Geehy Showcased a Reliable 32-Bit APM32 MCU Solution at Embedded World 2023
During March 14-16, Geehy successfully debuted at Embedded World 2023, showcasing its innovative IC product portfolio and reliable solutions, which included the latest APM32 MCU, Dedicated BMS IC, SoC products and applications in industrial control, new energy, and automotive fields.
The event was attended by around 27,000 professionals from the embedded industry, allowing Geehy to interact with global engineers and partners on-site.
More than APM32 MCU
Geehy showcased the full APM32 series as well as the latest product — APM32F035 motor dedicated MCU, an integrates a high-speed ADC, 4 operational amplifiers, 2 comparators, and has 1 built-in CAN controller, meeting the needs of applications such as electric bicycles, fans, water pumps, power tools, and compressors; Geehy also exhibit the new BMS IC - BMP1601 which supports more than 20 kinds of protection functions and integrates functional modules such as efficient voltage/current/temperature acquisition. It supports ultra-low power mode and 5~16 series lithium battery solution.
Geehy brought the leading solutions including the efficient BLDC/PMSM Motor Control Development Platform, E-Bike/E-Scooter Motor Control, Absolute Encode solution, and BMS solutions.
Geehy's keynote speeches at the exhibitor forum, Serena WANG, Director of the Overseas Sales Department, introduced the whole layout of APM32 MCU and MCU+ solutions, and Geehy's latest technical achievements and the successful applications of APM32 MCU in the industrial, smart energy, and automotive fields.
At the same time, Serena showed the upcoming APM32L07x/APM32L08x: Ultra-low-power MCU, which attracted a group of customers.
More Diverse Product Lines
More User-Friendly Development Environment
Geehy set up the APM32 DEMO SHOW session at the booth, and the senior FAE manager, Jim Ji, brought Geehy's development board demonstration and invited the engineers to join the life to experience the latest motor control solution and APM32's friendly ecosystem.
“We provide systematic and convenient solutions for engineers to design products, allowing engineers to focus on innovation itself and make complex designs more efficient,” said Cindy Zhang, Geehy's Marketing Director.
With over 20 years of experience in integrated circuit design and embedded system development, Geehy can serve numerous international customers and provide localized technical support. The company's global, stable, and reliable supply chain system effectively guarantees product safety and quality, making customer inspiration a reality. Starting from embedded world 2023, Geehy will continue to uphold the values of innovation, quality, and service, and provide comprehensive solutions and technical support to customers worldwide.
- |
- +1 赞 0
- 收藏
- 评论 0
本文由Vicky转载自Geehy Semiconductor News,原文标题为:Geehy Showcased a Reliable 32-Bit APM32 MCU Solution at Embedded World 2023,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
相关研发服务和供应服务
相关推荐
2024慕展回顾 | 极海MCU + Gate Driver解决方案驱动电机能效优化升级
7月8~10日,在上海新国际博览中心E4馆4610号展位上,极海携多领域产品矩阵与MCU+全套解决方案亮相2024慕尼黑上海电子展,其中电机产品线以MCU + Gate Driver解决方案呈现广阔应用前景,吸引众多来宾久久驻足。
PEmicro开发与烧录工具全面支持极海APM32系列MCU,可安全可靠地进行烧录
PEmicro宣布,其开发与烧录工具现已全面支持极海APM32F0、APM32F1、APM32F4系列MCU。通过使用Cyclone Programmers,可安全可靠地烧录上述APM32系列MCU,为用户提供更好性能。
极海联亮相2024全球MCU及嵌入式生态发展大会,展出新技术和产品并发表演讲
2024年7月25日,2024全球MCU及嵌入式生态发展大会在深圳君悦酒店举行,由AspenCore主办。极海作为特邀嘉宾在主论坛进行演讲,并展出新技术和产品,包括搭载Arm Cortex M52内核且采用Helium技术的G32R5系列实时控制MCU和针对电机市场的栅极驱动器与APM32M3514系列SoC等新品。
【经验】APM32F4 MCU在RT-Thread系统上添加以太网驱动和使用LwIP网络组件的方法
本文详细介绍了如何将极海半导体APM32F4 MCU在RT-Thread系统上添加以太网驱动和使用LwIP网络组件,其他APM32带有以太网控制器的MCU,在RT-Thread使用LwIP网络功能也是大同小异的,按照这个过程基本都可以把网络功能应用起来。
tandby模式下,如何唤醒MCU APM32的RTC与WKUP?
