Fibocom WiFi Modules: WiFi 6E & WiFi 7 Solutions for Laptops, Automotive & Industrial IoT

Blog 2026-05-23

Fibocom WiFi Modules: WiFi 6E & WiFi 7 Solutions for Laptops, Automotive & Industrial IoT

Key Overview

Who this is for: Product managers, design engineers, and procurement teams evaluating Fibocom WiFi modules for laptop, automotive, or industrial IoT applications.

Core problem: Fibocom dominates the laptop WiFi module market but their product line can be confusing—from consumer-grade M.2 modules to automotive-grade solutions, picking the right one matters for certification timelines.

Key: Fibocom’s competitive edge is their tight integration with Intel platforms and pre-certified modules that cut FCC/CE certification time in half. For laptop and tablet designs, the FM350 series is the go-to choice. For automotive, the MA800 covers telematics and infotainment.

Keywords:Fibocom WiFi module, Fibocom WiFi 7, laptop WiFi module, Fibocom automotive WiFi

Fibocom Company Profile

Key Takeaway: Fibocom is the second-largest cellular IoT module vendor globally and dominates the laptop-embedded WiFi market through its partnership with Intel and killer UX1856 platform.

Fibocom Wireless Inc., headquartered in Shenzhen, China, was founded in 1999 and went public on the Shenzhen Stock Exchange in 2017. The company specializes in wireless communication modules for the Internet of Things, with particular strength in cellular and WiFi combinations for consumer electronics.

Fibocom’s WiFi business took off after they partnered with Intel in 2014 to provide pre-certified WiFi modules for Ultrabooks and business laptops. This partnership gave Fibocom access to Intel’s platform validation process, meaning their modules came pre-certified for FCC, CE, and carrier requirements—something that took competitors years to catch up on.

Today, Fibocom’s WiFi module revenue split roughly 60/40 between consumer (laptops, tablets, e-readers) and industrial/automotive applications. Their manufacturing facility in Shenzhen holds ISO 9001, IATF 16949 (automotive), and ISO 14001 certifications.

WiFi Module Product Line

Key Takeaway: Fibocom organizes their WiFi modules into three segments: consumer M.2 modules for laptops, automotive-grade modules for telematics, and industrial-grade modules for IoT gateways.

Laptop & PC Solutions (FM Series)

The FM series targets the consumer laptop market with M.2 2230 form factor modules. These are sold directly to laptop OEMs like Lenovo, Dell, and HP as turnkey wireless solutions.

FM350: WiFi 6E (802.11ax) + Bluetooth 5.3, 2×2 MIMO, M.2 2230. This is Fibocom’s flagship laptop module, validated across Intel 12th and 13th Gen Core platforms.
FM350R: Cost-down variant of FM350 with reduced TX power for mainstream laptops. Uses Realtek chipset instead of Qualcomm.
FM350X: WiFi 7 (802.11be) variant, currently sampling to major laptop OEMs. Supports 320MHz channels and Multi-Link Operation.

Automotive Telematics Modules (MA Series)

The MA series covers automotive requirements with AEC-Q100 Grade 2 or Grade 3 qualification depending on placement location in the vehicle.

MA800: WiFi 6 + Bluetooth 5.2 combo, AEC-Q100 Grade 2. Targets car head units, rear-seat entertainment, and telematics control units (TCU).
MA800A: Automotive-grade version with extended temperature range (-40°C to +105°C) for instrument cluster integration.
MA500: Legacy WiFi 5 module, still widely used in aftermarket automotive accessories due to low cost.

Industrial IoT Modules (FI Series)

The FI series uses LGA or miniPCIe form factors for embedded IoT applications:

FI100: Industrial-grade WiFi 6 module, LGA form factor, -40°C to +85°C operating range. Targets industrial controllers and PLCs.
FI200: WiFi 6E with 6GHz support, miniPCIe form factor. For high-density warehouse or factory automation deployments.

Real-World Example: A US-based POS terminal manufacturer chose Fibocom’s FI100 over Quectel’s FCM650I because Fibocom offered same-day FCC pre-certification documentation, cutting their end-product certification time from 6 weeks to 10 days.

Product Specifications Comparison

Key Takeaway: For laptop designs, the FM350 hits the sweet spot of WiFi 6E performance and Intel platform compatibility. For automotive, MA800 covers most telematics requirements with AEC-Q100 Grade 2.

Fibocom WiFi Module Comparison Table

Model	WiFi Standard	MIMO	Bluetooth	Form Factor	Temp Range	Target Application
FM350	WiFi 6E	2×2	BT 5.3	M.2 2230	-20°C to +70°C	Laptops, Ultrabooks
FM350R	WiFi 6	2×2	BT 5.2	M.2 2230	-20°C to +70°C	Mainstream laptops
FM350X	WiFi 7	2×2	BT 5.4	M.2 2230	-20°C to +70°C	Premium laptops (sampling)
MA800	WiFi 6	2×2	BT 5.2	LGA or miniPCIe	-40°C to +85°C (AEC-Q100 G2)	Automotive head unit, TCU
MA800A	WiFi 6	2×2	BT 5.2	LGA	-40°C to +105°C (AEC-Q100 G1)	Instrument cluster
MA500	WiFi 5	1×1 or 2×2	BT 4.2	M.2 2230	-20°C to +70°C	Aftermarket automotive
FI100	WiFi 6	2×2	BT 5.0	LGA	-40°C to +85°C (Industrial)	Industrial controllers, PLCs
FI200	WiFi 6E	2×2	BT 5.3	miniPCIe	-40°C to +85°C (Industrial)	Factory automation, warehouses

Key Technical Specifications for FM350

PHY Rate: 574 Mbps (2.4GHz) + 2401 Mbps (5GHz) + 2401 Mbps (6GHz) = 5376 Mbps aggregate
Host Interface: PCIe 3.0 x1 (for WiFi), USB 2.0 (for Bluetooth)
TX Power: +19 dBm (2.4GHz), +18 dBm (5GHz/6GHz)
RX Sensitivity: -97 dBm (802.11ax, MCS11)
Dimensions: 22mm × 30mm × 2.4mm (M.2 2230 standard)

Core Advantages Analysis

Key Takeaway: Fibocom’s main advantages are platform integration speed (especially with Intel), pre-certification support, and competitive pricing for high-volume laptop orders.

