Antenna OEM & RF Engineering Services

ATM Solution is Lynwave's proprietary Integrated Antenna Design methodology, built on the seamless integration of antenna, thermal, and mechanical engineering. By incorporating mainboard design considerations, including Power Integrity (PI) and Signal Integrity (SI), ATM Solution optimizes the entire RF system from the earliest stages of product development. Unlike conventional design approaches that address each engineering discipline separately, ATM Solution enables cross-domain collaboration from concept to implementation. This integrated engineering process minimizes design conflicts, improves space utilization, enhances RF performance, and ensures better compatibility between antennas, thermal management, mechanical structures, and PCB layouts. Through comprehensive Antenna, Thermal, and Mechanical (ATM) Integration, Lynwave helps customers accelerate product development, reduce engineering risks, optimize overall system performance, and maximize product value across a wide range of wireless and connected devices.

LYNwave offers a wide range of embedded antennas, including solutions for Wi-Fi (2.4GHz / 5GHz / 6GHz), LTE, 5G NR, LoRa, and NFC. Each embedded antenna is engineered for high performance, compact integration, and stable wireless connectivity—ideal for space-constrained applications. For custom embedded antenna design and RF integration support, contact LYNwave for tailored solutions.

LYNwave is a professional antenna design company and manufacturer providing customized external antenna solutions for Wi-Fi, LTE, 5G NR, LoRa, and other wireless applications. Our antenna portfolio supports a wide range of devices, including routers, access points, gateways, IoT devices, and industrial equipment. Our external router antenna and cellular antenna solutions can be customized to meet specific requirements for frequency bands, gain, efficiency, radiation pattern, connector, cable, and mechanical design. For next-generation connectivity, our 5G external antenna solutions support various LTE and 5G NR frequency bands for networking, industrial IoT, surveillance, and other wireless applications. With expertise in RF antenna design, simulation, prototyping, testing, and manufacturing, LYNwave provides end-to-end antenna solutions from initial requirements to mass production. Whether you need a standard antenna or a fully customized solution, our engineering team works with you to optimize antenna performance for your product and application.

LYNwave specializes in GNSS antenna design and GPS antenna design, providing customized antenna solutions for GPS, GLONASS, Galileo, BeiDou (BDS), and multi-constellation positioning applications. As an experienced antenna design company and manufacturer, we develop a wide range of GNSS antenna solutions, including internal ceramic patch antennas, PCB antennas, embedded antennas, and external active antennas for automotive, IoT, industrial, tracking, and other positioning applications. As a GPS antenna OEM and manufacturer, LYNwave works closely with customers to develop antenna solutions tailored to specific product and system requirements. Our engineers optimize antenna performance based on frequency bands, gain, efficiency, radiation pattern, LNA requirements, connector and cable configuration, mechanical constraints, and installation environment. From compact embedded antennas to external and active GNSS antennas, our solutions are designed to provide reliable signal reception and positioning performance across different applications. From initial RF requirements and antenna simulation to prototyping, testing, validation, and mass production, LYNwave provides end-to-end GNSS and GPS antenna design and manufacturing support. Whether you need a standard antenna or a fully customized solution, our engineering team can support your project from concept development through production, helping optimize antenna performance, product integration, and manufacturing requirements.

We provide high-performance customized antenna assembly solutions for long-range wireless communication. Our RF and LoRa antennas deliver stable signal transmission and excellent efficiency across a wide range of IoT and industrial applications. Combined with durable LoRa cables and precision LoRa connectors, our solutions ensure seamless connectivity and dependable data transmission. From antenna OEM services to custom antenna design, we help customers build flexible and efficient wireless communication systems tailored to their specific requirements.

LYNwave specializes in outdoor antenna design, providing customized antenna solutions for 5G NR, LTE, Wi-Fi, Wi-Fi 6/6E/7, LoRa, and other wireless applications. Our outdoor antenna portfolio includes high-gain, directional, patch, dipole, and outdoor mesh antennas designed for reliable wireless connectivity in demanding environments. These solutions support applications such as outdoor networks, industrial IoT, telecommunications, wireless infrastructure, and long-range connectivity. Our high-gain outdoor antennas and outdoor directional antennas are engineered to improve signal strength, coverage, and link stability for point-to-point (PtP), point-to-multipoint (PtMP), outdoor mesh, and other wireless deployments. For Wi-Fi applications, our outdoor WiFi antennas support 5GHz and 6GHz solutions for Wi-Fi 6, Wi-Fi 6E, and Wi-Fi 7, with options for high-gain patch and multi-antenna configurations. Antenna performance can be optimized for frequency bands, gain, radiation pattern, polarization, connector, cable, and installation requirements. From RF antenna design and 3D simulation to prototyping, testing, enclosure integration, and mass production, LYNwave provides end-to-end outdoor antenna development and manufacturing support. Our engineering team can customize antenna performance, mechanical design, materials, and ruggedized outdoor enclosures to meet specific environmental and product requirements. Whether you need a standard outdoor antenna or a fully customized solution, LYNwave helps optimize wireless performance, durability, and cost for your application.

LYNwave provides advanced smart antenna solutions for modern wireless networking applications, with a focus on Wi-Fi 6 and Wi-Fi 6E access points. Our smart antenna technology is designed to dynamically optimize wireless coverage, signal quality, and network performance, helping address challenges such as changing user locations, uneven coverage, and wireless interference. With expertise in RF antenna engineering and system-level optimization, LYNwave supports smart antenna applications for residential, enterprise, and other wireless networking environments. Our sMART-2 smart antenna solution, jointly developed by LYNwave and Adant, uses adaptive radiation pattern control to improve wireless coverage, mitigate interference, and enhance network capacity. By dynamically adjusting the antenna radiation pattern, the solution can provide more consistent 3D coverage across different orientations and environments while improving throughput under challenging signal conditions. The architecture is designed for practical integration with Wi-Fi platforms, helping customers enhance wireless performance without significantly increasing system complexity or BOM cost. As a smart antenna company and supplier, LYNwave provides end-to-end engineering support from RF optimization and simulation to prototyping, testing, and system integration. Our engineers can support smart antenna design requirements when needed, optimizing antenna placement, radiation patterns, cable routing, RF characteristics, and device integration according to specific product requirements. Whether you are developing a Wi-Fi access point, router, or other wireless networking device, LYNwave can support your project with customized smart antenna solutions from concept development through production.

The LYNwave MLX20M-122AA2-A is an advanced integrated antenna and thermal solution designed for 2.4/5GHz dual-band WiFi, featuring a built-in heatsink for enhanced performance. This custom antenna solution delivers high efficiency across global frequencies, including 2.4GHz, 5GHz, and 5.8GHz. Combining cutting-edge integrated antennas with thermal management, it ensures optimal performance and reliability for diverse applications.