The unival XWJ2-SJ | INDOOR SPECTRUM JAMMER is a compact, high-performance indoor jammer for the targeted suppression of 5G and Wi-Fi communications. The system is based on a modular 10- channel design and can be individually configured for each location based on a local spectrum fingerprint.
System configuration is based on on-site RF spectrum analysis, enabling precise and location-specific signal suppression instead of broad, non-targeted emission.
One main unit supports up to 10 independent jamming modules. Multiple units can be combined for complex or large-scale installations.
Output power adjustable per module up to 2.5 W, with four discrete power levels (200 mW to 2.5 W) for precise adaptation to room size and shielding requirements.
Higher jamming effectiveness within a specific frequency band can be achieved by operating multiple modules in parallel on the same band.
LAN-based remote access enables real-time parameter adjustments and rapid response to changing RF conditions during operation.
Anodized aluminum housing with integrated key lock, status LEDs, concealed service access, and VESA-compatible mounting options.
Seamless integration with USG enables real-time RF detection and spectrum analysis to further enhance jamming efficiency and operational control.
Compact, high-efficiency modular jamming system designed for controlled and secured environments such as correctional facilities and judicial buildings.
Each module can be configured within a frequency range of 25 MHz to 6,000 MHz, depending on the installed filters and operational requirements.
Each jamming module includes permanently integrated, band-selective ceramic antennas, ensuring predictable radiation patterns without external antenna dependencies.
Standalone mode: system activates automatically on power-up | Network mode: remote configuration and control via LAN interface
Fanless passive cooling design ensures silent operation and increased system reliability in continuous-use environments.
Designed to suppress common cellular and wireless technologies including GSM, UMTS, LTE, 5G bands, and Wi-Fi 2.4 / 5 GHz, subject to module configuration.