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자동차용 디지털 키 업계 동향(2026년)

Automotive Digital Key Industry Trend Report, 2026
발행일: | 리서치사: 구분자 ResearchInChina | 페이지 정보: 영문 650 Pages | 배송안내 : 1-2일 (영업일 기준)

    
    
    



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디지털 키 관련 조사: 차량용 BLE, UWB, SLE의 하드웨어 구성

ResearchInChina가 발표한 "자동차용 디지털 키 업계 동향(2026년)" 보고서는 디지털 키 시장, 통신 기술 및 표준, 산업 체인 및 경쟁 상황, OEM 업체들의 응용 사례 및 계획, 칩 벤더 및 시스템 통합업체에 대해 분석 및 예측하고, 향후 동향을 예측하고 있습니다.

1. 자동차 디지털 키는 시장 구조 조정 단계에 들어갑니다.

2025-2026년까지 중국의 승용차 디지털 키 시장은 빠른 성장을 유지했습니다.

2025년 중국에서는 1,333만 5,000대의 승용차에 디지털 키가 탑재되어 전년 대비 20.5% 증가할 것으로 예상됩니다. 탑재율은 58.1%로 전년 대비 약 9.7% 포인트 상승했습니다.

2026년 1월부터 2월까지 중국에서는 155만 4,000대의 승용차에 디지털 키가 장착되어 전년 동기 대비 0.8% 증가했습니다. 탑재율은 59.0%로 전년 대비 약 9.1%포인트 상승했습니다.

2025년과 2026년 1-2월의 승용차 판매량과 디지털 키 탑재 실적을 바탕으로 시장 전망을 상향 조정했습니다. 디지털 키 탑재율은 2026년 60%를 넘어설 것이며, 2032년 이후에는 90%를 넘어설 것으로 예상됩니다. 향후 수년간 디지털 키는 양적 확대에서 질적 향상으로 전환될 것이며, OEM 업체들은 디지털 키의 성능 안정성에 더욱 집중하게 될 것입니다.

각 시장 세분화의 성장에 따라 향후 시장 구조는 다음과 같은 방향으로 조정될 것이다:

BLE 솔루션(BLE, BLE+NFC 포함)은 여전히 시장의 주류로, 도입률 기준으로 디지털 키 시장의 절반을 차지하며, 주로 저가형 및 중저가형 자동차를 대상으로 합니다.

UWB 솔루션은 성능 우위, 고정밀 측위 및 레이더 기능을 통해 미래의 디지털 키에 차량내 모니터링 및 킥 레이더와 같은 다중화 기능을 통합하여 총비용을 최적화할 수 있습니다.

니어링크 솔루션은 2025년 양산 및 차량 탑재를 시작했습니다. Harmony Intelligent Mobility Alliance(HIMA) 회원사의 판매 확대와 화웨이의 영향력을 바탕으로 니어링크 키의 탑재 대수와 탑재율은 불과 1년 만에 크게 증가했습니다. 2026년에는 두 배로 증가하여 점차 디지털 키 기술의 주류 중 하나가 될 것으로 예상됩니다.

NFC solutions은 다양한 브랜드와의 협업을 필요로 합니다. 통신 거리가 짧고, 적용 장면이 제한적이기 때문에 NFC 전용 솔루션의 성장 여지는 제한적일 것으로 예상됩니다.

2. BLE 키는 일반적으로 3 - 5 개의 블루투스 앵커를 사용

차량용 BLE 키 솔루션에서 1 앵커 방식은 거의 채택되지 않고, 1+2 또는 1+3 방식이 비교적 일반적입니다. 테슬라 '모델3'는 1+2 솔루션을 채택하여 마스터 앵커는 센터 콘솔 근처에, 슬레이브 앵커(안테나 모듈)는 좌우 B필러에 배치되어 있습니다. UBITRAQ의 멀티 블루투스 솔루션은 1+3 솔루션을 채택하여 마스터 앵커는 센터 콘솔 근처에, 슬레이브 앵커는 좌우 B필러와 차량 후방에 배치되어 있습니다.

BLE+NFC 솔루션에서는 일반적으로 블루투스 앵커의 수가 5개로 늘어납니다. 예를 들어 YFORE Technology의 DK1.0 Max 솔루션은 5개의 BLE 앵커와 2개의 NFC 앵커를 채택하여 패시브 잠금 및 잠금 해제뿐만 아니라 기어 변경 후 즉시 시동을 걸 수 있습니다.

