Quectel Launches RG660QA and RG660QB 5G Modules With Advanced Performance Features
Quectel Wireless Solutions, an
end-to-end global IoT solutions provider, announces the launch of the RG600QA
and RG660QB 5G module, based on the Qualcomm® X85 and X82 5G Modem-RF Systems.
The RG660QA is based on X85 while the RG660QB is based onX82. Engineering
samples of two first SKUs in the RG660Qx series have been already made
available to customers and pre-production samples will be available to the market
in Q2 2026.
Designed for versatility, this
module series supports a broad array of next-generation 5G use cases, from home
and business wireless broadband to mobile video, camera applications, and
high-performance mobile hotspots. In indoor 5G CPE, it unlocks premium
performance by enabling Wi-Fi 7 across the 2.4 GHz, 5 GHz, and 6 GHz bands,
with integrated Bluetooth to support a full ecosystem of connected devices.
With Ethernet speeds reaching up to 10 Gbps, the RG660Qx delivers the
high-capacity backbone needed to power ultra-fast, reliable home and enterprise
networks. The RG660Qx also supports Power Class 1, enabling extended coverage
and stronger performance for fixed wireless access deployments.
“With the RG660Qx, we’re raising
the bar for what customers can expect from a 5G module,” said Leo Yao, Product
Director, Quectel Wireless Solutions. “Built on the powerful platform from
Qualcomm Technologies, the RG660Qx series delivers the performance,
flexibility, and scalability needed to power everything from ultra-fast fixed
wireless access to next-generation enterprise and consumer devices. By
simplifying design, accelerating time to market, and supporting a rich
ecosystem of connectivity options, the RG660Qx enables our customers to
innovate faster and bring high-impact products to market with confidence.”
Both modules can also work in
conjunction with dedicated high-performance co-processors to deliver 24 TOPS to
support complex on-device computing workloads.
The RG660QA and RG660QB are
designed to deliver exceptional downlink performance, supporting advanced
multi-antenna reception with configurations of up to DL 8Rx and DL 6Rx,
respectively as well as improving uplink throughput also. This enhanced receive
capability enables higher data throughput, improved signal quality, and more
reliable connectivity, particularly in challenging network environments or
high-mobility scenarios. By leveraging advanced MIMO configurations, the
modules ensure robust, high-speed performance for next-generation 5G
applications such as fixed wireless access, enterprise networking, and
high-capacity mobile broadband.
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