Communication Transmission and Reception Antenna Products and Models
59 models of complete communication transmission receiving antennas are available for sale, with customization and bulk purchasing supported.
Communication Transmission Receiving AntennaSelection and Customization Guide
59 complete units currently on sale, including fiberglass omni-directional antennas, single-frequency flat panel directional antennas, multi-frequency flat panel antennas, PCB directional antennas, base station directional antennas, and other communication antennas. Key models: BCSK-PBTX06, BCSK-JZTX06, BCSK-PBTX03.
Bochuang SpaceTime Builds Efficient Signal Links In wireless communication systems, antennas serve as the core hub for converting electromagnetic waves into electrical signals. Their performance directly determines coverage range, signal quality, and system stability. Facing complex requirements ranging from long-wave to millimeter-wave, and from ground base stations to satellite communications, scientific selection is critical. Drawing on deep RF expertise, Bochuang SpaceTime systematically categorizes communication transmission and reception antennas across three core dimensions—radiation pattern, physical structure, and operating frequency—to help you precisely match project needs. 1. Classification by Radiation Pattern: Bochuang SpaceTime's Precision Coverage Strategy Radiation pattern dictates signal energy concentration and coverage shape, making it the primary factor in antenna selection. 1. Omnidirectional Antennas Omnidirectional antennas radiate uniformly at 360° in the horizontal plane, creating spherical or cylindrical coverage. Bochuang SpaceTime's omnidirectional antennas offer superior horizontal coverage, ideal for scenarios requiring 360-degree connectivity, such as Wi-Fi routers in homes and offices, walkie-talkie base stations, and rural wide-area communication systems. 2. Directional Antennas Directional antennas concentrate signal energy toward a specific direction, offering high gain, long-range communication, and excellent interference resistance. Bochuang SpaceTime's directional antenna series (e.g., panel antennas, Yagi-Uda antennas) creates precise sector or narrow-beam coverage. They are widely used for long-distance Wi-Fi bridging between buildings, urban macro-cell sector coverage, and point-to-point microwave relays. 2. Classification by Physical Structure and Form: Bochuang SpaceTime's Diverse Hardware Matrix Different physical structures impart unique electromagnetic properties. Bochuang SpaceTime offers a range of classic and modern antenna designs to meet diverse engineering requirements. 1. Dipole and Monopole Antennas As fundamental antenna elements, half-wave dipoles and 1/4-wavelength monopoles feature simple structures and ease of manufacturing. Building on this foundation, Bochuang SpaceTime provides whip antennas that are compact and easy to install, making them ideal for handheld walkie-talkies, mobile radios, and portable data transceivers. 2. Array Antennas and Phased Arrays Comprising multiple antenna elements, these systems use phase control to achieve "beamforming" and dynamic adjustment. Bochuang SpaceTime's array antennas deliver extremely high gain and flexible coverage, perfectly suited for 5G base station massive MIMO systems, phased-array radar, and advanced scenarios requiring simultaneous high-speed communication with multiple users. 3. Parabolic and Reflector Antennas These utilize metal parabolic reflectors to focus radiation sources, forming highly directional narrow beams. Bochuang SpaceTime's parabolic antennas offer exceptionally high gain, designed specifically for demanding applications like satellite communications (e.g., satellite TV reception), long-distance microwave links, and weather radar. 4. Microstrip Patch and FPC Antennas Characterized by small size, light weight, and surface-mount integration capabilities, these antennas fit seamlessly onto circuit boards. Bochuang SpaceTime's microstrip patch and flexible FPC antennas adapt to tight, complex internal spaces, finding widespread use in smartphones, UAV payloads, smartwatches, and various IoT sensor nodes. 3. Classification by Operating Frequency and Bandwidth: Bochuang SpaceTime's Full-Spectrum Compatibility Solutions Operating frequency directly dictates antenna physical dimensions and application suitability. Bochuang SpaceTime provides both broadband and narrowband solutions spanning multiple bands. 1. Microwave and Millimeter-Wave Antennas Operating in centimeter and millimeter-wave bands, primarily relying on space wave propagation. Bochuang SpaceTime's microwave antennas (e.g., horn antennas, lens antennas) feature ultra-wide bandwidths and low loss characteristics, serving as core components for 5G mmWave communications, high-precision radar, and satellite ground stations. 2. Shortwave and VHF/UHF Antennas Designed for 1~30MHz shortwave and higher frequencies, Bochuang SpaceTime offers broadband solutions like log-periodic and rhombic antennas. These maintain stable impedance and radiation patterns across extremely wide frequency ranges, making them suitable for wideband communication radios, EMC testing, and amateur radio operations. 3. Dedicated Satellite Navigation Antennas Given that satellite signals are predominantly circularly polarized, Bochuang SpaceTime provides high-performance helical and quadrifilar helix antennas. Their superior circular polarization effectively resists rotation-induced interference, ensuring GPS, BeiDou, and other satellite navigation receivers achieve high-precision positioning in dynamic environments. Through this multi-dimensional analysis, Bochuang SpaceTime empowers engineers and procurement decision-makers to scientifically evaluate and select the most suitable communication transmission and reception antennas based on specific coverage requirements, communication distances, frequency matching, and device form factors. This ensures the construction of stable, efficient wireless signal links.
All models are engineered in Shenzhen and manufactured at our Dongguan facility, supporting OEM/ODM customization, sample evaluation, and bulk delivery. Each unit undergoes frequency, power, and stability testing prior to shipment; datasheets and test reports are available upon request. Our products are exported to over 170 countries.
How to chooseCommunication Transmission Receiving Antenna
When selecting communication antennas, first verify that the frequency band and bandwidth cover the target system, then confirm gain, polarization, VSWR, and connector type. Fiberglass omnidirectional antennas are ideal for wide-area coverage and outdoor waterproof applications. Flat-panel directional antennas offer high gain and strong directionality, making them suitable for fixed-point coverage in shielding and counter-drone scenarios. PCB antennas are compact and suited for portable devices and internal integration, while base station antennas support network formation and signal backhaul. During installation, ensure lightning protection, waterproofing, and minimize feedline loss; use low-loss cables for long-distance runs. Typical applications include signal jamming, drone countermeasures, indoor distribution systems, and private network communications.
FAQ
How to choose between omnidirectional and directional antennas?
For broad, uniform coverage, use an omnidirectional antenna; for point coverage or higher gain, choose a directional antenna. When selecting, confirm the frequency band, gain, polarization type, and installation location to ensure the radiation pattern matches the scenario.
Does cable length affect performance?
Yes. Longer feed lines incur greater losses, especially at higher frequencies. We recommend using low-loss cables and minimizing cable runs. If necessary, calculate the link budget first to determine the appropriate cable gauge.
What should I watch out for during outdoor installation?
Ensure waterproofing, lightning protection, and grounding. Wrap joints with waterproof tape and route them downward for drainage. After installation, check the VSWR and perform regular inspections of the feed line and connectors.
Product Categories
Communication Transmission Receiving Antenna
Found 59 a product

