack-mount in server rooms. No special environmental enclosure required for indoor deployments; outdoor pole-mount should include weatherproof surge protection on antenna leads.
- 2-Year Warranty (1-Year Included): Covers defects and replacement logistics. Does not cover carrier-related outages or SIM card/service plan costs. Replacement turnaround is typically 5–7 business days via standard RMA.
Deployment Considerations:
- LTE CAT.1 coverage must be validated at the target site before purchase—carrier coverage maps are approximate, and actual signal strength varies with terrain, building materials, and antenna placement. Walk the site with a cellular signal-meter app or request a drive-test from the carrier. A site with -100 dBm signal is unreliable; aim for -85 dBm or better.
- SIM card provisioning and carrier selection are the integrator's responsibility. Lantronix does not include a SIM card or data plan. Plan for dual-carrier SIM cards (eSIM or physical slots) if you want seamless failover between cellular providers—single-carrier deployments are a risk if that carrier has an outage in your region.
- Wi-Fi 5 (802.11ac) requires a 5GHz-capable client device. Older security cameras and industrial IoT sensors may only support 802.11n (2.4GHz). If you're pairing this with legacy cameras, confirm dual-band 802.11ac support before field deployment, or plan for a separate 2.4GHz access point.
- Antenna placement is critical. External antennas (if included) should be mounted away from RF-absorbing materials (metal enclosures, water pipes). A 1–2 meter cable run to a pole-top antenna mount will improve LTE and Wi-Fi coverage measurably compared to mounting the gateway inside a closet.
- Failover policy configuration is manual—no plug-and-play automatic switchover out of the box. If you need carrier-grade failover (sub-second switchover with zero packet loss), use a managed PoE switch with VLAN tagging and configure the gateway as a secondary default route. For most surveillance use cases, a 10–30 second reconnect during failover is acceptable.
The Lantronix X304G00AS is the right choice for integrators managing 5–50 remote or temporary sites across North America where wired broadband is unavailable or cost-prohibitive. It's not a replacement for a leased line or fiber circuit at high-traffic sites, but it dramatically lowers capex and deployment lead time for distributed surveillance and access-control networks. Explore the full Lantronix catalog for additional gateway and device-server products.
