Automotive MCUs

GD32 automotive MCUs are based on Arm® Cortex®-M cores.

  • Overview

  • Product Series

  • Explore our portfolio

  • Product selector

Overview

GigaDevice GD32 automotive-grade MCUs are built on an advanced automotive process and designed to meet stringent automotive-grade reliability and quality standards. Developed following strict automotive design concepts and production standards, these MCUs are engineered to deliver the high reliability, stability, and safety required for demanding automotive applications.

The GD32A series provides balanced performance, a comprehensive portfolio of peripheral interfaces, and robust security and functional safety features, making them well suited for modern vehicle system design. Built on Arm® Cortex®-M7 cores with a maximum frequency up to 320 MHz and performance of up to 1300+ DMIPS, these MCUs offer a mainstream development platform for a wide range of automotive electrification and intelligent driving scenarios. Selected GD32A7xx models are certified to ISO 26262 ASIL B and ASIL D functional safety standards, addressing the most demanding safety-critical applications.

GigaDevice automotive MCUs are widely applicable across key automotive domains, including body control systems, automotive lighting, smart cockpit platforms, advanced driver assistance systems (ADAS), motor and power management, battery management systems (BMS), on-board chargers (OBC), and HVAC systems, supporting the continued evolution of intelligent, connected, and electrified vehicles.

GigaDevice Automotive MCU Software

AUTO-ECO.jpg

GigaDevice provides MCAL, SDK, Safety Library, HSM firmware, and selected AUTOSAR BSW protocol stacks.

Product Series

  • GD32A7 series of automotive-grade MCU feature ultra-high performance ARM® Cortex®-M7 core, offering a variety of models including GD32A71x, GD32A72x, and GD32A74x. These MCUs integrate excellent performance, enhanced security upgrades, and a rich set of peripheral interfaces, ideal for various electrified automotive scenarios such as Body Domain Control (BDC), Body Control Module (BCM), Battery Management System (BMS), On-Board Charger (OBC), T-BOX, chassis applications, vehicle lighting control, DC-DC conversion, etc. This further expands GigaDevice's product portfolio in automotive electronics domains.

  • The new GD32A5xx series MCUs adopt a 40nm automotive-grade process and high-speed embedded flash (eFlash) technology, ensuring seamless integration between R&D and manufacturing through Design for Manufacturability (DFM) and full test vector coverage, which enhances yield rates and reliability to meet the stringent demands of the automotive market.

    The GD32A5xx series MCUs are developed based on the AEC-Q100 Grade 1 reliability and safety standards for automotive electronics. The wafer fabrication, packaging, testing, and production supply chain management have all been certified according to the IATF 16949:2016 automotive industry quality management system standard. A zero-defect quality control concept has been introduced at all stages of the process, with a particular emphasis on preventive system control and process control, ensuring product quality.

    Notably, the GD32A5xx series MCUs fully utilize GigaDevice's independently developed IP library design, which includes various high-quality and highly reliable digital and analog IPs that have been validated through the mass production of hundreds of millions of units. This not only enhances the stability and consistency of automotive-grade products but also maintains seamless compatibility with other series within the GD32 family, reflecting the ongoing innovation and leadership of the GD32 product line. The GD32A5xx product lineup offers 20 models across 4 package options.

    Thanks to its many outstanding features, the GD32A5xx series MCUs can be widely used in various automotive scenarios, such as body control systems (including windows, wipers, air conditioning, smart locks, electric seats, electric tailgates, ambient lighting, and dynamic taillights), automotive lighting systems, and motor power systems. Additionally, the GD32A5xx MCUs are suitable for smart cockpit systems, including dashboards, in-car audio, entertainment systems, central control navigation, and in-car wireless charging. With excellent safety monitoring mechanisms, the GD32A5xx is also applicable to certain ADAS (Advanced Driver Assistance Systems) like surround-view cameras and AVAS (Acoustic Vehicle Alerting Systems).