20×450mm Omnidirectional Fiber Glass Antenna 2G/3G4G/5G Communications/LoRa/Drone Jamming | N-Male Connector

Backpack UAS Countermeasure Tablet Antenna 6 Band High-Gain Directional Antenna BCSK-PBTX06 Multi-Band Combo Antenna

Handheld 8 Band UAV Countermeasure Device Directional Antenna 420M-5.8G Full-Band High-Gain Flat Panel Antenna BCSK-PBTX08

BCSK-PBTX08 Handheld 8-Band Aluminum Alloy Panel Directional Antenna | 420M-5.8G Full Coverage for Drone Countermeasures, Electronic Jamming, and Multi-Frequency Communication Systems

BCSK-JZTX06 6-Port Multi-Band Base Station Antenna (2G-5G/GPS/WiFi) | BOCCHRONOS

Bocreate Times 14×350mm Multi-Band Omnidirectional Fiberglass Antenna | Supports 2G/3G/4G/5G/2.4G/5.8G | 1-10W High-Gain Base Station Antenna

BCSK-BLGTX800 32x800mm High-Power Omnidirectional Fiberglass Antenna | 100W Multi-Band (1GHZ-6GHZ)

BCSK-PBTX1200 1.2G Directional Panel Antenna, 8dBi High-Gain N-Type Male RF Antenna for UAV Communication and Wireless Backhaul

Bocchuang Space-Time BSK-PBTX5200 5.8GHz Aluminum Alloy Panel Directional Antenna | 18dBi High Gain, 10W-100W High Power, SMA Connector. Ideal for Drone Jamming, Wireless Bridges, and FPV Signal Enhancement

BCSK-PBTX06 Handheld 6-Band Aluminum Alloy Panel Directional Antenna | 1.8G/2.1G/3.1G/4.2G/5.5G/6.5G Full Coverage, 5-1 dBi High Gain. Ideal for Drone Countermeasures, Electronic Jamming, and Multi-Band Communication Systems.

