MediaTek has introduced a powerhouse in the world of 5G connectivity with the T930 platform — a next-generation chipset designed specifically for Fixed Wireless Access (FWA) devices and mobile hotspots. Developed using a cutting-edge 4nm process and incorporating features from 3GPP Release 18, the T930 brings exceptional performance, smart energy efficiency, and built-in support for emerging artificial intelligence applications.

Whether you are a network device manufacturer, a telecom operator, or simply a technology enthusiast, the MediaTek T930 represents a significant leap forward in wireless broadband capability.

What Is the MediaTek T930?

The T930 is a high-performance 5G Advanced modem platform that delivers extreme speeds — offering up to 10 Gbps for downloads and up to 2.8 Gbps for uploads. These speeds are achieved through support for six-component carrier (6CC) downlink aggregation and a five-layer uplink configuration (3Tx) in standalone 5G mode.

At its core is a quad-core Arm Cortex-A55 processor, complemented by a dedicated network processing unit that offloads traffic management tasks, improving efficiency and responsiveness.

Designed for use in advanced broadband devices, the T930 enables:

• High-speed home and office 5G routers
• Portable Mi-Fi hotspots with low-latency connectivity
• Intelligent edge AI gateways for smart-home and enterprise applications

Feature Highlights

Advanced 5G Performance

The T930 supports sub-6 GHz 5G frequencies with standalone (SA) and non-standalone (NSA) operation. It delivers breakthrough performance through advanced features such as:

• Six-carrier aggregation on the downlink, supporting up to 400 MHz of spectrum bandwidth
• Three-transmit uplink (3Tx) capability for improved upload speeds
• Eight-receive antenna (8Rx) support, enabling enhanced reception and significantly better signal performance at the network edge

This combination of technologies improves not only speed but also coverage and reliability, particularly in challenging or fringe signal areas.

Smart Power and AI Integration

The T930 integrates MediaTek’s advanced 5G UltraSave power-saving technology. This feature dynamically adjusts the modem’s operation based on data activity, signal conditions, and usage patterns to significantly reduce power consumption, especially during idle or low-traffic periods.

Additionally, the modem includes an AI-enhanced modem management layer that learns from user behavior and network conditions, allowing it to make real-time adjustments that improve both speed and efficiency.

Fully Integrated Connectivity Suite

Unlike many modem chipsets that require multiple external components, the T930 is a self-contained platform. It includes:

• A built-in 5G modem
• Integrated RF transceiver
• Global Navigation Satellite System (GNSS) support
• An onboard power management integrated circuit (PMIC)
• Optional Wi-Fi 7/8 support for high-speed wireless LAN
• Multi-gigabit Ethernet interfaces supporting 1 Gbps, 2.5 Gbps, 5 Gbps, and up to 10 Gbps

This high level of integration reduces complexity, size, and power requirements — making it ideal for both consumer and enterprise-grade devices.

Ready for Edge AI Gateways

One of the most innovative aspects of the T930 is its compatibility with edge artificial intelligence. When paired with a dedicated neural processing unit (NPU), the T930 can serve as the core of an intelligent gateway device — capable of performing local generative AI processing.

This allows tasks such as voice recognition, security monitoring, or device control to happen within the home or business network without sending sensitive data to the cloud. The result is faster response times, improved privacy, and a more secure smart environment.

Technical Specifications Overview

Why the T930 Matters

As the demand for fast, reliable internet access continues to grow — particularly in areas underserved by fiber or cable — Fixed Wireless Access is becoming a key solution for residential and enterprise customers alike.

The MediaTek T930 delivers fiber-like speeds with wireless flexibility. Its integration of AI, advanced modem features, and ultra-efficient architecture make it an ideal platform for next-generation broadband devices.

This chipset isn’t just about speed. It’s about creating intelligent, scalable, and future-ready connectivity experiences that go beyond what traditional broadband has to offer.