Product selector

Hide filter
Show filter
Reset

40 Results

Loading
Part No
Core
Lockstep Cortex®-M7
Dual Cortex®-M7
Cortex®-M7
Cortex®-M33
Series
GD32A744
GD32A742
GD32A728
GD32A724
GD32A722
GD32A714
GD32A712
GD32A711
GD32A513
GD32A503
Package
QFN32
LQFP64
LQFP48
LQFP176
LQFP144
LQFP100
BGA257
Max Speed (MHz)
≥
≤
Flash (Bytes)
128K
256K
384K
1024K
2048K
4096K+8192K
4096K
SRAM (Bytes)
24K
32K
48K
128K
256K
512K
I/O
up to 88
up to 83
up to 80
up to 57
up to 54
up to 42
up to 27
up to 216
up to 144
up to 113
GPTM (32bit)
GPTM (16bit)
≥
≤
Advanced TM (16bit)
≥
≤
HRTM
CPTM (16bit)
Basic TM (64bit)
Basic TM (32bit)
≥
≤
Basic TM (16bit)
≥
≤
LPTM (32bit)
LPTM (16bit)
SysTick (64bit)
SysTick (24bit)
≥
≤
WDG
2
4
RTC
USART+UART
0
1
2
3
LPUART
≥
≤
I2C
≥
≤
QSPI
≥
≤
SPI
≥
≤
I2S
≥
≤
CAN 2.0B
1xFD
2xFD
5xFD
6xFD
7xFD
8xFD
12xFD
USB 2.0
Ethernet
≥
≤
EtherCAT Slave Controller
SDIO
MFCOM
≥
≤
LIN
≥
≤
LCD-TFT
Segment LCD
Camera
IPA
SAI
TMU
EXMC
CEC
14bit ADC Units (CHs)
12bit ADC Units (CHs)
2(48)
2(44)
2(40)
2(32)
2(27)
2(20)
2(12)
3(72)
3(55)
3(42)
12bit DAC Units
≥
≤
Comp
≥
≤
IEEE 802.11
Bluetooth
Dflash(Bytes)
32K
64K
128+96
SENT
≥
≤
Functional Safety
ISO26262 ASIL-D
ISO26262 ASIL-B
0
Security
Evita-full+SM2/3/4
0
Temperature Range(TA)
Cortex®-M33GD32A513LQFP48100256K32Kup to 42014000020001212020212xFD0000120000000002(20)110064K000 -40℃~125℃
Cortex®-M33GD32A513LQFP64100384K48Kup to 57014000020001213020212xFD0000130000000002(27)110064K000 -40℃~125℃
Cortex®-M33GD32A513LQFP100100384K48Kup to 88014000020001213020212xFD0000130000000002(32)110064K000 -40℃~125℃
Cortex®-M33GD32A503QFN32100128K24Kup to 27013000020001211020101xFD0000110000000002(12)110032K000 -40℃~125℃
Cortex®-M33GD32A503QFN32100256K32Kup to 27014000020001211020101xFD0000110000000002(12)110064K000 -40℃~125℃
Cortex®-M33GD32A503LQFP48100256K32Kup to 42014000020001212020212xFD0000120000000002(20)110064K000 -40℃~125℃
Cortex®-M33GD32A503LQFP64100256K32Kup to 57014000020001213020212xFD0000130000000002(27)110064K000 -40℃~125℃
Cortex®-M33GD32A503LQFP64100384K48Kup to 57014000020001213020212xFD0000130000000002(27)110064K000 -40℃~125℃
Cortex®-M33GD32A503LQFP100100256K32Kup to 88014000020001213020212xFD0000130000000002(32)110064K000 -40℃~125℃
Cortex®-M33GD32A503LQFP100100384K48Kup to 88014000020001213020212xFD0000130000000002(32)110064K000 -40℃~125℃
Cortex®-M7GD32A711LQFP641601024K128Kup to 54018000200001210620417xFD0000060000000002(27)2200128+960ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A711LQFP1001601024K128Kup to 83018000200001210621628xFD0000060000000002(40)2200128+960ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A711LQFP1441601024K128Kup to 113028000200001210621628xFD0000060000000002(44)2200128+960ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A712LQFP1001602048K256Kup to 83018000200001210621628xFD0000060000000002(40)2200128+960ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A712LQFP1441602048K256Kup to 113028000200001210621628xFD0000060000000002(44)2200128+960ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A712LQFP1761602048K256Kup to 144028000200001210621628xFD0000060000000002(48)2200128+960ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A711LQFP641201024K128Kup to 54018000200001210620415xFD0000060000000002(27)2200128+960ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A711LQFP1001201024K128Kup to 83018000200001210621626xFD0000060000000002(40)2200128+960ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A711LQFP1441201024K128Kup to 113028000200001210621626xFD0000060000000002(44)2200128+960ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A712LQFP1001202048K256Kup