mmWave Detector Manufacturer: Top Suppliers Compared for 2026

An mmWave detector manufacturer is a company that designs and produces millimeter-wave radar devices for detecting human presence, motion, and micro-motion in commercial, industrial, and residential applications, with products ranging from bare silicon chipsets (at $2–8 per chipset at 10,000-unit volume) to integrated modules (at $6–25 per module at 10,000-unit volume) to finished detector products (at $50–150 per unit at 1,000-unit volume). The mmWave detector manufacturer market in 2026 is organized into three distinct categories: chipset vendors (Texas Instruments, Infineon, NXP, Calterah, SGR) that supply the underlying silicon, module vendors (Vayyar, Calterah, SGR, Siflower) that integrate the chipset with antennas and RF front-end, and finished product vendors (PresenceSensor, Aqara, Honeywell, Siemens, Schneider Electric) that supply certified, ready-to-deploy mmWave presence detectors. Each manufacturer category serves different customer segments with different needs, and selecting the right mmWave detector manufacturer depends on the buyer's technical capability, the deployment scale, the support requirements, and the regulatory and compliance obligations.

The mmWave detector manufacturer market has matured significantly since 2020, with the 60 GHz band becoming the dominant frequency for indoor presence detection and the chipset ecosystem expanding to include multiple competitive vendors. This guide provides a comprehensive overview of the mmWave detector manufacturer landscape, covering the leading manufacturers in each category, the pricing structure, the quality evaluation criteria, and the selection framework.

mmWave Detector Manufacturer: Chipset Vendors

The chipset vendors supply the underlying mmWave transceiver silicon that is the core of every mmWave presence detector.

mmWave Detector Manufacturer: Texas Instruments

Texas Instruments (TI) is the dominant 60 GHz mmWave detector manufacturer, with a comprehensive product line that includes the IWR6843, IWR6443, and IWR1843 transceivers. The IWR6843 is the most widely used 60 GHz FMCW transceiver for commercial presence detection applications, with integrated DSP, on-chip FFT, and a mature software development kit (SDK).

Pricing for TI's 60 GHz chipsets at 10,000-unit volume is typically $4–8 per chipset. TI maintains regional stocking through major distributors (Mouser, Digi-Key, Arrow) and provides extensive technical documentation and reference designs.

The advantages of TI as an mmWave detector manufacturer include the mature software ecosystem, the comprehensive reference designs, the global technical support, and the strong brand recognition. The disadvantages include the higher chipset cost compared to some Asian vendors and the relatively conservative product roadmap.

mmWave Detector Manufacturer: Infineon

Infineon's XENSIV 60 GHz product line includes the BGT60 series and BGT61 series FMCW transceivers, which are designed for presence detection and gesture recognition applications. Infineon has a strong position in the 24 GHz market and is expanding in 60 GHz, with a particular focus on automotive-qualified designs.

Pricing for Infineon's 60 GHz chipsets at 10,000-unit volume is typically $4–8 per chipset, competitive with TI. Infineon provides a software development kit and reference designs, and has a strong presence in the European market.

The advantages of Infineon include the automotive heritage, the strong European presence, and the competitive pricing. The disadvantages include a less mature software ecosystem compared to TI for some applications.

mmWave Detector Manufacturer: NXP

NXP is the dominant mmWave detector manufacturer in the 77 GHz automotive radar market, with the TEF82xx and SAF85xx product lines. NXP is less active in the 60 GHz commercial market, but its 77 GHz chipsets are used in some industrial and large-venue presence detection applications.

Pricing for NXP's 77 GHz chipsets at 10,000-unit volume is typically $15–40 per chipset, reflecting the automotive-grade qualification and the higher cost of the 77 GHz silicon.

mmWave Detector Manufacturer: Calterah and SGR

Calterah and SGR are Chinese fabless chipset vendors that offer 60 GHz FMCW transceivers at competitive prices. Calterah's CAL60 series and SGR's SGR series are widely used in the Asian commercial market and are gaining market share globally.

Pricing for Asian chipset vendors' 60 GHz chipsets at 10,000-unit volume is typically $2–5 per chipset, significantly lower than TI or Infineon. The disadvantages include less mature software ecosystems, more limited global technical support, and potential concerns about long-term supply stability.

mmWave Detector Manufacturer: Module Vendors

The module vendors integrate the mmWave chipset with antennas, RF front-end, and baseband processing into production-ready modules.

mmWave Detector Manufacturer: Vayyar

Vayyar is a leading module vendor that offers 60 GHz mmWave modules with on-module processing, machine learning classification, and a comprehensive software development kit. Vayyar's modules are used in fall detection, presence detection, and automotive applications.

Pricing for Vayyar modules at 10,000-unit volume is typically $15–25 per module, reflecting the high level of integration and the included software.

mmWave Detector Manufacturer: Asian Module Vendors

Calterah, SGR, and Siflower (another Asian vendor) offer integrated mmWave modules that combine the chipset with antennas and RF front-end. These modules are typically priced at $8–15 per module at 10,000-unit volume, competitive with Western module vendors but with more limited global support.

mmWave Detector Manufacturer: Infineon Reference Modules

Infineon offers pre-integrated reference modules based on its XENSIV chipsets, providing OEMs with a starting point for product development. These modules are typically priced at $10–20 per module at 10,000-unit volume, and include reference firmware and application notes.

mmWave Detector Manufacturer: Finished Product Vendors

The finished product vendors supply certified, ready-to-deploy mmWave presence detectors with full certification, warranty, and technical support.

mmWave Detector Manufacturer: PresenceSensor

PresenceSensor is a leading finished product vendor that offers ceiling-mounted and wall-mounted mmWave detectors with Zigbee, WiFi, and Matter connectivity. The product line includes the ceiling-presence-sensor-zigbee, ceiling-presence-sensor-wifi, and ceiling-presence-sensor-matter SKUs, with wholesale pricing at $50–100 per unit at 1,000-unit volume.