3. UWB 키는 일반적으로 4-6개의 UWB 앵커를 사용

차량용 UWB 하드웨어 아키텍처에는 크게 두 가지 솔루션이 있습니다. :

(1) '외부 앵커 4개 + 내부 앵커 1개' - 전면 및 후면 범퍼 양쪽에 4개의 외부 앵커를 배치하고, 센터 콘솔에 내부 앵커를 배치합니다.

(2) '외부 앵커 0개 + 내부 앵커 4개' - B필러 양측 및 전후면 창문에 4개의 UWB 앵커를 설치합니다.

OEM 양산 솔루션은 일반적으로 4-6개의 UWB 앵커를 사용합니다.

Lynk &Co는 4개의 UWB 앵커 외에 1개의 BLE 앵커와 2개의 NFC 앵커를 사용합니다.

ZEEKR은 6개의 UWB 앵커와 1개의 BLE 앵커를 채택했습니다.

XPeng은 6개의 UWB 앵커 외에 2개의 BLE 앵커와 2개의 NFC 앵커를 채택하고 있습니다.

높은 비용과 높은 전력 소비는 여전히 UWB 키의 보급에 있으며, 병목현상이 되고 있습니다. 따라서 앵커의 수를 줄이는 것이 업계의 비용 절감 방안 중 하나가 되고 있습니다. UBITRAQ와 Joynext는 관련 솔루션을 발표했습니다.

(1) 유비트락

UBITRAQ는 특허받은 UWB-AOA 단일 기지국 측위 시스템을 UWB 디지털 키의 응용 시나리오에 도입하고 있습니다. 이를 통해 UWB 디지털 키가 장착된 차량 1대의 앵커 수를 5개에서 최소 1개(차량내 UWB-AOA 앵커 1개 설치)로 줄일 수 있습니다.

UBITRAQ는 UWB-AOA 앵커를 차량 천장에 설치하여 신호가 유리를 통과하여 차량 외부를 커버할 수 있도록 하고 있습니다. 위치 측정 알고리즘은 A/B/C 기둥, 도어, 차체가 UWB 신호에 미치는 차폐 효과를 처리합니다. 이러한 방식으로 UWB 키의 360 ° 위치 측정을 실현하려면 적어도 하나의 새로운 앵커가 필요합니다. 차량 전체에 2개의 UWB-AOA 앵커를 설치하면 시스템이 더욱 안정적으로 작동합니다.

(2) Joynext

조이넥스트는 nAccess 하드웨어 모듈을 활용하여 UWB 디지털 키와 Child Presence Detection(CPD)을 하나의 시스템에 통합한 가성비 높은 '듀얼 앵커' 디지털 키 솔루션을 출시했습니다.

4. NearLink 키는 일반적으로 5 개의 NearLink 앵커를 사용

현 단계에서 니어링크는 보통 5개의 앵커를 사용합니다. 마스터 앵커는 종종 독서등 근처에 설치되며, 슬레이브 앵커는 전면 및 후면 범퍼 또는 좌우 B필러에 설치됩니다. 이 배열은 외관이 아름다울 뿐만 아니라 신호 커버리지와 거리 측정 정확도를 보장합니다. 사용자가 차량에 접근하면 마스터 앵커가 디지털 키와 연결을 설정하고, 슬레이브 앵커를 작동시켜 네트워크를 구축합니다. 멀티 앵커 거리 측정 알고리즘을 통해 시스템은 키와 각 앵커 사이의 거리를 정확하게 계산하여 거리 측정 결과를 출력할 수 있습니다.

공급 업체의 대량 생산 솔루션에 따르면

YFORE Technology가 발표한 BLE+NFC+NearLink 솔루션은 5개의 NearLink 앵커(마스터용 내부 모듈 1개와 슬레이브용 외부 모듈 4개)를 사용하여 액티브 웰컴, 패시브 잠금/잠금 해제, 키 공유, 원격 주차, 키리스 스타트, 멀티 유저 연결, OTA 업데이트 공유, 원격 주차, 키리스 스타트, 다중 사용자 연결, OTA 업데이트 등의 기능을 구현합니다.

