Product details
BeagleBone Black Rev C (4GB Flash Memory)
The BeagleBone Black Rev C is an advanced single-board computer designed for those seeking rapid prototyping and development. This beaglebone black rev c board features a 1 GHz AM335x ARM Cortex-A8 processor, 4 GB of onboard flash memory storage, a built-in Ethernet port, HDMI output with audio support, 3D graphics acceleration, and more. This powerful beaglebone platform supports over 50 software packages, including the Debian Linux operating system as well as Android OS, enabling developers to create innovative applications faster and easier than ever before.
The preloaded Cloud9 IDE makes the process even simpler by providing web access directly from the Bones browser where you can develop your code without any additional setup or configuration required! With its low price point yet robust power under the hood it's no wonder why this popular platform has been embraced by makers all across global communities striving to make their projects come alive. Get started today using Beaglebone Black Rev C - Unleash Your Imagination.
This Beaglebone Black development board includes all the connections required for display, Ethernet networking, mouse, and keyboard. The Linux operating system is used to boot the processor, making it ideal for researchers and developers working on complex embedded systems. This beaglebone black revision c board is widely used in industrial automation, home automation, robotics, and IoT projects.
BeagleBone Black computer provides lots of expansion interfaces such as Ethernet, USB host and OTG, TF card, serial, JTAG (no connector by default), HDMI D type, Emmc, ADC, I2C, SPI, PWM, and LCD.
BeagleBone Black Rev C is designed to satisfy the different requirements of various fields including game devices, home, and industrial automation, consumer medical devices, printers, intelligent tolling systems, weighing systems of intelligent vending machines, educational terminals, and high-end toys.
To get started with the beaglebone black rev c, you will need a monitor or TV, a keyboard, bread board, jumper wires and a 5V power supply are required to get started with the Beaglebone Board. If you have these materials on hand, you are ready to begin with the beagle bone black Rev C. Simply connect your beaglebone black to the barrel jack provided on the blackboard with a 5V 3A DC power supply. Connect the Beaglebone black revision to an HDMI-compatible monitor using a micro HDMI cable. To provide input to the board, a keyboard is required.
The user does not need to install any additional operating system on the beaglebone black. Because this ARM-based development board comes with a Debian version of Linux, which includes a Linux terminal. You can use the terminal to run common Linux commands and control the Beaglebone Black rev c. Programming is required to interface it with external sensors and actuators. Normally, a GPIO module is used to program it using the Python programming language, and it includes 69 GPIO pins.
On-Board Interfaces:
• HDMI D-type interface (16-bit colour with audio output)
• LCD interface (24-bit output, extended by P8 interface)
• 10/100M Ethernet (RJ45 connector)
• High-speed USB 2.0 OTG interface with PHY (Mini USB type-B connector)
• High-speed USB 2.0 HOST interface with PHY (USB type-A connector)
• TF card slot (SD/MMC)
• 3-line debugging serial interface (6-pin 2.54-pitch connector)
• HDMI type-D interface
• Expansion interface for LCD, UART, eMMC, ADC, I2C, SPI, and PWM
• JTAG interface (optional item, 20-pin standard interface, no connector mounted by default.
Also check our beaglebone collection page, which features a range of BeagleBone products available at Robocraze,
Why Choose BeagleBone Black Rev C?
The beaglebone black rev c stands out in the embedded systems market due to its balance of performance, connectivity, and affordability. Compared to similar development boards, the beaglebone black price makes it an excellent value-for-money option. Whether you're working on IoT, robotics, or industrial automation, the beaglebone black revision c provides reliable performance with a strong developer ecosystem.
Features:
• Sitara AM3358BZCZ100 is a 32-bit RISC CPU with an ARM Cortex-A8 core up to 1GHz, powering the beaglebone black rev c.
• It includes an HDMI port for connecting to TVs and displays.
• More and quicker memory now with 512MB DDR3L 400MHz SDRAM and 4GB eMMC memory.
• Onboard storage frees up the microSD card slot for further expansion.
• Features include compatibility for existing Cape plug-in boards, a TPS65217C PMIC regulator, and one additional LDO.