PresenceSensor's strengths include the broad product line (covering the major connectivity protocols), the strong technical support, the documented GDPR/CCPA compliance posture, and the integration with major property management systems and building management systems.

mmWave Detector Manufacturer: Aqara

Aqara is a consumer-focused mmWave detector manufacturer, with the FP2 being the flagship product. The FP2 is a ceiling-mounted 60 GHz mmWave sensor with multi-zone presence detection, fall detection, and integration with Apple HomeKit, Amazon Alexa, Google Home, and IFTTT.

Aqara's products are designed primarily for the residential smart home market, but they have been adopted in some small hotel and office deployments. The wholesale pricing for Aqara products at 1,000-unit volume is typically $40–80 per unit.

mmWave Detector Manufacturer: Honeywell, Siemens, Schneider Electric

The major building automation vendors (Honeywell, Siemens, Schneider Electric) all offer mmWave presence detectors as part of their larger BMS portfolios. These products are typically integrated with the vendor's BMS platform and are priced at a premium ($100–200 per unit) compared to standalone products. The advantage is the deep integration with the BMS; the disadvantage is the vendor lock-in.

mmWave Detector Manufacturer: Selection Framework

Selecting the right mmWave detector manufacturer depends on the procurement team's needs.

mmWave Detector Manufacturer: Step 1 — Determine the Procurement Need

The first step is to determine whether the procurement team needs a chipset, a module, or a finished product. An OEM designing a custom product needs a chipset or a module. A system integrator adding presence detection to an existing product needs a module. An end-user deployment (hotel chain, office operator) needs a finished product.

mmWave Detector Manufacturer: Step 2 — Determine the Frequency Band

The second step is to determine the appropriate frequency band. For indoor presence detection applications, 60 GHz is the default choice. For long-range industrial applications, 77 GHz may be appropriate. For cost-sensitive motion-only applications, 24 GHz may be sufficient.

mmWave Detector Manufacturer: Step 3 — Evaluate the Manufacturer

The third step is to evaluate the manufacturer across the four dimensions (technical capability, manufacturing quality, supply chain resilience, commercial terms) and to request quotes from 2–3 manufacturers for comparison. The evaluation should include a request for independent test data, a review of certifications, and a check of references from existing customers.

mmWave Detector Manufacturer: Step 4 — Execute a Pilot Order

The fourth step is to execute a pilot order (50–500 units) before committing to a full bulk order. The pilot order verifies the manufacturer's claims in the actual deployment environment.

mmWave Detector Manufacturer: Quality Evaluation

Selecting an mmWave detector manufacturer requires evaluating the quality across multiple dimensions.

Certifications

The mmWave detector manufacturer should hold the following certifications:

• ISO 9001: quality management system certification
• IATF 16949: automotive quality management (for 77 GHz manufacturers)
• ISO 13485: medical device quality management (for healthcare-focused manufacturers)

The mmWave detector product should carry the following certifications:

• FCC (US), CE (EU), IC (Canada), RoHS (global), and any regional certifications
• SB-327 (California): for connected devices sold in California
• HIPAA (US healthcare): for devices processing patient data

Manufacturing Quality Metrics

The mmWave detector manufacturer should provide the following quality metrics:

• Production yield rate: above 95%
• Field failure rate: below 0.5% per year
• MTBF: above 100,000 hours (10+ years)
• Warranty period: 12–24 months standard

mmWave Detector Manufacturer: Common Pitfalls

Several common pitfalls can undermine an mmWave detector manufacturer selection:

1. Choosing based on price alone: the cheapest manufacturer may not meet the application requirements
2. Not verifying the stationary-occupant TPR: accepting marketing claims without independent test data
3. Not evaluating chipset sourcing: failing to ask whether the chipset is dual-sourced
4. Not considering the integration requirements: a sensor that cannot integrate with the downstream system is useless
5. Not conducting a pilot: committing to a full order without first verifying the manufacturer's claims

mmWave Detector Manufacturer: Future Trends

The mmWave detector manufacturer market is evolving rapidly, driven by several trends:

• Single-chip integration: the integration of mmWave transceivers and wireless radios into single-chip solutions is reducing cost
• On-device machine learning: modern mmWave detectors are including on-device ML for improved accuracy
• Matter adoption: the emergence of Matter is creating new product opportunities
• Multi-sensor convergence: the convergence of mmWave with other sensing modalities is enabling new applications

mmWave Detector Manufacturer: Final Recommendation

The mmWave detector manufacturer market offers a range of options for different customer segments. For an OEM designing a custom product, a chipset vendor (TI, Infineon) or a module vendor (Vayyar, Calterah) is the right source. For a system integrator with engineering capability, a module vendor is the right source. For an end-user deployment that needs ready-to-install devices, a finished product vendor (PresenceSensor, Aqara, Honeywell) is the right source.

For a procurement team or a consumer selecting an mmWave detector manufacturer, the right approach is to start with a clear definition of the application requirements, then evaluate the available manufacturers against those requirements, then select a manufacturer with a proven track record in the target vertical, and then execute a pilot before committing to a full deployment. With the right manufacturer, the procurement team can secure competitive pricing, ensure quality and reliability, and establish a long-term relationship that can support the organization's presence detection deployments for years to come.

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