BELGRADE, Serbia--(BUSINESS WIRE)--Jun 25, 2026--
Quectel Wireless Solutions, a global end-to-end IoT solutions provider, has expanded its external antenna portfolio with four new combo antennas designed to simplify deployment of connected devices across smart cities, fleet management, industrial automation, utilities, public safety and transport applications.
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The new YEMA206J1AM, YEMA301J1AM, YEMN308L1BM and YENA00L5AH antennas combine cellular, Wi-Fi and GNSS technologies in rugged, compact form factors that help engineers accelerate product development while ensuring reliable connectivity in demanding outdoor and industrial environments. Featuring IP67-rated enclosures, high inter-antenna isolation, flexible mounting options and support for multiple wireless standards, the antennas provide a versatile solution for next-generation IoT deployments.
“Customers increasingly need antenna solutions that combine ruggedness, installation flexibility and support for multiple wireless technologies,” said David Wei, Product Head, Quectel Wireless Solutions. “These new antennas simplify design and deployment while delivering reliable connectivity for applications ranging from vehicle telematics and smart utilities to industrial automation and logistics.”
Designed for compact and discreet IoT deployments, the YEMA206J1AM combines 4G and GNSS connectivity in a rugged 2-in-1 adhesive mount antenna. Ideal for asset tracking, smart city infrastructure, connected utilities and remote monitoring applications, the antenna delivers reliable cellular and positioning performance in a low-profile form factor suitable for space-constrained installations.
The antenna supports 4G operation across the 698–960MHz and 1710–2690MHz frequency bands and GNSS operation from 1559–1606MHz. With efficiency of up to 69.4% for 4G-FS and up to 45.3% for GNSS-FS, alongside GNSS LNA gain of approximately 16dB, the antenna helps ensure dependable connectivity and positioning accuracy. Its IP67-rated enclosure enables reliable operation in harsh outdoor environments, while support for 3G, 2G, LTE Cat-M and NB-IoT networks provides flexibility for a wide range of IoT deployments. The antenna is RoHS compliant and compatible with Quectel’s RM520x Series modules.
For applications requiring enhanced cellular performance, the YEMA301J1AM integrates dual 4G antennas and a GNSS antenna in a compact 3-in-1 design. Optimised for field operations and fleet management, automotive telematics, smart city infrastructure, utilities and HD video streaming applications, the antenna offers robust connectivity while maintaining a discreet installation profile.
Supporting 4G operation in the 698–960MHz and 1710–2690MHz bands and GNSS coverage from 1559–1606MHz, the YEMA301J1AM features high inter-antenna isolation to minimise self-interference and maximise performance in demanding environments. The antenna delivers efficiency of up to 73.2% for 4G DIV-FS and up to 45.3% for GNSS-FS, together with GNSS LNA gain of approximately 16dB. Its rugged IP67-rated enclosure enables deployment in challenging outdoor conditions, while RoHS compliance supports environmental and regulatory requirements.
Designed for connected systems that require high-speed cellular, Wi-Fi and positioning capabilities in a single compact solution, the YEMN308L1BM combines 5G, Wi-Fi and GNSS technologies in a rugged 3-in-1 external antenna. The antenna is particularly well suited to demanding outdoor applications including field operations and mobile connectivity applications, warehouse and logistics operations, vehicle tracking and telematics, mining vehicles and machinery, HD video streaming and next-generation IoT deployments.
Supporting 5G across the 698–960MHz, 1420–2690MHz and 3300–6000MHz frequency bands, Wi-Fi in the 2.4GHz, 5GHz and 6GHz bands, and GNSS operation from 1565–1606MHz, the antenna enables reliable, high-performance connectivity across multiple wireless technologies. Its compact form factor allows for discreet installation, while the IP67-rated enclosure ensures dependable operation in harsh outdoor environments. The YEMN308L1BM delivers efficiency of up to 57.2% for 5G-FS and up to 54.09% for GNSS, together with GNSS LNA gain of approximately 18dB. The antenna is also RoHS and REACH compliant.
For multi-network industrial and vehicle connectivity, connected vehicles and advanced industrial deployments, the YENA00L5AH delivers an extensive range of wireless technologies within a single rugged antenna platform. Combining 5G, Wi-Fi, AM/FM, Tetra, LTE B88 and GNSS connectivity in a 10-in-1 design, the antenna is ideal for smart utilities, smart buildings, industrial automation, digital signage, warehouse and logistics operations, and transport and mining vehicles that require multiple communications services from a single installation.
The ultra-wide-band antenna provides coverage from 1–7,000MHz, supporting current and legacy network technologies including 5G, 4G, 3G, 2G, LTE Cat-M and NB-IoT. Its integrated architecture incorporates dual 5G, dual N77, dual Wi-Fi, dual Tetra, single AM/FM and active GNSS (L1/L5) antenna elements, while high inter-antenna isolation helps minimise self-interference and maintain performance across multiple simultaneous connections. Built for demanding operating environments, the YENA00L5AH features an IP67-rated enclosure that is flame retardant and UV resistant and is both RoHS and REACH compliant.
In addition to its extensive antenna portfolio, Quectel provides comprehensive antenna design support such as simulation, testing and manufacturing for custom antenna solutions to meet customers’ specific application needs. The company has regional R&D centers across the globe so it can provide a rapid response to customer requirements. Quectel antennas can be supplied with a range of cable lengths and connector options.
About Quectel
Quectel’s passion for a smarter world drives us to accelerate IoT innovation. A highly customer-centric organization, we are a global end-to-end IoT solutions provider backed by outstanding support and services.
With a worldwide team of over 8,900 professionals, we lead the way in delivering end-to-end IoT solutions, spanning cellular, GNSS, satellite, Wi-Fi and Bluetooth modules, high-performance antennas, value-added services and full turnkey offerings including ODM services and system integration.