APM32F103系列低功耗模式有三种:睡眠模式、停止模式和待机模式。通过关闭内核、时钟源、设置调压器来降低功耗。本文极海半导体解析了APM32的tandby模式下的RTC唤醒与WKUP唤醒功能如何实现。
HPM6200系列MCU双核高性能,专为精确控制而打造
型号- HPM6260,HPM6280,HPM6200 SERIES,HPM6264,HPM6220,HPM6240,HPM6284,HPM6200EVK,HPM6200
极海半导体32位MCU-M0选型表
极海半导体的APM32系列是基于Arm® Cortex®-M0+/M3/M4内核的优质国产32位通用MCU,具有低功耗、高性能、高集成度以及快速移植等特性。凭借优异的系统性能、丰富的协处理功能以及灵活的使用体验,有助于用户缩短产品设计时间、降低开发成本、实现性能最优化。
产品型号
|
品类
|
内核
|
Frequency(MHz)
|
FLASH(KB)
|
SRAM(KB)
|
I/Os
|
Vmin(V)
|
Vmax(V)
|
GPTMR(16bit)
|
GP TMR(32bit)
|
Advanced TMR(16bit)
|
Basic TMR
|
Systick(24bit)
|
ADC 12-bit Cell
|
ADC 12-bit channels
|
DAC 12-bit Cell
|
DAC 12-bit channels
|
Analog Comparator
|
TSC (Channels)
|
SPI
|
I2S
|
I2C
|
U(S)ART
|
CAN
|
SDIO
|
USB Device
|
Package
|
对照型号
|
APM32F072V8T6
|
32位MCU
|
ARM Cortex-M0
|
48MHz
|
64KB
|
16KB
|
87
|
2V
|
3.6V
|
5
|
1
|
1
|
2
|
1
|
1
|
16
|
1
|
2
|
2
|
24
|
2
|
2
|
2
|
4
|
1
|
0
|
1
|
LQFP 100
|
-
|
选型表 - 极海半导体 立即选型
极海半导体32位MCU-M3选型表
极海半导体的APM32系列是基于Arm® Cortex®-M0+/M3/M4内核的优质国产32位通用MCU,具有低功耗、高性能、高集成度以及快速移植等特性。凭借优异的系统性能、丰富的协处理功能以及灵活的使用体验,有助于用户缩短产品设计时间、降低开发成本、实现性能最优化。
产品型号
|
品类
|
内核
|
Frequency(MHz)
|
FLASH(KB)
|
SRAM(KB)
|
SDRAM
|
FPU
|
I/Os
|
Vmin(V)
|
Vmax(V)
|
GPTMR(16bit)
|
GP TMR(32bit)
|
Advanced TMR(16bit)
|
Basic TMR
|
Systick(24bit)
|
ADC 12-bit Cell
|
ADC 12-bit channels
|
DAC 12-bit Cell
|
DAC 12-bit channels
|
Analog Comparator
|
EMMC
|
SPI
|
I2S
|
I2C
|
U(S)ART
|
CAN
|
SDIO
|
Package
|
对照型号
|
APM32E103CET6
|
32位MCU
|
ARM Cortex-M3
|
120MHz
|
512KB
|
128KB
|
0
|
1
|
37
|
2V
|
3.6V
|
4
|
0
|
1
|
2
|
1
|
2
|
10
|
2
|
2
|
0
|
0
|
3
|
2
|
2
|
3
|
2
|
0
|
LQFP48
|
STM32F103RET6
|
选型表 - 极海半导体 立即选型
APM32芯得 | 基于极海APM32E103系列MCU的SPI转CAN芯片MCP2515移植测试
极海半导体APM32E103系列MCU支持CAN协议2.0A和2.0B,通信波特率最大为1Mbit/s,并且拥有双CAN接口,能适应更多的应用场合。将杜邦线按照引脚配置,接好线后仿真就能测试回环模式下收发数据了。可以看到断点打到接收部分,可以接收到CAN数据,与发送的数据一致。
还可以这样玩?极海半导体APM32F411系列MCU与pyocd的火花
前段时间笔者学习了一下如何使用pyocd配合APM32F411VCTINY板在命令行下给它进行各种骚操作,在使用一段时间后就想着:pyocd是基于python的,那是不是也可以使用python脚本+pyocd使用起来呢?本文中极海半导体与大家分享能够自动化完成重复操作的设计经验。
