The ANYSECU 4G-W2 Pro N61 represents a fundamental shift in mobile communications technology, moving from traditional RF transceivers to Android-powered Push-to-Talk-over-Cellular (PoC) systems. Data indicates this vehicle-mounted network radio runs Android 11 with 2GB RAM and 16GB storage in its latest iteration, functioning as a dedicated PTT device that leverages LTE/WCDMA/GSM networks for IP-based voice communications rather than conventional radio frequencies.
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What Is the ANYSECU 4G-W2 Pro N61?
Reports suggest the device operates as an Android-based PoC mobile network radio designed specifically for IP voice communications. Unlike traditional land-mobile transceivers that transmit on VHF/UHF bands, this unit relies entirely on LTE and Wi-Fi data networks to facilitate PTT communications through applications like Zello and RealPTT. The system essentially functions as a vehicle-optimized Android head unit with specialized hardware and software for professional PTT operations.
The N61 model line has evolved through multiple Android versions, with documentation indicating progression from Android 7 devices to the current Android 11 “upgrade version” marketed with enhanced specifications. This evolution reflects the broader trend toward IP-based communications in both commercial fleet management and amateur radio communities.
Technical Specifications and Hardware
Core System Components
The upgraded Android 11 variant features 2GB RAM and 16GB internal storage, though documentation indicates earlier SKUs operated with different memory configurations. The system architecture centers on a touchscreen interface complemented by physical controls including an on/off-volume knob and dedicated SOS key for emergency communications.
Connectivity Features
Multiple connectivity options define the device’s versatility. Data indicates the unit supports:
4G LTE with 3G/2G fallback capabilities
Wi-Fi for alternative data connections
Bluetooth for wireless accessory pairing
GPS/AGPS for location tracking and reporting
External SMA antenna connections for both 4G and GPS ensure optimal signal reception in vehicle installations, addressing the signal attenuation challenges common in mobile deployments.
Band Support and Regional Variants
Documentation reveals different SKUs optimized for regional markets. US/EU variants reportedly support LTE FDD bands including B1/2/3/4/5/7/12/13/17/28, plus WCDMA B1/2/4/5 and GSM 850/900/1800/1900. Studies emphasize the importance of verifying specific band support against carrier requirements before purchase.
Software and PTT Capabilities
The Android operating system enables installation of various PoC applications through standard app deployment workflows. User demonstrations show the device operating with platforms including Zello and RealPTT, supporting single-call, group-call, and all-call functionalities governed by the chosen application.
Data usage metrics cited in vendor materials indicate relatively low bandwidth consumption, with reports suggesting “a few MB per hour in talk” mode and minimal standby data draw. These efficiency levels make the platform suitable for always-on fleet operations or continuous amateur radio nets without excessive data costs.
Audio processing capabilities include external speaker output and wired microphone support optimized for mobile environments. Reports indicate that application-level AGC and noise reduction settings significantly influence final audio quality.
Installation and Setup Process
Physical Installation Requirements
Professional installation involves several critical steps:
Mounting LTE and GPS SMA antennas with proper routing for roof or flush placement
Securing the main unit using the included vehicle mount
Connecting the 13V DC power harness with properly fused leads
Installing the wired microphone in an ergonomic position
Network Configuration
Users report success with both carrier SIM cards and Wi-Fi tethering configurations. Many operators utilize dedicated hotspot data plans to maintain consistent network connectivity. The device requires initial provisioning including:
SIM card installation or Wi-Fi network configuration
PoC application download and authentication
PTT button mapping and audio routing setup
Channel and talkgroup configuration
Benefits for Users
Coverage and Accessibility
The primary advantage lies in nationwide coverage leveraging existing cellular infrastructure. This eliminates traditional repeater dependencies and RF programming requirements, making the system accessible to users without amateur radio licenses or technical RF knowledge.
Operational Flexibility
The Android ecosystem provides familiar user interfaces and access to additional applications beyond PTT functionality. GPS integration enables fleet tracking and location-based services that enhance operational awareness for business deployments.
Vehicle Optimization
Purpose-built hardware addresses the ergonomic limitations of smartphone-based PoC solutions. The combination of external antennas, dedicated PTT controls, and vehicle-appropriate audio components creates a more professional and reliable mobile communications platform.
Limitations to Consider
Network Dependency
Complete reliance on cellular or Wi-Fi connectivity presents significant operational constraints. Service outages or coverage gaps eliminate communications capability entirely, unlike simplex RF systems that maintain local connectivity regardless of infrastructure status.
Carrier Compatibility Challenges
Reports indicate potential complications with MVNO restrictions and VoLTE whitelisting policies. Users must verify band support and carrier policies before deployment to avoid connectivity issues.
Platform Lock-in Risks
Commercial PoC platforms often require ongoing subscriptions and may impose MDM-style provisioning requirements. Switching between platforms necessitates user retraining and policy reconfiguration.
Android Fragmentation
Documentation spans multiple Android versions from 7 through 11, creating potential confusion about actual device specifications. Buyers must verify they receive the specific Android 11 2+16GB variant if those specifications are required.
Market Comparison and Alternatives
Comparable Devices
The market includes similar offerings like the Senhaix N60, which shares the basic Android-powered network radio concept with comparable form factors. These devices compete primarily on specifications, band support, and ecosystem compatibility.
Alternative Approaches
Budget-conscious users might consider standard Android phones or tablets paired with external PTT accessories and powered speakers. While more economical, these solutions typically lack the integration and vehicle-optimization of dedicated units.
Security Considerations
Professional deployments require treating the ANYSECU 4G-W2 Pro N61 as a managed Android endpoint. Security measures should include:
Screen lock implementation
Restricted application installation policies
MDM integration for fleet deployments
TLS enforcement and authenticated talkgroup configuration within PoC applications
Location reporting and SOS features require careful configuration to prevent false alerts while maintaining emergency response capabilities.
Buying Decision Guide
Verification Checklist
Prospective buyers should confirm:
Exact operating system version (Android 11 preferred)
Memory specifications (2GB RAM, 16GB storage for current model)
LTE band compatibility with intended carriers
Included accessories (wired microphone, antennas, mount, DC harness)
Return policy and warranty terms
Data Planning Requirements
Organizations must estimate data consumption based on anticipated usage patterns. While vendor specifications suggest modest bandwidth requirements, actual consumption varies by codec selection and usage intensity.
Final Recommendation
The ANYSECU 4G-W2 Pro N61 serves a specific niche: users requiring professional PTT communications over cellular networks without traditional RF licensing or infrastructure investment. For fleet operators seeking nationwide coverage and amateur radio enthusiasts exploring network radio communities, the device offers compelling functionality.
However, organizations requiring guaranteed communications availability or operating in areas with poor cellular coverage should maintain traditional RF systems. The device works best as a complement to, rather than replacement for, conventional radio infrastructure.
For users committed to PoC platforms with reliable cellular coverage, the Android 11 variant with 2GB/16GB specifications represents a mature implementation of the network radio concept, provided buyers verify exact specifications and carrier compatibility before purchase.