UBITRAQ는 UWB-AOA 기술을 활용하여 NearLink+UWB 솔루션을 출시했습니다. 이 솔루션은 주로 위치 측정을 위해 두 개의 UWB 앵커를 사용하며, 기존의 블루투스 칩 대신 하나 또는 4개의 NearLink 앵커를 채택합니다.

목차

제1장 자동차 디지털 분야의 주요 시장 동향과 예측

제2장 디지털 키 기술 로드맵과 응용 동향

제3장 디지털 키 산업 체인 구조와 응용 동향

제4장 OEM의 디지털 키 레이아웃

제5장 디지털 키 칩 벤더

제6장 해외 디지털 키 시스템 공급업체

제7장 국내 디지털 키 시스템 공급업체

KSA 26.06.01

Digital Key Research: Automotive BLE, UWB and SLE Hardware Layout

The Automotive Digital Key Industry Trend Report, 2026, released by ResearchInChina, analyzes and predicts the digital key market, communication technology and standards, industry chain and competitive landscape, OEMs' applications and planning, chip vendors and system integrators, and forecasts the trends.

1. Automotive digital keys will enter the market structure adjustment stage

From 2025 to 2026, China's passenger car digital key market sustained rapid growth.

In 2025, 13.335 million passenger cars were installed with digital keys in China, a year-on-year increase of 20.5%; the installation rate reached 58.1%, up about 9.7 percentage points from last year.

From January to February 2026, 1.554 million passenger cars were installed with digital keys in China, a year-on-year increase of 0.8%; the installation rate reached 59.0%, up about 9.1 percentage points from last year.

Based on the sales volume of passenger cars and the installations of digital keys in 2025 and January-February 2026, we have raised our market expectation. The digital key installation rate will exceed 60% in 2026 and be higher than 90% from 2032. In the next few years, digital keys will shift from quantitative improvement to qualitative improvement, and OEMs will pay more attention to the stability of digital key performance.

As per the growth of each market segment, the future market structure is adjusted in the following directions:

BLE Solutions (including BLE, BLE+NFC) is still mainstream in the market, and will account for half of the digital key market by installation rate, basically covering economical vehicle models and mid-range vehicle models;

With its performance advantages, high-precision positioning and radar, the UWB solution will integrate future digital keys with other functions, such as multiplexing functions like in-cabin monitoring and kick radar, to make the overall cost optimal.

NearLink solutions began mass production and vehicle deployment in 2025. Given the sales growth of the vehicle models of Harmony Intelligent Mobility Alliance (HIMA) and Huawei's influence, the installations and installation rate of NearLink keys have increased significantly in just one year. It is expected to double in 2026 and gradually become one of the mainstream digital key technologies.

NFC solutions involve integration with various brands. Due to the short communication distance and limited application scenarios, it is predicted that the NFC-only solution will have limited room for growth.

2. BLE keys usually use 3-5 Bluetooth anchors

In automotive BLE key solutions, the 1-anchor solution is rarely used, and the 1+2 or 1+3 solution is relatively common. The Tesla Model 3 uses a 1+2 solution, with the master anchor located near the center console and the slave anchors (antenna modules) located on the left and right B-pillars. UBITRAQ's multi-Bluetooth solution uses a 1+3 solution, with the master anchor near the center console and the slave anchors on the left and right B-pillars and the rear of the vehicle.

In the BLE+NFC solution, the number of Bluetooth anchors is usually increased to 5. For example, YFORE Technology's DK1.0 Max solution uses 5 BLE anchors + 2 NFC anchors, enabling passive locking and unlocking as well as instant driving after gear shifting.

3. UWB keys usually use 4-6 UWB anchors

There are two common vehicle UWB hardware architecture solutions:

(1) "4 exterior anchors + 1 interior anchor": deploy 4 exterior anchors on both sides of the front and rear bumpers, and the interior anchor at the center console.

(2) "0 exterior anchor + 4 interior anchors": deploy 4 UWB anchors on both sides of the B-pillar and the front and rear windshields in the vehicle.

As per mass production solutions of OEMs, 4-6 UWB anchors are commonly used:

Lynk & Co uses 4 UWB anchors, as well as a BLE anchor and 2 NFC anchors;

ZEEKR uses 6 UWB anchors and a BLE anchor;

XPeng uses 6 UWB anchors, as well as 2 BLE anchors and 2 NFC anchors.

High cost and high power consumption are still bottlenecks for popularization of UWB keys. Therefore, reducing anchors has become one of the ways to lower costs in the industry. UBITRAQ and Joynext have launched related solutions.