极海半导体32位MCU-M4选型表
极海半导体的APM32系列是基于Arm® Cortex®-M0+/M3/M4内核的优质国产32位通用MCU,具有低功耗、高性能、高集成度以及快速移植等特性。凭借优异的系统性能、丰富的协处理功能以及灵活的使用体验,有助于用户缩短产品设计时间、降低开发成本、实现性能最优化。
产品型号
|
品类
|
内核
|
Frequency(MHz)
|
FLASH(KB)
|
SRAM(KB)
|
SDRAM
|
Voltage
|
GPTMR(16bit)
|
GP TMR(32bit)
|
Advanced TMR(16bit)
|
Basic TMR
|
Systick
|
IWDG
|
WWDG
|
ADC 12-bit Cell
|
ADC 12-bit channels
|
DAC 12-bit channels
|
EMMC
|
SPI
|
I2S
|
I2C
|
U(S)ART
|
CAN
|
SDIO
|
USB OTG_FS
|
DCI
|
Ethernet
|
Package
|
对照型号
|
APM32F407IET6
|
32位MCU
|
ARM Cortex-M4
|
168MHz
|
512KB
|
192+4KB
|
1
|
1.8~3.6
|
8
|
2
|
2
|
2
|
1
|
1
|
1
|
3
|
24
|
2
|
1
|
3
|
2
|
3
|
4+2
|
2
|
1
|
1
|
1
|
1
|
LQFP176
|
STM32F407IET6
|
选型表 - 极海半导体 立即选型
Geehy Launches APM32M3514 Motor Control SoC Offering Cost-effective Options for Various Motor Control Applications
Geehy introduces the APM32M3514, a highly integrated, energy-efficient motor control SoC designed to enhance motor system designs with advanced features and flexibility. This new SoC expands Geehy‘s product portfolio, offering cost-effective options for various motor control applications.
什么?MCU APM32F072_RTC会恢复默认值?
本文介绍了APM32F072的RTC计数值会在断电后重新上电(Vbat未断电)后,APM32F072的RTC计数会恢复默认值发生的原因,查找问题的方法以及解决问题的办法。
【应用】国产极海半导体APM32系列工业级MCU助力推动新型工业化发展
工业级MCU应用场景范围十分广泛,并对使用寿命、温度、湿度、电磁辐射等有着严格的品质要求。极海半导体长期深耕中高端工控市场,本文就以绝对值编码器、高性能伺服驱动器及变频器方案为例,详细介绍极海半导体32位APM32位工业级MCU在工控领域的出色表现。
SiWG917 SoC单芯片Wi-Fi®和Bluetooth®LE无线安全MCU解决方案
描述- SiWG917是一款低功耗Wi-Fi 6和蓝牙LE 5.4单芯片无线安全微控制器解决方案,适用于超低功耗物联网设备。该SoC集成了WiFi 6、蓝牙LE 5.4、Matter和IP网络功能,专为电池供电设备设计,提供长寿命电池运行。它包含一个多线程网络无线处理器(NWP)、基带数字信号处理、模拟前端、2.4GHz射频收发器和集成功率放大器。
型号- SIWG917M100MGTBA,SIWG917M121XGTBA,SIWG917,SIWG917M111XGTBA,SIWG917M110LGTBA,SIWG917M111MGTBA,SIWG917M141XGTBA
电子商城
现货市场
服务
提供稳态、瞬态、热传导、对流散热、热辐射、热接触、和液冷等热仿真分析,通过FloTHERM软件帮助工程师在产品设计初期创建虚拟模型,对多种系统设计方案进行评估,识别潜在散热风险。
实验室地址: 深圳 提交需求>
使用FloTHERM和Smart CFD软件,提供前期热仿真模拟、结构设计调整建议、中期样品测试和后期生产供应的一站式服务,热仿真技术团队专业指导。
实验室地址: 深圳 提交需求>
登录 | 立即注册
提交评论