Bochuang Spacetime 1.5G/2.4G/5.8GHz Tri-Band Aluminum AlloyTablet Combo Antenna

Product Details

Bochuang Spacetime (BOCHUANG SPACETIME) — High-performance 1.5G/2.4G/5.8GHz tri-band combined aluminum alloy flat directional antenna assemblyIn complex electromagnetic confrontation

In multi-task communication environments, single-band devices often struggle to address diverse threats. Bochuang Space-Time has launched thisTri-bandComposite Panel Antenna, specifically designed to solve this

Born from a key pain point. It integrates1.5GHz (GPS/Beidou Navigation Bands)、2.4GHz (Wi-Fi/Bluetooth/Drone Remote Control Band)and5.8GHz (FPV Video Transmission/High-Speed Data)

(Link frequency)Three core RF channels integrated into one. Featuring an aluminum alloy microstrip array design with high-precision etching, this antenna module offers exceptional thermal performance.

and weather resistance, while achieving high isolation between frequency bands and independent gain output (up to 12 dBi). It is designed to build full-band drone countermeasure systems and electronic jamming equipment.

the core "heart" of the broadband wireless access point.

Core Advantages & Technical Highlights:

• Tri-band integrated, full-coverage:A single antenna module can simultaneously handle navigation signal jamming (1.5GHz), control link disruption (2.4GHz), and video transmission interference.

  Reduces (by 5.8GHz), significantly simplifying system integration while reducing equipment weight and size.

• Differentiated High-Gain Design:Independently optimized for the physical characteristics of each frequency band:

  • 1.5GHz:8dBi gain for effective satellite navigation signal coverage.

  • 2.4GHz:1 dBi gain enhances control and jamming capabilities against mainstream consumer drones.

  • 5.8GHz:12dBi high-gain antenna for precise, long-range FPV HD video transmission links.

• Industrial-Grade Aluminum Alloy Substrate:Uses high-quality aluminum alloy for the radiator and ground plane, compared to traditionalPCB board antenna, offering superior thermal conductivity and mechanical strength

  Withstands high-power, long-duration operation without thermal drift to ensure stable VSWR.

• Low-loss RF feeder:Equipped with high-quality, low-loss blue coaxial cable (as shown) to minimize signal attenuation during transmission and maximize output power.

  Convert to Effective Isotropic Radiated Power (EIRP).

• Flexible Integration Interface:Standard RF interfaces (e.g., SMA/IPEX) are reserved and customizable per customer requirements to facilitate direct connection to power amplifier modules or interference sources.

  The ideal choice for OEM/ODM integration.

Typical Use Cases:

• Portable/FixedDrone Countermeasure Equipment(Drone Gun):As the core transmitting antenna, it enables precise deterrence or forced landing of "black flight" drones.

• Air Defense System:Deployed in sensitive areas such as airports, prisons, and military bases to build a low-altitude defense network.

• In-Vehicle Mobile Communication:Leveraging its flat design, it mounts on specialized vehicles for mobile signal detection and suppression.

• Wireless Network Security Testing:Used for signal jamming and link cut testing in red-blue adversary simulations.

Technical Specifications:

Frequently Asked Questions (FAQ)

Q1: Can this tri-band antenna be connected directly to a standard Wi-Fi router?

A: No. This is a targetedhigh-gain antenna, and includes non-WiFi common bands 1.5GHz and 5.8GHz, primarily designed for industrial-grade jamming devices or specialized communication.

System. Standard routers typically support only 2.4G/5G dual-band and may have incompatible interfaces; search for a compatible model.Dual-band antenna。

Q2: What is the primary use of the 1.5GHz frequency band?

A: 1.5GHz (specifically 1575.42MHz, etc.) is the operating frequency band for global mainstream satellite navigation systems (such as GPS L1 and BeiDou B1). In drone countermeasure applications, this

Frequency-band antennas jam drone GPS modules, causing them to lose orientation or trigger return-to-home logic.

Q3: What advantages does an aluminum alloy antenna offer compared to a standard PCB antenna?

A: Aluminum alloy offers excellent thermal conductivity, enabling rapid heat dissipation during high-power transmission to prevent antenna performance degradation from overheating. Additionally, the metal substrate provides higher structural strength and does not

Flexible and durable for harsh outdoor conditions and frequent handheld use.

Q4: Are the interfaces for the three frequency bands separate?

Yes, as shown in the figure, this component has independent feed lines and interfaces for 1 5G, 2 4G, and 5 8G to ensure no signal interference across bands.

to connect them respectively to the correspondingAmplifier ModuleUp.