Wi-Fi HaLow Modules
ready to design in
Our Wi-Fi HaLow modules combine our SoCs with tuned RF front ends to maximize performance. This delivers the best possible range, low power, and throughput from our chips and accelerates time to market.
Morse Micro Reference Modules
A Morse Micro module combines our Wi-Fi HaLow chip with the components around it: the power amplifier, low-noise amplifier, RF filtering, antenna switch, and crystal reference. Each is carefully tuned to extract maximum performance from the silicon. With the RF design complete and the module certified, you can accelerate development and bring Wi-Fi HaLow products to market faster.
MM8108-MF15457
Our flagship module based on our MM8108 SoC
MM6108-MF08651
Our first generation MM6108 SoC based module
Production ready modules
A range of Wi-Fi HaLow modules, based on our SoCs and developed in partnership with leading technology providers, offer exceptional range, performance and interoperability, for real world applications.
FGH200M
FGH200M is Quectel's second-generation Wi-Fi HaLow module, delivering the Morse Micro MM8108 with an 11 x 10 mm footprint and up to 26 dBm of output power.
- ManufacturerQuectel
- ChipMM8108
- Frequency Range850–950 MHz
- CertificationCE / FCC / IC / RCM
- Form factorLGA, 38-pin
- Dimensions11.0 x 10.0 x 2.0 mm
- Max power26 dBm
FGH100M-H
FGH100M-H is Quectel's high-power variant of the FGH100M, delivering up to 27 dBm across the 902–928 MHz band for deployments that demand maximum reach.
- ManufacturerQuectel
- ChipMM6108
- Frequency Range902–928 MHz
- CertificationsFCC / RCM
- Form factorLGA, 44-pin
- Dimensions13.0 x 13.0 x 2.2 mm
- Max power27 dBm
FGH100M
FGH100M is a long-range, low-power Wi-Fi HaLow module from Quectel, built on the Morse Micro MM6108 and compliant with the IEEE 802.11ah standard.
- ManufacturerQuectel
- ChipMM6108
- Frequency Range850–950 MHz
- CertificationsCE / FCC / IC / RCM
- Form factorLGA, 44-pin
- Dimensions13.0 x 13.0 x 2.2 mm
- Max power11 dBm
VT-MOB-AH-8108
VT-MOB-AH-8108 is Vantron's second-generation Wi-Fi HaLow module, pairing the Morse Micro MM8108 with USB, SDIO, and SPI host interfaces for higher-throughput industrial and IoT designs.
- ManufacturerVantron
- ChipMM8108
- Frequency Range902–928 MHz
- CertificationsCE / FCC / UL
- Form factorLGA, 38-pin
- Dimensions11.0 x 10.0 x 2.28 mm
- Max power23 dBm
VT-SOM-AH
VT-SOM-AH is Vantron's Wi-Fi HaLow system-on-module, pairing the Morse Micro MM6108 with an onboard microcontroller so designs need no separate host processor.
- ManufacturerVantron
- ChipMM6108 (+ STM32U MCU)
- Frequency Range850–950 MHz
- CertificationsFCC / IC / CE
- Form factorLGA System-on-Module
- Dimensions30.5 x 24.5 x 2.99 mm
- Max power21 dBm
VT-MOB-AH
VT-MOB-AH is Vantron's general-purpose Wi-Fi HaLow module, covering the full 850–950 MHz band in a 23 x 14 mm land grid array package.
- ManufacturerVantron
- ChipMM6108
- Frequency Range850–950 MHz
- CertificationsFCC / IC / CE
- Form factorLGA
- Dimensions23.0 x 14.0 x 2.6 mm
- Max power21 dBm
Morse Micro Products
Explore our other Morse Micro Wi-Fi HaLow products.
Common questions about Wi-Fi HaLow
Wi-Fi HaLow is a long-range, low-power version of Wi-Fi. It can connect many devices at up to 10x the distance or 100x the coverage of conventional Wi-Fi. A single access point can cover an entire home, building, or site, reach through walls and floors, and keep hundreds of battery-powered devices connected. It is genuine Wi-Fi, with the same IP networking, WPA3 security, and Wi-Fi Alliance certification, so it fits existing networks without a separate gateway or carrier.
Wi-Fi HaLow lets one network cover an entire site with fewer access points, simpler installations, and lower running costs than short-range or cellular alternatives. What that looks like in practice:
- One access point instead of several: up to 10x the range, or 100x the area, of conventional Wi-Fi, so a site that once needed numerous access points can be covered by far fewer.
- Reaches difficult locations: 2 to 5x better wall and floor penetration connects devices in basements, across yards, and behind obstacles.
- High speeds at range: over 1,000 times faster than LoRaWAN, sufficient for video, images, audio, and firmware updates.
- Low power by design: built-in power-saving features and efficient transmission reduce how often battery devices need servicing.
- Standard Wi-Fi with IP networking and WPA3 security, requiring no SIM, subscription, proprietary protocol, or translation gateway.
Wi-Fi HaLow uses the sub-1 GHz band, while the Wi-Fi in your home and office uses the higher 2.4, 5, and 6 GHz bands, and that lower frequency travels much farther and passes through walls and floors far more easily, giving up to 10x the range. Peak speed is lower, by design: Wi-Fi HaLow uses channels as narrow as 1 MHz, against the 20 MHz or more of home Wi-Fi, trading raw speed for range and efficiency. That suits the devices it is built for, like cameras, sensors, and locks, rather than high-speed uses like streaming, gaming, and laptops. Everything else is standard Wi-Fi: the same IP networking, WPA3 security, and Wi-Fi Alliance certification.
Wi-Fi HaLow suits any application where devices are spread over a large area, sit behind walls or obstacles, or run on battery power, indoors or outdoors. Common uses include:
- Homes: security cameras, smart locks, and sensors
- Buildings and campuses: access control and monitoring
- Industrial sites: asset tracking, remote sensors, and automation
- Agriculture: cameras and monitoring, plus soil, irrigation, and livestock sensors