(1) UBITRAQ

UBITRAQ is introducing its patented UWB-AOA single-base-station positioning system into UWB digital key application scenarios. It can reduce the number of anchors in a single vehicle with a UWB digital key from five to at least one (one UWB-AOA anchor is deployed in the vehicle).

UBITRAQ places the UWB-AOA anchor on the ceiling of the vehicle, allowing the signal to penetrate through the glass and cover the outside of the vehicle. The positioning algorithm handles the blocking effect of the A/B/C pillars, doors and body on the UWB signal. In this way, at least one new anchor is needed to achieve 360° positioning of the UWB key. If two UWB-AOA anchors are placed in the whole vehicle, the system can work more stably.

(2) Joynext

Relying on the nAccess hardware module, Joynext launches a cost-effective "dual-anchor" digital key solution that integrates UWB digital key and Child Presence Detection (CPD) through a system.

4. NearLink keys usually use 5 NearLink anchors

At this stage, NearLink usually uses 5 anchors. The master anchor is often installed near the reading light, and the slave anchors are installed at the front and rear bumpers/left and right B-pillars. This layout is not only beautiful, but also ensures signal coverage and ranging accuracy. When the user approaches the vehicle, the master anchor establishes a connection with the digital key and wakes up the slave anchors to complete networking. Through the multi-anchor ranging algorithm, the system can accurately calculate the distance between the key and each anchor and output the ranging results.

As per the mass production solutions of suppliers:

The BLE+NFC+NearLink solution launched by YFORE Technology uses 5 NearLink anchors (one master interior module and four slave exterior modules) to realize such functions as active welcome, passive locking/unlocking, key sharing, remote parking, keyless start, multi-user connection, and OTA updates.

Relying on UWB-AOA technology, UBITRAQ launches the NearLink+UWB solution which uses 2 UWB anchors mainly for positioning, and 1 or 4 NearLink anchors to replace the traditional Bluetooth chip.

Table of Contents

1 Automotive Digital Key Market Trends and Forecast

  • 1.1 Introduction to Digital Keys
  • Overview of Digital Key
  • Digital Key System Architecture
  • Digital Key System Operation Process
  • Digital Key Hardware Architecture
  • 1.2 Development History of Digital Key
  • 1.3 Digital Key Technology Routes
  • 1.4 Application Scenarios of Digital Key
  • Trends
  • Cases (1)
  • Cases (2)
  • Cases (3)
  • 1.5 Digital Key Installation Data
  • Installation Rate of Digital Keys in Passenger Cars
  • Brand and Vehicle Model Distribution
  • Price Distribution
  • Brand Distribution
  • Solution Distribution
  • 1.6 Digital Key Market Forecast, 2026-2033E
  • Market Size Forecast
  • Market Share Forecast by Segment
  • Digital Key Integration Solution Installation Trend Forecast
  • Digital Key Market Size Forecast
  • 1.7 Digital Key Standards and Consortiums
    • 1.7.1 Car Connectivity Consortium (CCC)
    • Standard Evolution
    • System Architecture of CCC 3.0
    • Digital Key Ecosystem
    • Digital Key Authentication
    • Members
    • 1.7.2 Intelligent Car Connectivity Industry Ecosystem Alliance (ICCE)
    • Evolution of Digital Key Standards and Specifications
    • Digital Key Authentication
    • Members
    • 1.7.3 Intelligent Car Connectivity Open Alliance (ICCOA)
    • Members
    • ICCOA Digital Key 2.0
    • ICCOA Digital Key 3.0
    • ICCOA Digital Key 4.0
    • 1.7.4 SparkLink Alliance
    • Main members
    • Standards and Specifications
    • Digital Key SIG

