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This network cabinet is a robust enclosure designed to house and protect sensitive network equipment. The cabinet features a perforated door for optimal ventilation and includes cable management solutions to maintain organized wiring.
This wall mount network cabinet is designed to house and protect network equipment. Features include a lockable door for security, ventilation for temperature control, and adjustable mounting rails for flexible equipment placement.
This indoor TV antenna comes with an amplifier for enhanced signal reception. It is designed with a multi-element array for VHF/UHF channels and includes a coaxial cable.
This active antenna is designed for network hardware applications. It features a control unit that includes power lift and rotate controls.
This network hardware component is designed for signal transmission and processing. It features a control panel with buttons and indicators.
This active antenna enhances network performance by amplifying signals. It includes a control unit for operation, improving reception in areas with weak signals or interference.
This active antenna is designed for receiving UHF/VHF/FM signals. It enhances signal reception for improved television and radio performance.
The Yagi-Uda antenna is a directional antenna with parallel elements including a driven element, reflector, and directors. This configuration provides high gain and directivity, making it suitable for directional signal transmission or reception.
This high-gain outdoor TV antenna system is designed for enhanced signal reception. It features a disc-shaped reflector and a multi-element Yagi-Uda array, along with electronic components such as an amplifier or signal booster, to improve signal quality and range.
This Yagi-Uda antenna is designed for television reception. Its configuration and element spacing are optimized for receiving radio frequency signals, enhancing signal strength and reducing interference.
This system integrates temperature measurement with face recognition for access control and attendance. It uses thermal imaging and facial recognition to automate entry management and monitor health.