Evaluation Weekly Report 20220406: Germany's PHYTEC's i.MX 8M+ AI board and RTT Renesas high-performance CPK-RA6M4 are here

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Evaluation Weekly Report 20220406: Germany's PHYTEC's i.MX 8M+ AI board and RTT Renesas high-performance CPK-RA6M4 are here [Copy link]

 

This week's review highlights:

(1) Newly launched

- phyBOARD-i.MX 8M Plus development board from PHYTEC of Germany

- RTT & Renesas high performance CPK-RA6M4 development board, task-based evaluation

(2) Application in progress

- Tuya Sandwich Wi-Fi & BLE SoC NANO Main Control Board (2 days left)

- Domestic FPGA Anlu SparkRoad board (1 piece left, 6 days left)

- Xianji HPM6750 is here, 800MHz RISC-V MCU (13 days left)

- Chuanglong TL570x-EVM is here, TI AM5708 industrial board (15 days left)

(3) Under evaluation

Huelva update: How to play with Atria AT32F425 after tuning CAN

pomin: Evaluation of Qinheng RISC-V core CH582, connected to three devices: HUB, keyboard, mouse

yangjiaxu: Review of Qinheng RISC-V core CH582, transplantation of radio frequency code 02 (printf count after identifying the IC card)

Activities currently being applied for

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1. RTT & Renesas high performance CPK-RA6M4 development board

You can play with Renesas' high-performance RA6 series MCU; RTT provides board BSP

https://en.eeworld.com/bbs/elecplay/content/211

2. phyBOARD-i.MX 8M Plus development board is coming

Based on the NXP i.MX 8M Plus SoC with a neural processing unit, it is suitable for industrial applications such as machine learning and industrial IoT. It provides a deeply verified BSP package and opens all source codes. It also provides complete quick start and development design documents.

https://en.eeworld.com/bbs/elecplay/content/210

3. Chuanglong TL570x-EVM is here, TI AM5708 industrial board

Heterogeneous multi-core SoC based on TI Sitara series AM5708 ARM Cortex-A15 + floating-point DSP C66x processor design, rich interface resources, large storage capacity, etc.

https://en.eeworld.com/bbs/elecplay/content/209

4. Xianji HPM6750 is here, 800MHz RISC-V MCU

RISC-V main frequency 800MHz Double precision floating point operation Powerful DSP expansion

https://en.eeworld.com/bbs/elecplay/content/208

5. Domestic FPGA Anlu SparkRoad development board

The domestically produced FPGA Anlu Falcon series products have low power consumption, low cost and high performance; they can effectively help users improve performance and reduce costs in the fields of industrial control, communication access, display drive, etc.

https://en.eeworld.com/bbs/elecplay/content/207

6. Tuya Sandwich Wi-Fi & BLE SoC NANO Main Control Board

Experience Tuya Smart, a global IoT development platform; Tuya IoT development-free solution to quickly prototype sockets, power strips, switches, and lighting products

https://en.eeworld.com/bbs/elecplay/content/206

Noteworthy Reviews

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1- BearPi-HM Micro foldable development board

BearPi-HM Nano Development Board Review 1 Getting Started with Program Development ( symic )

【BearPi-HM Micro】Part 3: Burning and compiling firmware program ( Digital Leaflet )

>>More

2-AT-START-F425, the first choice for USB and CAN applications

@Villa

AT32F425-Evaluation Report-Upper Computer Development 04 (How to make CAN communication more meaningful and how to apply it more deeply to work?)

@jinglixixi

【AT-START-F425 Review】+ ERTC and the implementation of electronic clock

【AT-START-F425 Review】Use of GPIO port and OLED screen display driver

@lugl4313820

【AT-START-F425 Review】Virtual Serial Port Test

[AT-START-F425 Review] CAN and N32G45 communication example - controlling the servo by stacking blocks.

【AT-START-F425 Review】TMR Servo Driver

[AT-START-F425 Review] CAN Communication of Stacking Blocks

[AT-START-F425 Review] Real-time Clock (ERTC)

【AT-START-F425 Review】Thermohygrometer (Hardware I2C) AHT10

@Little Flame

【AT-START-F425 Review】-Unboxing Review and Learning Record

@kit7828

【AT-START-F425 Review】1. AT32F425 unpacking and data collection

@eew_xQfw2M

[AT-START-F425 Review] Unboxing Review

@Yunhu Scallion

[AT-START-F425 Review] No.1 Unboxing AT32F425

>>More

3-Qinheng RISC-V core BLE 5.3 wireless MCU CH582

@tagetage

Ask Qinheng official for help whether there is a Bluetooth serial port routine for CH582

【Qinheng CH582】5 displays CPU temperature

@pomin

[Qinheng RISC-V core CH582] CH582 USB HOST code interpretation ( you can see that after connecting three devices: HUB, keyboard, and mouse, the response speed is still very fast)

[Qinheng RISC-V core CH582] Bluetooth HID keyboard code interpretation

@yangjiaxu

[Qinheng RISC-V core CH582] Transplant radio frequency code 02 (printf the number of times after identifying the IC card)

@freeelectron

【BLE 5.3 wireless MCU CH582】11. Mobile app controls the LED on and off

>>More

4-Mil based on NXP's first NPU kit MYC-JX8MPQ

[Mil MYC-JX8MPQ Review] 2. UVC Camera Image Acquisition ( dql2016 )

[Mil MYC-JX8MPQ Review] + Communication between heterogeneous processors ( bloong )

>>More

5-Sipeed LicheeRV 86 Development Board

@manhuami2007

[Sipeed LicheeRV 86 Panel Review] 5-Porting Python3 to the Development Board

[Sipeed LicheeRV 86 Panel Review] 4-Transplanting lvgl-Adding touch control

@damiaa

[Sipeed LicheeRV 86 Panel Review] Four Debian Python+Tk Calculators

@DDZZ669

[Sipeed LicheeRV 86 Panel Review] 12-Waft Routine Analysis and Button Function Test

@zhang1gong

[Sipeed LicheeRV 86 Panel Review] IV. Failure to compile system image: Struggle and clear direction

@I love downloading

[Sipeed LicheeRV 86 Panel Review] - 5 waft-ui component tests (2)

>>More

xusiwei1236

All are good boards, Renesas CPK-RA6M4 development board 200MHz Arm Cortex-M33 core, 1MB code flash, 256kB SRAM

xusiwei1236

phyBOARD-i.MX 8M Plus development board, the i.MX 8M Plus processor on the core board has four Cortex-A53 cores and 1 Cortex-M7 core for real-time applications, a multimedia processing unit and a neural processing unit (NPU), which can run up to 2.3TOPS and is very suitable for industrial applications such as machine learning (ML), image processing, advanced multimedia, and industrial Internet of Things.

xusiwei1236

Chuanglong TL570x-EVM, TI Sitara series AM570 SoC, 1 ARM Cortex-A15 core clocked at 1GHz, 1 DSP C66x clocked at 750MHz, 2 IPUs, each IPU subsystem contains 2 ARM Cortex-M4 cores, a total of 4 ARM Cortex-M4 cores; 2x PRU-ICSS, each PRU-ICSS subsystem contains 2 PRU (Programmable Real-time Unit) cores, a total of 4 PRU cores; 1x SGX544 3D GPU

xusiwei1236

Xianji HPM6750, dual-core 816MHz, can be said to be the most powerful MCU on the market, no one - "How lonely it is to be invincible", and the peripherals are not bad either, PWM, UART, SPI, I2C, I2S, CAN, Ethernet are all supported, as well as 2D acceleration unit, RGB display, DVP camera interface, etc.