2 Digital Key Technology Roadmaps and Application Trends

  • 2.1 Digital Keys Based on Bluetooth Low Energy (BLE)
  • Technical Features of Bluetooth
  • Bluetooth Positioning Technology 1
  • Bluetooth Positioning Technology 2
  • Installation Features of Bluetooth Keys: Digital Key Solutions with BLE
  • Installation Features of Bluetooth Keys: BLE Solutions
  • Installation Features of Bluetooth Keys: BLE+NFC Solutions
  • Predicted Proportion of Bluetooth CS in Bluetooth Digital
  • BLE Digital Key System Architecture
  • Summary of Representative BLE Digital Key Solutions (1)
  • Summary of Representative BLE Digital Key Solutions (2)
  • Summary of Representative BLE Digital Key Solutions (3)
  • Summary of Representative BLE Digital Key Solutions (4)
  • Application Trends of Bluetooth in Vehicles (1)
  • Application Trends of Bluetooth in Vehicles (5)
  • 2.2 UWB-based Digital Keys
  • Technical Features of UWB
  • Installation Features of UWB Keys: Digital Key Solutions with UWB
  • Installation Features of UWB Keys: BLE+NFC+UWB Solutions
  • Digital Key Launch Timetable of Major OEMs
  • UWB-Enabled Mobile Phone Market
  • UWB-Based Digital Key Solutions
  • Summary of Representative UWB Digital Key Solutions (1)
  • Summary of Representative UWB Digital Key Solutions (5)
  • Application Trends of UWB in Vehicles
  • Application Trends of UWB in Vehicles (1)
  • Application Trends of UWB in Vehicles (2)
  • Application Trends of UWB in Vehicles (8)
  • Application Trends of UWB in Vehicles (9)
  • Development Trends of UWB Keys (1)
  • Development Trends of UWB Keys (2)
  • Development Trends of UWB Keys (3)
  • Development Trends of UWB Keys (4)
  • 2.3 NFC-based Digital Keys
  • Technical Features of NFC
  • Application Trends of NFC in Vehicles
  • Installation Features of NFC Keys: Digital Key Solutions with NFC
  • 2.4 NearLink-based Digital Keys
  • Applications of NearLink in Digital Keys
  • NearLink Technology Overview
  • NearLink Industry Chain
  • Vehicles Models with NearLink Digital Keys
  • Features of NearLink Digital Keys
  • NearLink Digital Key Architecture
  • Advantages of NearLink (1)
  • Advantages of NearLink (2)
  • Advantages of NearLink (3)
  • Advantages of NearLink (4)
  • Installation Features of NearLink Keys: Digital Key Solutions with NearLink
  • Installation Features of NearLink Keys: Technology Solution Distribution
  • Installation Features of NearLink Keys: Price Distribution
  • Installation Features of NearLink Keys: Vehicle Model Distribution
  • Summary of Representative NearLink Digital Key Solutions
  • NearLink Digital Key Solution 1
  • NearLink Digital Key Solution 2
  • NearLink Digital Key Solution 3

