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BIGTREETECH Manta M8P V1.1 Control Board 32Bit, Integrated Motherboard Uses with CB1 V2.2 Support Klipper Firmware, Compatible TMC5160 V1.3/Pro TMC2209 TMC2130 Stepper Motor Driver (Without CB1)
- BIGTREETECH Manta M8P Control Board uses 32-bit ARM Cortex-M0+ series STM32G0B1VET6 main control chip with a core frequency of 64MHz. High-performance MOSFETs are used to reduce heat generation
- The power chip of Manta M8P integrated main control board adopts TPS5450-5A, which supports DC12/24V power input; the output current of this chip is up to 5A, and the peak value can reach 6A, which perfectly supports the power supply of Raspberry-Pi
- The control board and the core board use BTB connection method, so that other core board solutions other than CM4 can be selected, such as BIGTREETECH CB1. The mainboard reserves the SPI expansion interface for using the Klipper firmware to connect an external acceleration sensor for acceleration compensation
- The thermistor can select the pull-up resistance value through the jumper, which supports PT1000 without external modules, which is convenient for DIY use; the control board reserves a three-way four-wire fan interface, which can be used to connect a water cooling device
- The MCU firmware can be upgraded through SD card, or through DFU through Klipper's make flash command; the main board reserves the proximity switch interface, supports NPN and PNP type selection, (24V, 12V, 5V) voltage optional, shared with VFAN6 Voltage selection
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BIGTREETECH Manta M8P V1.1 Control Board 32Bit, Integrated Motherboard Uses with CB1 V2.2 Support Klipper Firmware, Compatible TMC5160 V1.3/Pro TMC2209 TMC2130 Stepper Motor Driver (Without CB1)
BIGTREETECH Manta M8P V1.1 Control Board 32Bit, Integrated Motherboard Uses with CB1 V2.2 Support Klipper Firmware, Compatible TMC5160 V1.3/Pro TMC2209 TMC2130 Stepper Motor Driver (Without CB1)
- BIGTREETECH Manta M8P Control Board uses 32-bit ARM Cortex-M0+ series STM32G0B1VET6 main control chip with a core frequency of 64MHz. High-performance MOSFETs are used to reduce heat generation
- The power chip of Manta M8P integrated main control board adopts TPS5450-5A, which supports DC12/24V power input; the output current of this chip is up to 5A, and the peak value can reach 6A, which perfectly supports the power supply of Raspberry-Pi
- The control board and the core board use BTB connection method, so that other core board solutions other than CM4 can be selected, such as BIGTREETECH CB1. The mainboard reserves the SPI expansion interface for using the Klipper firmware to connect an external acceleration sensor for acceleration compensation
- The thermistor can select the pull-up resistance value through the jumper, which supports PT1000 without external modules, which is convenient for DIY use; the control board reserves a three-way four-wire fan interface, which can be used to connect a water cooling device
- The MCU firmware can be upgraded through SD card, or through DFU through Klipper's make flash command; the main board reserves the proximity switch interface, supports NPN and PNP type selection, (24V, 12V, 5V) voltage optional, shared with VFAN6 Voltage selection
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From $33.99
BIGTREETECH Manta M8P V1.1 Control Board 32Bit, Integrated Motherboard Uses with CB1 V2.2 Support Klipper Firmware, Compatible TMC5160 V1.3/Pro TMC2209 TMC2130 Stepper Motor Driver (Without CB1)—
$33.99
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
- BIGTREETECH Manta M8P Control Board uses 32-bit ARM Cortex-M0+ series STM32G0B1VET6 main control chip with a core frequency of 64MHz. High-performance MOSFETs are used to reduce heat generation
- The power chip of Manta M8P integrated main control board adopts TPS5450-5A, which supports DC12/24V power input; the output current of this chip is up to 5A, and the peak value can reach 6A, which perfectly supports the power supply of Raspberry-Pi
- The control board and the core board use BTB connection method, so that other core board solutions other than CM4 can be selected, such as BIGTREETECH CB1. The mainboard reserves the SPI expansion interface for using the Klipper firmware to connect an external acceleration sensor for acceleration compensation
- The thermistor can select the pull-up resistance value through the jumper, which supports PT1000 without external modules, which is convenient for DIY use; the control board reserves a three-way four-wire fan interface, which can be used to connect a water cooling device
- The MCU firmware can be upgraded through SD card, or through DFU through Klipper's make flash command; the main board reserves the proximity switch interface, supports NPN and PNP type selection, (24V, 12V, 5V) voltage optional, shared with VFAN6 Voltage selection