With regional offices and support across the globe, our international leadership is devoted to advancing IoT and helping build a smarter world.
For more information, please visit: www.quectel.com or LinkedIn
Quectel expands combo antenna portfolio with rugged multi-network solutions for demanding IoT deployments
NEW YORK--(BUSINESS WIRE)--Jun 25, 2026--
OXIO, the leading Telecom-as-a-Service (TaaS) platform, today announced the launch of Advanced Core Routing (ACR), a network-native capability that gives enterprises and brands real-time, bi-directional control over mobile voice and messaging traffic through OXIO’s telecom ecosystem. A native-intercept layer built into OXIO’s cloud-native telecom core, ACR enables organizations to prevent fraud, provide custom, real-time routing and decisioning, strengthen subscriber protections, enforce compliance policies and power AI-driven actions in real-time before communications reach the subscriber.
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The launch comes as global enterprises face growing pressure to address spam, fraud and regulatory communication risks across the telecom ecosystem. In 2025, Americans received an average of 2.7 billion spam and unwanted calls every month, while telephone scams resulted in an estimated $25.4 billion in losses in 2023. Financial institutions have also faced billions of dollars in penalties tied to unauthorized communications and compliance failures.
“Businesses are increasingly reaching out in search of intelligent network capabilities that solve unique use cases that are only possible with full ownership of the telecom stack,” said Nicolas Girard, Founder and CEO of OXIO. “Advanced Core Routing fundamentally changes how enterprises can manage mobile communications. For the first time, organizations can apply AI, real-time fraud detection and compliance controls directly within the communication path before calls and messages ever reach the subscriber.”
OXIO’s ACR operates natively within its telecom core, enabling real-time voice and SMS routing with ultra-low latency and transparent network-level controls across subscriber communications without requiring device software or endpoint applications. MVNOs and enterprises can apply intelligence within the communication path to combat spam, fraud and compliance risk.
OXIO has commercially deployed ACR through its partnership with Umony, a leading communications compliance platform for regulated industries. Together, the companies are delivering a native mobile compliance solution for financial institutions that intercepts, monitors and archives communications directly at the network layer — helping prevent unauthorized “off-channel” communications before they occur. Telecom cores are evolving from passive infrastructure layers into programmable intelligence layers for enterprise communications.
"What OXIO has built with Advanced Core Routing creates an entirely new foundation for adding value services in mobile communications,” said Dean Elwood, CEO of Umony. “Because OXIO controls its telecom core, we were able to move from concept to deployment faster than would be possible within a traditional carrier environment. Together, we’ve enabled financial institutions to move beyond reactive compliance and into real-time enforcement and intelligence directly within the mobile network."
Beyond financial services, OXIO sees broad applications for ACR across industries looking to reduce spam and fraudulent calls, protect vulnerable consumers such as senior citizens or minors, enable AI-native customer experiences and modernize enterprise communications.
ACR is available immediately for OXIO customers.
About OXIO
OXIO is a leading Telecom-as-a-Service (TaaS) platform helping brands, enterprises, and mobile operators launch, manage, and scale modern connectivity experiences. Built on a cloud-native telecom core, OXIO enables companies to create embedded mobile services with greater speed, flexibility, control, and access to actionable first-party network insights. OXIO was ranked #1 overall and named an established market leader in Juniper Research’s 2026 MVNO in a Box report. Headquartered in New York, OXIO has offices in Mexico City and Montreal. For more information, visit oxio.com.
FAQ
What is Advanced Core Routing?
OXIO Advanced Core Routing (ACR) is a platform-native service that automatically directs a mobile brand's calls and text messages through the brand's own communication systems before delivery, and in both directions. ACR operates at the routing decision logic engine within OXIO's core. No device software is required, and there is no friction for the subscriber, with Sub-50ms latency in standard deployments that is imperceptible to the end user.
Why does telecom core ownership matter for embedded connectivity?
Owning and operating the telecom core enables direct control over signaling, routing, subscriber policies and communication flows at the network layer. This allows enterprises to deploy capabilities such as real-time fraud prevention, AI-driven communication routing, native compliance enforcement and programmable mobile experiences that are not possible through reseller-based or middleware-only connectivity models.
Because OXIO operates its own cloud-native telecom core, enterprises can apply intelligence directly within the communication path without requiring device software, third-party applications or changes to subscriber behavior.
How is Advanced Core Routing different from middleware or app-based mobile solutions?
Advanced Core Routing operates directly within OXIO’s telecom core at the routing decision logic engine. This enables real-time control over voice and messaging traffic before communications are delivered to the subscriber.
Middleware and app-based solutions typically operate outside the telecom network itself, limiting their ability to enforce policies, prevent fraud or apply intelligence in real time across all devices and communication channels.
Because ACR is network-native, it works transparently across any compatible mobile device without requiring downloads, endpoint software or subscriber behavior changes.
Why is network-layer enforcement important for communications compliance?
Application-layer compliance tools depend on user behavior, endpoint software or external integrations, which can create visibility gaps and enforcement limitations.
By operating directly within the telecom core, network-layer enforcement enables organizations to intercept, monitor, archive and apply communication policies in real time before calls or messages are completed. This creates a more reliable and auditable foundation for regulated communications.
What is a cloud-native telecom core?
A cloud-native telecom core is a software-defined mobile network platform built using programmable infrastructure, distributed cloud services and API-driven network controls rather than traditional hardware-based carrier systems.
Cloud-native telecom cores enable real-time routing, programmable policy enforcement, network automation and AI-driven communication workflows at global scale with lower latency and greater operational flexibility than legacy telecom architectures.
OXIO Advanced Core Routing offers real-time, network-native control of mobile voice and SMS traffic