3 Digital Key Industry Chain Structure and Application Trends

  • 3.1 Digital Key Industry Chain
  • 3.2 Digital Key Competitive Landscape
  • Competitive Landscape of Digital Key System Integrators
  • Summary of Digital Key System Integrators - Foreign Companies
  • Summary of Digital Key System Integrators - Domestic Companies
  • 3.3 Digital Key Cost Composition
  • NFC Key Cost Structure
  • BLE Key Cost Structure
  • NFC+BLE Key Cost Structure
  • BLE+NFC+UWB Key Cost Structure
  • 3.4 BLE Chip Vendors
  • Comparison between BLE Chip Vendors (1)
  • Comparison between BLE Chip Vendors (2)
  • 3.5 UWB Chip Vendors
  • Summary of UWB Chip Vendors (1)
  • Summary of UWB Chip Vendors (2)
  • Summary of UWB Chip Vendors (3)
  • Summary of UWB Chip Vendors (4)
  • Summary of Chinese and Foreign Automotive-Grade UWB Chips (1)
  • Summary of Chinese and Foreign Automotive-Grade UWB Chips (2)
  • Summary of Chinese and Foreign Automotive-Grade UWB Chips (3)
  • Summary of Chinese and Foreign Automotive-Grade UWB Chips (4)
  • 3.6 NFC Chip Competitive Landscape
  • 3.7 NearLink Chip Vendors
  • Summary of NearLink Chip Vendors (1)
  • Summary of NearLink Chip Vendors (2)
  • Summary of NearLink Chip Vendors (3)
  • Summary of NearLink Chip Vendors (4)
  • List of Chinese NearLink Module Suppliers and Products (1)
  • List of Chinese NearLink Module Suppliers and Products (2)
  • List of Chinese NearLink Module Suppliers and Products (3)
  • 3.8 Software and Hardware Integration Trends of Digital Key Suppliers
  • 3.9 Overseas Layout and Cooperation of Digital Key OEMs and Suppliers
  • 3.10 Digital Key Experience Improvement Strategy
  • Digital Key Problems
  • Digital Key Requirement
  • Digital Key Improvement Strategies (1)
  • Digital Key Improvement Strategies (5)
  • 3.11 Digital Key Multi-protocol Fusion Strategies
  • 3.12 Digital Key Security Mechanisms
  • 3.13 Digital Key Cost Reduction Strategies
  • Digital Key Cost Reduction Strategy 1
  • Digital Key Cost Reduction Strategy 5
  • XPeng's Digital Key Cost Reduction Plan
  • INGEEK's Digital Key Cost Reduction Plan
  • YFORE Technology's Digital Key Cost Reduction Plan
  • UBITRAQ's Digital Key Cost Reduction Plan
  • 3.14 Integration of Digital Keys and Biological Keys
  • Route 1: Gesture Recognition
  • Case of Using Gesture Recognition to Open Doors (1)
  • Case of Using Gesture Recognition to Open Doors (2)
  • Case of Using Gesture Recognition to Open Doors (3)
  • Route 2: Face Recognition
  • Cases of Using Face Recognition to Open Doors (1)
  • Cases of Using Face Recognition to Open Doors (5)
  • Route 3: Voice
  • Case of Using Voice to Open Doors
  • OEMs Using Voice to Open Doors
  • Route 4: Fingerprint/Palmprint
  • Case of Using Fingerprint/Palmprint to Open Doors (1)
  • Case of Using Fingerprint/Palmprint to Open Doors (2)
  • Route 5: Door Opening by Finger Vein Recognition
  • Route 6: Door Opening by Touch
  • Route 7: Door Opening by Password Lock
  • Route 8: Myoelectric Recognition
  • 3.15 Impact of Phone-IVI Interconnection on Digital Keys
  • Application Scenarios of Phone-IVI Interconnection
  • Main Phone-IVI Interconnection Products
  • Summary of Phone-IVI Interconnection Applied by OEMs
  • Integration Solution of Phone-IVI Interconnection and Digital Keys (1)
  • Integration Solution of Phone-IVI Interconnection and Digital Keys (5)
  • 3.16 Integration of Digital Keys and PEPS
  • Features of PEPS System
  • PEPS Installation Data (1): Installation Rate of PEPS in Passenger Cars
  • PEPS Installation Data (2): Brand and Vehicle Model Distribution
  • PEPS Market Forecast, 2026-2033E
  • Replacement of Traditional PEPS by Digital Keys
  • Global PEPS Suppliers
  • Chinese PEPS Suppliers

4 Digital Key Layout of OEMs

  • 4.1 BYD
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Development History
  • Digital Key Solutions (1)
  • Digital Key Solutions (2)
  • Digital Key Solutions (3)
  • Digital Key Solutions (4)
  • Structure of Denza's Digital Key System
  • Yangwang Supports All Brands of UWB Models
  • 4.2 Geely
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Solutions
  • Investment in Giant Microelectronics (UWB Chip Vendor)
  • 4.3 ZEEKR
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Architecture
  • UWB-Based Child Presence Detection Radar of ZEEKR 9X
  • Door Opening by Face Recognition
  • 4.4 Geely Galaxy
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital key
  • 4.5 Lynk & Co
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Solutions
  • Features of Digital Keys
  • 4.6 Changan
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Bluetooth Key Development History
  • Digital Key Solutions
  • Digital Key Patents
  • 4.7 Avatr
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital key
  • 4.8 Tesla
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Solutions (1)
  • Digital Key Solutions (2)
  • Digital Key Solutions (3)
  • Support for HarmonyOS Wallet Kit
  • 4.9 Harmony Intelligent Mobility Alliance (HIMA)
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Solutions
  • Huawei Qiankun Vehicle-Cloud Digital Key
  • Huawei Digital Car Key
  • 4.10 Xiaomi Auto
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Solutions
  • Digital Key Solution of YU7
  • 4.11 Li Auto
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Solutions
  • UWB Radar
  • 4.12 Xpeng
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Solutions (1)
  • Digital Key Solutions (2)
  • Digital Key Solutions (3)
  • CCC Digital Key(TM) Certification
  • 4.13 NIO
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Solutions (1)
  • Digital Key Solutions (2)
  • Digital Key Solutions (3)
  • 4.14 Hyundai
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Development History
  • Bluetooth Key
  • Fingerprint Unlock
  • Fingerprint Unlock Collection Method and Operating Principle
  • UWB Security Radar
  • 4.15 BMW
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Introduction to and Development History of Digital Keys
  • Digital Key Solutions
  • How to Use Digital Keys
  • Digital Key Solutions (1)
  • Digital Key Solutions (2)
  • Digital Key Solutions (3)
  • 4.16 Mercedes-Benz
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • UWB Digital Key
  • 4.17 Toyota
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Solutions (1)
  • Digital Key Solutions (2)
  • Digital Key Solutions (3)
  • 4.18 SAIC
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Iteration
  • Digital Key Solutions
  • 4.19 SAIC-GM
  • Installations and Installation Rate of Digital Keys
  • Digital Key Product Layout
  • Digital Key Iteration
  • Digital Key Layout
  • Digital Key Architecture
  • Digital Key Protocol
  • Digital Key Application Scenarios
  • Digital Key Planning