to 83018000200001210621626xFD0000060000000002(40)2200128+960ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A712LQFP1441202048K256Kup to 113028000200001210621626xFD0000060000000002(44)2200128+960ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A712LQFP1761202048K256Kup to 144028000200001210621626xFD0000060000000002(48)2200128+960ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A714LQFP1003204096K512Kup to 8001800020000141012418412xFD01001120000000003(42)3200128+966ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A714LQFP1443204096K512Kup to 11302800020000141014418412xFD01001140000000003(55)3200128+966ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A714LQFP1763204096K512Kup to 14402800020000141014418412xFD01001140000000003(72)3200128+966ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Cortex®-M7GD32A714BGA2573204096K512Kup to 21602800020000141014418412xFD01001140000000003(72)3200128+966ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Dual Cortex®-M7GD32A722LQFP1443202048K256Kup to 11302800020000241014418412xFD01001140000000003(55)3200128+966ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Dual Cortex®-M7GD32A722LQFP1763202048K256Kup to 14402800020000241014418412xFD01001140000000003(72)3200128+966ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Dual Cortex®-M7GD32A722BGA2573202048K256Kup to 21602800020000241014418412xFD01001140000000003(72)3200128+966ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Dual Cortex®-M7GD32A724LQFP1443204096K512Kup to 11302800020000241014418412xFD01001140000000003(55)3200128+966ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Dual Cortex®-M7GD32A724LQFP1763204096K512Kup to 14402800020000241014418412xFD01001140000000003(72)3200128+966ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Dual Cortex®-M7GD32A724BGA2573204096K512Kup to 21602800020000241014418412xFD01001140000000003(72)3200128+966ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Dual Cortex®-M7GD32A728BGA2573204096K+8192K512Kup to 21602800020000241014418412xFD01001140000000003(72)3200128+966ISO26262 ASIL-BEvita-full+SM2/3/4 -40℃~125℃
Lockstep Cortex®-M7GD32A742LQFP1003202048K256Kup to 8001800020000141012418412xFD01001120000000003(42)3200128+966ISO26262 ASIL-DEvita-full+SM2/3/4 -40℃~125℃
Lockstep Cortex®-M7GD32A742LQFP1443202048K256Kup to 11302800020000141014418412xFD01001140000000003(55)3200128+966ISO26262 ASIL-DEvita-full+SM2/3/4 -40℃~125℃
Lockstep Cortex®-M7GD32A742LQFP1763202048K256Kup to 14402800020000141014418412xFD01001140000000003(72)3200128+966ISO26262 ASIL-DEvita-full+SM2/3/4 -40℃~125℃
Lockstep Cortex®-M7GD32A744LQFP1003204096K512Kup to 8001800020000141012418412xFD01001120000000003(42)3200128+966ISO26262 ASIL-DEvita-full+SM2/3/4 -40℃~125℃
Lockstep Cortex®-M7GD32A744LQFP1443204096K512Kup to 11302800020000141014418412xFD01001140000000003(55)3200128+966ISO26262 ASIL-DEvita-full+SM2/3/4 -40℃~125℃
Lockstep Cortex®-M7GD32A744LQFP1763204096K512Kup to 14402800020000141014418412xFD01001140000000003(72)3200128+966ISO26262 ASIL-DEvita-full+SM2/3/4 -40℃~125℃
Lockstep Cortex®-M7GD32A744BGA2573204096K512Kup to 21602800020000141014418412xFD01001140000000003(72)3200128+966ISO26262 ASIL-DEvita-full+SM2/3/4 -40℃~125℃

For more product information or technical support, feel free to contact us.

TOP

Info

Please log in to submit your request and receive relevant materials and support.

Info

Please complete your profile to submit your request and receive relevant materials and support.

标题

简介
  • Accept

  • Decline