• Additionally, debugging is supported.
• Optional onboard Features include a 20-pin CTI JTAG connector and HS USB 2.0 client and host interfaces.
• The system includes a UART0 serial port with a 6-pin 3.3V TTL header, a 10/100 RJ45 Ethernet connector
• A flashed Linux Debian distribution on the eMMC (no longer Angstrom).
Buttons & LEDs:
• 1 boot device selection button
• 1 power button
• 1 reset button
• 1 LED power indicator
• 4 user custom indicators
On-Board Memories
• 4GB 8-bit eMMC on-board flash storage (rev. 3)
• 512MB DDR3 SDRAM
BeagleBone Black Rev C Pin Configuration
P8 Pinout
PIN
PROC
NAME
MODE0
MODE1
MODE2
MODE3
MODE4
1,2
GND
3
R9
GPIO1_6
gpmc_ad6
mmc1_dat6
4
T9
GPIO1_7
gpmc_ad7
mmc1_dat7
5
R8
GPIO1_2
gpmc_ad2
mmc1_dat2
6
T8
GPIO1_3
gpmc_ad3
mmc1_dat3
7
R7
TIMER4
gpmc_advn_ale
timer4
8
T7
TIMER7
gpmc_oen_ren
timer7
9
T6
TIMER5
gpmc_be0n_cle
timer5
10
U6
TIMER6
gpmc_wen
timer6
11*
R12
GPIO1_13
gpmc_ad13
lcd_data18
mmc1_dat5*
mmc2_dat1
eQEP2B_in
12*
T12
GPIO1_12
gpmc_ad12
lcd_data19
mmc1_dat4*
mmc2_dat0
eQEP2B_in
13*
T10
EHRPWM2B
gpmc_ad9
lcd_data22
mmc1_dat1*
mmc2_dat5
eQEP2B_in
14*
T11
GPIO1_26
gpmc_ad10
lcd_data21
mmc1_dat2*
mmc2_dat6
ehrpwm_tripzone
15*
U13
GPIO1_15
gpmc_ad15
lcd_data16
mmc1_dat7*
mmc2_dat3
eQEP2_strobe
16*
V13
GPIO1_14
gpmc_ad14
lcd_data17
mmc1_dat6*
mmc2_dat2
eQEP2_index
17*
U12
GPIO1_27
gpmc_ad11
lcd_data20
mmc1_dat3*
mmc2_dat7
ehrpwm0_synco
18*
V12
GPIO2_1
gpmc_clk_mux0
lcd_memory_clk
gpmc_wait1
mmc2_clk
19*
U10
gpmc_ad8
gpmc_ad8
lcd_data23
mmc1_dat0*
mmc2_dat4
ehrpwm2A
20*
V9
GPIO1_31
gpmc_csn2
gpmc_be1n
mmc1_cmd*
21*
U9
GPIO1_30
gpmc_csn1
gpmc_clk
mmc1_clk*
*Some pins are used by internal storage eMMC (11–21) and HDMI (27–46)
P9 Pinout
PIN
PROC
NAME
MODE0
MODE2
MODE3
MODE4
1,2
GND
3,4
DC_3.3V
5,6
VDD_5V
7,8
SYS_5V
9
PWR_BUT
10
A10
RESET_OUT
11
T17
gpmc_wait0
mii2_crs
gpmc_csn4
rmii2_crs_dv
mmc1_sdcd
12
U18
gpmc_be1n
mii2_col
gpmc_csn6
mmc_dat3
gpmc_dir
13
U17
gpmc_wpn
mii2_rxerr
gpmc_csn5
rmii2_rxerr
mmc2_sdcd
14
U14
gpmc_a2
mii2_txd3
rgmii2_td3
mmc2_dat1
gpmc_a18
15
R13
gpmc_a0
gmii2_txen
rmii2_tctl
mii2_txen
gpmc_a16
16
T14
gpmc_a3
mii2_txd2
rgmii2_td2
mmc2_dat2
gpmc_a19
17
A16
spi0_cs0
mmc2_sdwp
I2C1_SCL
ehrpwm0_synci
18
B16
spi0_d1
mmc1_sdwp
I2CL_SDA
ehrpwm0_tripzone
19
D17
uart1_ctsn
timer5
dcan0_rx
I2C2_SCL
spi1_cs1
20
D18
uart1_ctsn
timer6
dcan0_tx
I2C2_SDA
spi1_cs0
21
B17
spi0_d0
uart2_txd
I2C2_SCL
ehrpwm0B
22
A17
spi0_sclk
uart2_txd
I2C2_SDA
ehrpwm0A
23
V14
gpmc_a1
gmii2_rxdv
rgmii2_rxdv
mmc2_dat0
gpmc_a17
24
D15
uart1_txd
mmc2_swdp
dcan1_rx
I2C1_SCL
25
A14
mcasp0_ahclkx
eQEP0_strobe
mcasp0_axr3
mcasp1_axr1
EMU4_mux2
26
D16
uart1_rxd
mmc1_sdwp
mcasp0_axr2
I2C1_SDA
• Up to 8 GPIO pins can be configured as PWM outputs, enabling precise motor control without additional CPU load.