5 Digital Key Chip Vendors

  • 5.1 NXP
  • Profile
  • Digital Key Market Trends
  • Digital Key Product Layout
  • Digital Key Solution 3.0
  • Digital Key UWB Chips
  • Digital Key BLE Chips
  • Digital Key NFC Chips
  • Digital Key Encryption Chips
  • Digital Key Solutions
  • 5.2 ST
  • Profile
  • Digital Key Product Layout
  • Digital Car Key Product Architecture
  • Digital Key Solutions
  • Digital Key Solutions: Cloud Services
  • Digital Key UWB Chips
  • Digital Key BLE Chips
  • Digital Key NFC Chips: 25R
  • Digital Key NFC Chip: 25R3920B
  • Digital Key Partners
  • 5.3 TI
  • Profile
  • Digital Key Product Layout
  • Digital Key System: PaaK System Structure
  • Digital Key BLE Chips: CC27xx-Q1
  • Digital Key BLE Chips: CC27xx-Q1
  • 5.4 Telink
  • Profile
  • Digital Key Product Layout
  • Digital Key Solutions
  • Dynamics of Digital Key Solutions
  • 5.5 Apple
  • Digital Key Product Layout
  • Digital Key Solutions: NFC Keys
  • Digital Key UWB Chips
  • Digital Key Authentication System
  • Digital Key Partners
  • 5.6 QORVO
  • Profile
  • Digital Key Product Layout
  • UWB Solution
  • Digital Key UWB Chips
  • 5.7 Qualcomm
  • Digital Key Product Layout
  • Next-Generation Connectivity System: FastConnect 7900

6 Foreign Digital Key System Suppliers

  • 6.1 Pektron
  • Profile
  • Digital Key Product Layout
  • Digital Key Products
  • Cooperative Ecology
  • 6.2 G+D Mobile Security
  • Profile
  • Digital Key Product Layout
  • Digital Key Solution Demonstration
  • Major Digital Key Customers
  • 6.3 Alps Alpine
  • Profile
  • Digital Key Product Layout
  • Digital Key System (1)
  • Digital Key System (2)
  • 6.4 Marquardt
  • Profile
  • Digital Key Product Layout
  • PEPS
  • Digital Keys
  • 6.5 Irdeto
  • Profile
  • Digital Key Product Layout
  • Digital Key Solutions
  • Chinese Digital Key Customers
  • 6.6 Bosch
  • Profile
  • Digital Key Product Layout
  • Perfectly Keyless
  • UWB Digital Key Identity Xtended
  • Intelligent Keyless System Positioning Anchor Module
  • 6.7 Valeo
  • Profile
  • Digital Key Product Layout
  • Development History of Digital Key Solutions
  • Digital Key Solutions (1)
  • Digital Key Solutions (2)
  • 6.8 AUMOVIO
  • Profile
  • Digital Key Product Layout
  • Digital Key Development History
  • UWB Digital Keys
  • Expanded Functions of UWB Digital Keys
  • Cooperative Ecology
  • 6.9 FORVIA
  • Profile
  • Digital Key Product Layout
  • UWB Keys
  • 6.10 KOSTAL
  • Profile
  • Digital Key Product Layout
  • UWB Digital Key System
  • UWB Digital Keys Launched with NIO
  • 6.11 Denso
  • Profile
  • Digital Key Product Layout
  • BLE Digital Keys
  • Passenger Monitoring Solutions
  • 6.12 Huf Group
  • Profile
  • Digital Key Product Layout
  • Mobile Phone Digital Key System
  • Mobile Phone Key Services and Technologies
  • Communication Technology of Mobile Phone Key System
  • 6.13 TOKAI RIKA
  • Profile
  • Digital Key Product Layout
  • Dynamics of Digital Key Business
  • Digital Key Solutions
  • FREEKEY Digital Key System
  • UWB Digital Key Solutions
  • Child Presence Detection System
  • UWB-based Wireless Charging