315 MHz / 433 MHz PCB Directional Antenna BCSK-PCBTX400 High-Gain RF Module for Drone Countermeasures and Long-Range Communication

HT8 100MHz–12GHz Ultra-Wideband Log-Periodic PCB Antenna | Ideal for Handheld Direction Finding, EMC Testing, and 5G UAV Detection
Recommended Similar Products
Popular models from adjacent categories, ideal as alternatives or complementary pairings for the same use case.

Tri-Band Cell Signal Booster | GSM/DCS/3G 900-1800-2100MHz with LCD Screen – Ideal for Basements, Remote Areas, and Large Buildings | Bochuan Space-Time
Bocreate's Tri-Band Mobile Signal Booster precisely covers GSM 900MHz, DCS 1800MHz, and WCDMA 2100MHz bands, fully compatible with 2G/3G/4G networks. It effectively eliminates signal dead zones in basements, mountainous areas, large factories, hotels, and more. The main unit features a high-definition LCD screen that displays real-time signal strength and status for each band, making monitoring and tuning easy. The kit includes a high-gain outdoor log-periodic antenna, an indoor omnidirectional mushroom-head antenna, 15 meters of low-loss feeder cable, and a stable power adapter. Installation is simple and requires no professional tools. Equipped with intelligent AGC (Automatic Gain Control) technology, the device prevents signal overload and interference with base stations, ensuring reliable operation. Its metal casing provides efficient heat dissipation and supports 7×24 hours of continuous operation. Ideal for homes, offices, warehouses, shopping malls, and various other environments, it significantly improves call clarity and internet speeds.
View details
Bochuang Space-Time Handheld Frequency Detector GPS Tracer RF Signal Analyzer 30MHz-3GHz Full-Band Wireless Signal Scanner Anti-Surveillance Locator
The GPS Tracer is a professional-grade frequency detector designed by Bochuang Space-Time for security inspections and electromagnetic environment analysis. This portable RF detection tool features wide-band scanning capabilities, covering 30MHz to 3GHz, accurately capturing and displaying real-time wireless signal strength and frequency values. Equipped with a high-sensitivity antenna and a digital LCD screen, it offers simple operation with frequency hold (HOLD) and range switching functions. It is the ideal solution for security personnel to detect illegal listening devices, pinhole cameras, GPS trackers, and wireless microphones. Widely used in government conference room confidentiality checks, corporate anti-spy audits, exam site radio monitoring, and personal privacy protection scenarios. As a direct-from-factory wireless signal search device, we provide stable bulk supply and technical support to help you easily handle complex electromagnetic signal detection needs.
View details
Portable Omnidirectional High-Power Drone Jammer BCSK-LGX010 100W Multi-Band Coverage 360° Effective Range 500-3000m Suitable for Prisons, Critical Sites, and Event Security
This portable omnidirectional high-power drone jammer features a split suitcase design. The main unit integrates a high-power interference module with a 360° omnidirectional fiberglass antenna, while the battery box provides independent power support for both AC 220V and DC 28V input modes. The device covers 8 mainstream drone frequency bands, delivering enhanced 90W high-power output across three key bands: 840-930MHz, 1550-1680MHz, and 2380-2500MHz, ensuring stable target suppression even in complex electromagnetic environments. With dimensions of 802x520x316mm and a total weight of 50kg (main unit) + 30kg (battery box), it is easy to tow by one person or deploy from a vehicle, making it an ideal solution for building mobile low-altitude defense systems.
View details
SMA Male-to-Male Semi-Rigid RF Cable | 50Ω DC-18GHz for RG402/RG405/50-3/50-7 Cables – Designed for Drones, Test Equipment, and Base Stations
The SMA male-to-male semi-flexible RF cable by Bochuang Space-Time features a high-precision brass body and gold-plated center pin, ensuring low VSWR (≤ 1.3) and superior shielding performance across the DC-18 GHz frequency range. Designed to strictly adhere to the 50Ω impedance standard, it is compatible with mainstream coaxial cables including RG402, RG405, 50-3, and 50-7. The crimped connection enables fast, reliable installation without soldering, significantly improving on-site efficiency. Its threaded locking mechanism offers excellent vibration resistance and anti-loosening properties, making it ideal for automotive, outdoor, and industrial environments subject to constant vibration. The all-metal housing provides complete electromagnetic shielding to effectively suppress external interference and ensure signal purity. Widely used in 5G base stations, satellite communications, vector network analyzers, military equipment, and WLAN systems, this cable is the ideal choice for system integrators and engineers building high-reliability RF links.
View detailsNeed custom products?
We offer OEM/ODM customization to meet your specific needs.
Contact us for a custom solution →