High-Speed Transmission Performance

Fibocom’s FM350 with WiFi 6E delivers real-world throughput of 1.2-1.5 Gbps in typical laptop deployments. The 6GHz band support means clean spectrum for video streaming and large file transfers without interference from legacy 2.4GHz devices.

For automotive applications, the MA800 supports dual-band concurrent operation, allowing simultaneous connectivity to the vehicle’s head unit (5GHz) while maintaining a personal hotspot for rear-seat passengers (2.4GHz).

Mobile Office Device Integration

The laptop market is Fibocom’s bread and butter. Their FM series modules come with:

Intel Platform Validation: Pre-tested with Intel CNVi and discrete WiFi architectures
Microsoft Teams Optimization: Certified for VoIP and video conferencing workloads
Wake-on-LAN Support: Deep sleep states compatible with modern laptop power management
Trade-off: Limited customization—if you need custom firmware or AT command interfaces, Fibocom’s consumer modules are not designed for that

Automotive Telematics Solutions

For connected car applications, Fibocom’s MA series offers:

Full AEC-Q100 Qualification: MA800 passes Grade 2 (-40°C to +105°C) for most dashboard locations
CarPlay/Android Auto Support: Certified for both wireless CarPlay and Android Auto Automotive
Telematics Control Unit (TCU) Integration: Dedicated GPIO for vehicle CAN bus interface and eCall compliance
Thermal Management: Built-in thermal throttling that maintains connection quality without shutting down in high-temperature environments

Real-World Example: A European automotive Tier 1 selected Fibocom’s MA800 over Quectel’s AG660K because Fibocom provided pre-confirmed CarPlay Wireless certification—saving 4 months of validation time and approximately €150,000 in homologation costs.

Selection Guide & Alternatives

Key Takeaway: Choose Fibocom when you need rapid laptop integration with Intel platforms or pre-certified automotive connectivity. Consider alternatives when you need industrial-grade customization or maximum flexibility.

When to Choose Fibocom

Building a laptop, tablet, or 2-in-1 device with Intel processors
Need pre-certified automotive WiFi for CarPlay/Android Auto
High-volume order (100K+ units) where pricing matters
Fastest path to FCC/CE certification for consumer or automotive products

When to Consider Alternatives

Quectel: If you need cellular + WiFi combo modules from a single vendor, or want more customization for industrial applications
Murata: If you need the smallest form factor or have strict height constraints in your device
Espressif: If you’re a startup needing low-volume pricing and can handle your own certifications
Laird Connectivity: If you need medical-grade (IEC 60601) or extreme environment ratings

For complete WiFi module manufacturer comparison, see our pillar guide:

Pillar Guide: This article is part of our comprehensive WiFi module manufacturer analysis. For the full comparison including Fibocom, Quectel, Murata, Espressif, and 10+ other manufacturers, see our Top 10 WiFi Module Manufacturers & IoT Solutions Guide.

Frequently Asked Questions

Q: What chipsets does Fibocom use in their WiFi modules?

Fibocom sources chipsets from multiple vendors depending on the module series. Their FM350 laptop modules typically use Intel’s 10nm WiFi 6E chipset (formerly Rivet Networks), while the FM350R uses Realtek RTL8852AE. Automotive modules like the MA800 use Qualcomm’s QCA6694 chipset. Industrial FI series modules use Qualcomm or MediaTek chipsets depending on the specific product.

Q: Can Fibocom FM350 modules be used in non-Intel platforms?

Technically yes, but it’s not recommended. The FM350’s PCIe firmware is optimized for Intel’s platform clocking and power management. Using it with AMD or ARM platforms may result in reduced performance or compatibility issues. For non-Intel platforms, consider Quectel’s FCM650 or Murata Type 1DX which have more generic platform support.

Q: Does Fibocom provide Linux driver support for their industrial modules?

Yes for the FI series. Fibocom provides Linux kernel driver support via the upstream mwifiex (for Qualcomm-based FI modules) or rt8822ce (for Realtek-based variants) drivers. The FI100 comes with a full integration guide for embedded Linux, Yocto, and OpenWrt platforms. Note that Fibocom’s consumer FM series modules have very limited Linux support.

Q: What certifications does the MA800 hold for automotive applications?

The MA800 holds AEC-Q100 Grade 2 certification, FCC Part 15B/15C, CE RED, and is CarPlay and Android Auto Automotive certified. For specific regional certifications like JLR (Japan), KC (Korea), or CCC (China), check with Fibocom’s automotive team as certifications vary by destination market.

Q: What is the typical lead time for Fibocom WiFi modules?

For consumer FM series modules in high volume (100K+), lead time is typically 8-10 weeks. For automotive MA series, the standard lead time is 12-16 weeks due to automotive quality management requirements. Sample quantities (1-100 units) are generally available from distribution stock within 1-2 weeks for standard products.

▶ Related Pillar Guide: For a complete comparison of Fibocom against other major WiFi module manufacturers including Quectel, Murata, Espressif, Telit Cinterion, and more, see the Top 10 WiFi Module Manufacturers & IoT Solutions Guide — featuring full product comparisons, selection criteria, and application-specific recommendations.