7 Domestic Digital Key System Suppliers

  • 7.1 INGEEK
  • Profile
  • Digital Key Product Layout
  • Iteration of Digital Keys
  • Main Functions of Digital Keys
  • Digital Key Application Scenarios
  • Intelligent Connected System (ICS)
  • Digital Key Cloud
  • Digital Key Products (1)
  • Digital Key Products (2)
  • Digital Key Products (3)
  • Digital Key Ecological Layout
  • Cooperation with OEMs in Digital Keys
  • Dynamics in Digital Key Cooperation
  • 7.2 YFORE Technology
  • Profile
  • Digital Key Layout
  • Digital Key Product Matrix
  • Digital Key System Framework
  • Digital Keys Based on BLE 6.0
  • NearLink-based Digital Keys
  • UWB Technology
  • R&D Investment
  • Certification System
  • Smart Entry System
  • Digital Key Security Mechanism
  • Digital Key Application Scenarios
  • Extended Applications of Digital Keys
  • BLE TPMS
  • Advantages in Digital Key Cooperation
  • Customers & Ecological Partners
  • 7.3 UBITRAQ
  • Profile
  • Digital Key Layout
  • UWB-based Automotive Products
  • UWB Digital Keys
  • UWB Digital Key Technology Advantages
  • UWB Digital Key Deployment Locations
  • UWB Digital Key Hardware Products
  • UWB Digital Key Application Solutions
  • Scalable Applications of UWB
  • Liveness Detection Solution
  • Kick Radar Solution
  • Sentinel Monitoring Solution
  • 7.4 ADAYO
  • Profile
  • Digital Key Product Layout
  • Technical Innovation in Digital Keys
  • Digital Key Development Path
  • Digital Key Supply to Deepal L06
  • Digital Key Supply to New AITO M7
  • Digital Key Supply to Mazda EZ-60
  • 7.5 Jingwei Hirain
  • Profile
  • Digital Key Product Layout
  • Automotive Electronics
  • Body Domain Controllers and PEPS Products
  • Digital Key Solutions (1)
  • Digital Key Solutions (2)
  • Automated Digital Key Testing
  • 7.6 PATEO
  • Profile
  • Digital Key Product Layout
  • NearLink Digital Keys
  • Digital Key Business
  • 7.7 TsingCar
  • Profile
  • Digital Key Product Layout
  • UWB Digital Key Solutions
  • UWB Application Scenarios
  • 7.8 Xi'an LINKSCI
  • Profile
  • Digital Key Product Layout
  • Development History
  • Digital Key Business
  • Digital Key Integration Solutions
  • Business Model
  • Automotive Digital Key System
  • Digital Key Products
  • 7.9 UAES
  • Profile
  • Digital Key Product Layout
  • BLE 6.0-based Digital Key Module
  • Digital Key Products
  • Digital Key Service Solutions
  • Features of Digital Keys
  • CPD Solutions
  • 7.10 Fuyao
  • Profile
  • Digital Key Product Layout
  • Digital Key & Glass Integration Solutions
  • Digital Key Solutions (1)
  • Digital Key Solutions (2)
  • Digital Key Solutions (3)
  • Digital Key Solutions (4)
  • Smart B-Pillar Customers
  • Advantages of Digital Key Solutions
  • Digital Key Anchor Layout
  • Digital Key Application Cases (1)
  • Digital Key Application Cases (2)
  • 7.11 Desay SV
  • Profile
  • Smart Entry Products
  • Digital Key Product Layout
  • Digital Key System
  • 7.12 Sirun's Digital Key Solution
  • 7.13 SNOWBALL's Digital Key Solution
  • 7.14 RF-star's Digital Key Solution
  • 7.15 Gosuncn's Digital Key Solution
  • 7.16 Joynext's Digital Key Solution
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