Name: Victron Energy CCGX WiFi Module Long Range (Netgear AC1200) - Online Shopping Site for Electronics, Home Appliances, Computers & Laptops
SKU: 10-VIC-1112
Price: 408100 TZS
Availability: InStock

The “GX WiFi Module Long Range (Netgear AC1200)” is an external USB WiFi adapter designed specifically for use with systems from Victron Energy — for example devices such as Color Control GX (CCGX), Cerbo GX or Venus GX. Because many of these GX-series devices do not include built-in WiFi, this module provides the ability to connect them wirelessly to a local WiFi network. In effect it converts a GX-device into a “network-connected” controller — enabling internet connectivity for remote monitoring, data upload, firmware updates, and more.

Features & Benefits

Long-range & high reception sensitivity: The external high-gain antennas and dual-band 2.4/5 GHz support make this module appropriate where the GX device is far from the router or WiFi access point, or where signal strength is weak (e.g. in large buildings, off-grid cabins, remote sites, or behind obstacles).
High-speed & stable connection: 1200 Mbps dual-band ensures that data (especially for remote monitoring / logging) flows smoothly and reliably, reducing lag or dropouts.
Plug-and-play simplicity: As a USB adapter, it plugs into the GX device and requires minimal configuration — just select the WiFi network and enter password via the GX’s interface.
Compatibility with VRM / remote monitoring: For users of the Victron VRM Portal (or local network monitoring) — it enables the GX system to stay connected to the internet, enabling remote monitoring, alerts, data logging, system management, etc.

Use Cases

Off-grid solar / hybrid power systems: In many remote or rural areas (such as parts of Tanzania), PV + battery + inverter systems might be deployed in locations without stable wired internet. This module lets system administrators connect their GX controller to a WiFi router (local WiFi, or even a mobile-hotspot/router), enabling remote monitoring and management via VRM.
Solar installations on scattered buildings / farms / lodges: For setups where multiple buildings or distributed PV installations exist, and you want to centralize monitoring or control using a WiFi backbone rather than running ethernet cables across large areas.
Marine / boating / caravan / remote-vehicle solar/inverter systems: Because of the long-range reception and dual-band stability, it’s also useful where signal strength fluctuates or when the router is some distance away (on a boat, remote vessel, or mobile installation). Although in Tanzania you may more likely use it for remote rural properties or off-grid houses.
Industrial or remote facility power setups: Wherever there is an on-site power system requiring monitoring (workshops, off-grid clinics, telecom towers, remote lodges, etc.), this module can ensure connectivity even under weak-signal conditions.
Monitoring and data logging without running cables: Simplifies installation by avoiding need for ethernet wiring — particularly helpful where drilling or cabling would be difficult or expensive.

Value Propositions

Reliability & Stability: Compared with a basic or “short-range” WiFi dongle, this Long-Range module significantly improves signal reception and connection stability — crucial for systems that will be managed remotely or expected to run unattended for long periods.
Flexibility & Ease of Deployment: USB, plug-and-play design — no need for complicated wiring or network infrastructure; ideal when you want to retrofit existing setups, or deploy in remote/off-grid/campus-style installations.
Future-Proof & Versatile: Dual-band 2.4/5 GHz and broad standard support (a/b/g/n/ac) ensures compatibility with both older and newer WiFi infrastructure — useful in regions where networking hardware may vary.
Better for Large or Distributed Installations: Where the GX controller is far from the router (distance, walls, interference), this module helps ensure connectivity.
Essential for Remote Monitoring / Control: If you plan to use the GX system’s remote monitoring, data logging, or cloud-based services (via VRM), then a stable WiFi link is foundational — this module greatly enhances that capability.

Local Market Positioning in Tanzania

Solar home / rural home electrification systems owners can monitor battery/inverter health via WiFi or mobile hotspot rather than traveling for manual checks.
Small remote lodges, clinics, or farms relying on solar + battery/inverter stable remote monitoring reduces maintenance overhead, increases reliability.
NGO / development projects deploying solar-inverter systems in remote sites easier deployment without complex wiring, and monitoring from central office via WiFi/4G routers.
Mobile/off-grid small businesses (e.g., rural shops, small guesthouses) where power systems need to be monitored but wired internet is not feasible.

Technical Specification

Specification	Details
Interface	USB (works best with USB 3.0, but compatible with USB 2.0 / 1.1)
Wireless standards supported	802.11 a/b/g/n/ac — i.e. works with both older and modern WiFi networks
Frequency bands	Dual-band: 2.4 GHz and 5 GHz
Maximum data rate	Up to 1200 Mbit/s (as per “AC1200” dual-band spec)
Antennas / Reception	External high-gain antennas (usually two), designed for long-range WiFi reception and improved stability in weak-signal or distant-router scenarios.
Compatibility (GX devices)	Color Control GX, Cerbo GX, Venus GX (and likely other GX-series controllers that use USB-WiFi modules)
Encryption / Network security	Supports standard WiFi encryption protocols (WEP, WPA, WPA2) as used by GX’s WiFi support.
Typical packaging / inclusions	The adapter (Netgear AC1200), USB cable, sometimes a desktop dock / stand, quick installation guide.