MT76813DBI ESP8266 Serial WiFi Wireless Reciver - WiFi Antenna

MT76813DBI ESP8266 Serial WIFI Wireless Gain Antenna is designed to significantly boost your WiFi connectivity, making it an excellent choice for those seeking a wifi reception booster. Ideal for enhancing your Raspberry Pi Zero W or any application involving a microcontroller, this ESP8266 serial WiFi module ensures a stable and extended range, thanks to its well-constructed gain antenna. This wifi pc antenna is packed with factory-new components, every piece is 100% functional and ready for integration. This wifi antenna for pc is perfect for cost-effective communication over wireless networks, serving as a microcontroller with integrated wireless capabilities, enabling connection and data transfer across the internet. Perfectly designed for indoor applications, its radome material is made from durable polyurethane, and features a flexible cable with a minimal <3 dB gain, ensuring a stable and strong signal. The router antenna offers distinct advantages with its innovative design.

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Key Features - WIFI Receivers

• Radome material: polyurethane, ensures durability and effective performance as a wifi antenna for laptop
• Flexible cable for versatile installation, accommodating various placements of your wifi aerial for pc setup
• Stable signal to enhance connectivity, acting as a reliable wireless antenna
• Optimal for indoor applications, making it a suitable component in a wifi router and antenna system
• IPX female to SMA-KY connector ensures strong connections with any esp8266 serial gain antenna modules
• Gain: <3 dB, sufficient for a range expansion with the wifi dish equipment
• VSWR: <1.5, important for maintaining signal integrity across the wifi receivers
• ESP8266 features a 32-bit Tensilica processor for optimal data processing tasks
• Integrated TCP/IP protocol stack for connecting to Wi-Fi networks consistently in your wifi router aerial setup
• Powerful on-chip processing and storage capabilities enhance overall performance of the router and antenna
• Supports Wi-Fi Direct (P2P), soft-AP mode, standard AP and station modes, adaptable for multiple deployments

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Applications

With the MT76813DBI ESP8266 Serial WIFI Wireless Gain Antenna, upgrading your Raspberry Pi Zero W to use an external wifi antenna and router is seamless. It's perfect for those who require an extended WiFi range in a home or office setting. It's ideal for professionals seeking improved WiFi reception in server rooms or tech enthusiasts looking to boost performance on a PC setup. Applications include Home Automation Systems, IoT Devices, Wireless Sensor Networks, Industrial Wireless Control, and Smart Security Devices. The Wi-Fi antenna can also be used in wireless routers, ensuring a robust connection for multiple devices in a router 4 antenna layout.

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Technical Specifications

Product Specification	Value
Item Type	Other Antennas, designed for compatibility with wifi antenna for pc setups
Gain	<3 dBi, balancing effective wifi reception booster capabilities
VSWR	≤1.5, critical for maintaining signal quality in wifi pc antenna applications
Connector	IPX female to SMA-KY, supporting diverse router and antenna configurations
Cable Length (cm)	14, optimally measured for fitting a wifi router and antenna system
Shipping Weight (kg)	0.07, lightweight yet robust for practical wifi aerial for pc integration
Package Dimensions	8 × 4 × 3 cm, compact for convenient setup alongside a wifi dish
Network Protocols	802.11 b/g/n, supporting connectivity standards for wifi antenna and router solutions
Wireless Standard	Wi-Fi, essential for connecting multiple devices in a wifi router and antenna environment
Operating Voltage	3V to 3.6V, suitable for powering diverse kinds of wifi antenna for laptop setups
CPU	32-bit Tensilica L106, empowering efficient data handling processes in any wifi receivers deployment
Interface	UART, SPI, I2C, PWM, GPIO, flexible to cater to various mt76813dbi specifications

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How to Use

To use the MT76813DBI Antenna, begin by connecting it to your Raspberry Pi Zero W or WiFi card using the provided IPX to SMA connector. Ensure the antenna is securely placed where it can offer the best reception, preferably away from obstructions. Reference the online guides for Raspberry Pi modifications to improve your WiFi range. This process includes modifying the existing setup to allow external antenna attachment, making it an effective router 4 antenna solution. One of the key considerations while positioning your wifi router and antenna is maintaining clear lines for optimal performance. When connected, the mt76813dbi ensures a stable connection, enhancing your router's capabilities.

Connection: Connect the module to your microcontroller or Arduino via the appropriate pins. Ensure proper power supply and ground connections, crucial for effective WiFi antenna and router integration.

Programming: Use an IDE such as Arduino IDE to program the ESP8266, enabling seamless WiFi dish connectivity. Libraries like ESP8266WiFi will be useful for maintaining robust connections throughout your network.

Configuration: Set the module into an appropriate mode (AP/Station) for your application requirements, keeping in mind the needs for a WiFi antenna for laptop setup. This step ensures optimal connectivity and power distribution across your devices.

Network: Establish a connection to the desired WiFi network using available libraries, pivotal for configuring a reliable WiFi PC antenna system.

Data Transmission: Use protocols such as HTTP or MQTT to send and receive data over the network, effectively using the capabilities of your ESP8266 serial gain antenna.

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Package Includes

1 x MT76813DBI ESP8266 Serial WIFI Wireless Gain Antenna

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Additional Resources

Learn more about WiFi Receivers and enhance your understanding of wifi antenna for laptop technologies

Explore our Antenna Collection, including options for the mt76813dbi esp8266 serial wifi wireless gain antenna

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Videos Tutorial

Watch our video tutorial to discover installation tips for your new wifi aerial for pc!

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