Press release
Global High Precision Spatial Radar Positioning Chips Market Size to Reach US 5280 Million by 2031 at 15.8 CAGR Led by Infineon and NXP
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Leading Companies
Infineon Technologies
NXP Semiconductors
Texas Instruments
Analog Devices
Qualcomm
STMicroelectronics
Bosch Sensortec
Renesas Electronics
Sony Semiconductor Solutions
Intel
Arbe Robotics
Uhnder
Vayyar Imaging
Aptiv
Autotalks
Hella
ZF Friedrichshafen
Valeo
Continental AG
Magna International
Mobileye
Navtech Radar
Smartmicro
Radarxense
Hexagon AB
LeddarTech
Oculii
Aurora Innovation
Cohda Wireless
Qorvo
Types
Millimeter-Wave Radar Chips
Ultra-Wideband Radar Chips
LiDAR-Assisted Positioning Chips
Sensor-Fusion Positioning Chips
Others
Applications
Autonomous Driving & Smart Vehicles
Industrial Automation & Robotics
Drones & Aerospace
Smart Security & Smart Home
Others
Latest Data & Financial Metrics
• Forecasted market size in 2031: US$ 5,280 million
• CAGR (2025-2031): 15.8 %
• 2024 production: ≈ 55.6 million units
• 2024 average selling price (ASP): ≈ US$ 34 / unit
Cost, Gross Profit & Margin Examples
Texas Instruments AWR2944 (76-81 GHz radar SoC)
• Typical distributor list price: ~US$ 28-33 per unit
• With TI's corporate gross margin (≈ 58.1 %), implied cost ~US$ 13.7, gross profit ~US$ 14.3-19
• Gross profit margin: ~58 %
Infineon BGT60TR13C (60 GHz AiP radar sensor)
• Distributor price ~US$ 10.15
• With Infineon's gross margin (~40.9 %), implied cost ~US$ 6.0, gross profit ~US$ 4.15
• Gross profit margin: ~40.9 %
These examples illustrate how leading radar chip products align with broader market ASPs and margin structures in the sector.
2025 Highlights & Technological Advances
• In 2025, NXP launched its third-generation imaging radar processors aimed at enabling L2+ through L4 autonomous driving with improved spatial resolution and bandwidth.
• In early 2025, Infineon disclosed plans to acquire Marvell's automotive Ethernet business, expecting to integrate radar and in-vehicle networking solutions, while signaling exposure to tariff risks in its guidance.
• Arbe Robotics' 2025 showcase of its Phoenix platform demonstrated support for 2,304 virtual channels, ~1° azimuth resolution, 300 m detection range and 30 FPS refresh - a strong validation of imaging radar's transition into commercial deployment.
These developments underscore the shift toward higher frequencies (especially 77-81 GHz), greater integration, imaging radar architectures, and software flexibility in radar systems.
Product Snapshots: Five Representative Chips
NXP - TEF82xx 76-81 GHz Automotive Radar Transceiver
• 3 TX / 4 RX RFCMOS transceiver covering full 76-81 GHz band
• Enables cascaded, short/medium/long-range radar architectures
• Designed for 360° sensing in automotive safety systems
Texas Instruments - AWR2944 76-81 GHz Radar SoC
• 4 TX / 4 RX FMCW radar with >4 GHz instantaneous bandwidth
• Embedded DSP/MCU and adjustable chirp engine onboard
• Targeted at corner and long-range radar modules
Infineon - XENSIV BGT60TR13C 60 GHz AiP Radar
• 5.5 GHz bandwidth in compact antenna-in-package format
• Low power, integrated state machine and digital interface
• Suited for presence, gesture, and industrial sensing
Arbe - Phoenix Imaging Radar Chipset
• Up to 2,304 virtual channels using dense MIMO array
• ~1° azimuth resolution, ~1.7° elevation, 300 m range, 30 FPS
• Supports object separation in cluttered, multi-target scenes
Uhnder - Fully Digital Imaging Radar-on-Chip (RoC)
• First fully digital 4D imaging radar chip in production
• Software-defined pipeline with interference mitigation
• Deployed in automotive fleets via Magna's ICON Radar program
Downstream Customers
Continental
Bosch
ZF Friedrichshafen
Valeo
Denso
Aptiv
Hyundai Mobis
Magna International
Hella
Smartmicro
Navtech Radar
BMW
Mercedes-Benz
Toyota
Volkswagen
Market Trends
The Migration to 77-81 GHz Imaging Radar
In 2025, the industry consensus is coalescing around the 77-81 GHz band as the foundation for high-precision spatial radar. The wider bandwidth, improved signal-to-noise margins, and regulatory harmonization in many jurisdictions make it ideal for imaging radar. The market data signals that mmWave radar segments are scaling fast, and new product launches (e.g. NXP's 3rd-gen imaging radar) are designed around full-band operation and sub-degree resolution.
Push for Radar-on-Chip & System Integration
Traditional radar systems involved discrete RF, analog, and digital blocks. The new class of radar SoCs (e.g. TI AWR2944, NXP TEF82xx) integrates RF front end, baseband, and compute logic on a single die. This reduces bill of materials, power consumption, latency, and module size. The proximity of public list prices and ASPs suggests that dense integration is becoming commoditized at scale.
Imaging Radar Leaves the Lab
In 2025, imaging radar is no longer purely experimental. Systems with thousands of virtual channels, capable of fine separation of adjacent objects, are entering validation and pilot use. Companies are now deploying imaging radar in driver assistance stacks, mapping, collision avoidance, and urban autonomy programs. The Phoenix demonstration is a bellwether for that transition.
Software-Defined Radar & Digital Processing
Fully digital radar chains (Uhnder) are gaining traction due to their adaptability, OTA upgradability, and interference robustness. This trend shifts value upstream-from raw RF to algorithms, signal processing, and software platforms supporting radar calibration, classification, and sensor fusion.
Tariff & Supply Chain Risk as a Design Constraint
In 2025, companies are explicitly citing trade policy uncertainty as a risk to revenue outlooks. As chip supply chains span geographies, duty rates, sourcing, and logistics become strategic levers for radar chip makers. Cost volatility is now part of product roadmaps and pricing frameworks.
Expansion Beyond Automotive
While automotive remains the largest end market, non-automotive uses (e.g. smart infrastructure sensors, industrial robotics, building security, UAV navigation) are contributing meaningful volume growth. The more diverse the downstream base, the more resilient the radar chip market becomes to automotive cycle fluctuations.
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Margin Compression & Price Discipline
As competition intensifies and volumes grow, radar chip makers must defend margins. Public-price vs corporate margin examples (TI, Infineon) show that even leading devices operate under margin pressure. To sustain profitability, differentiation via software, integration, cost control, and product tiers will matter more than sheer scale.
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