• Pins 32–40 on header P9 form a 12-bit analog-to-digital converter (ADC) with 8 input channels for sensor readings.
• Includes two I²C interfaces — the first typically used for EEPROM access but available for general I/O, and the second fully user-configurable.
• Equipped with two high-speed SPI ports for rapid data communication.
• Features 25 low-latency PRU I/O pins, powered by two built-in 32-bit, 200 MHz Programmable Real-Time Units (PRUs) for precise timing and real-time control tasks.
Applications:
• circuit analysis and design
• associated software applications
• analogue and digital electronics
• microcomputers
• maintenance of electrical, computer and software systems
Comparision Table
Feature
BeagleBone Black Rev C
Raspberry Pi 4 Model B
Processor (CPU)
TI AM3359, 1?GHz ARM Cortex?A8
Broadcom BCM2711, Quad?core ARM Cortex?A72 @ 1.5?GHz
RAM
512?MB DDR3
1/2/4/8 GB LPDDR4
Onboard Storage
4?GB eMMC Flash
microSD Card (No onboard flash)
USB Ports
1× USB Host, 1× USB OTG
2× USB 3.0, 2× USB 2.0
Ethernet
10/100 Mbps
Gigabit Ethernet
Video Output
micro-HDMI (HD), 3D Graphics
2× micro-HDMI (up to 4Kp60)
Wireless/Bluetooth
Not Available
Wi?Fi (Dual-band), Bluetooth 5.0
GPIO/Expansion
2× 46 pin headers, 69 GPIO, PRUs
40 pin GPIO, HAT compatible
Power Input
5V via micro-USB or DC jack
5V @ 3A via USB-C
Dimensions
86.3 × 54.61 mm
85 × 56 mm
Graphics/Multimedia
3D Accelerator, HDMI Audio/Video
VideoCore VI, H.265 4Kp60 Decode
Unique Features
Real-time PRUs, Onboard eMMC, Cape Support
Dual 4K output, USB 3.0, Wireless
The BeagleBone Black Rev C is an advanced single-board computer designed for those seeking rapid prototyping and development. This beaglebone black rev c board features a 1 GHz AM335x ARM Cortex-A8 processor, 4 GB of onboard flash memory storage, a built-in Ethernet port, HDMI output with audio support, 3D graphics acceleration, and more. This powerful beaglebone platform supports over 50 software packages, including the Debian Linux operating system as well as Android OS, enabling developers to create innovative applications faster and easier than ever before.
The preloaded Cloud9 IDE makes the process even simpler by providing web access directly from the Bones browser where you can develop your code without any additional setup or configuration required! With its low price point yet robust power under the hood it's no wonder why this popular platform has been embraced by makers all across global communities striving to make their projects come alive. Get started today using Beaglebone Black Rev C - Unleash Your Imagination.
This Beaglebone Black development board includes all the connections required for display, Ethernet networking, mouse, and keyboard. The Linux operating system is used to boot the processor, making it ideal for researchers and developers working on complex embedded systems. This beaglebone black revision c board is widely used in industrial automation, home automation, robotics, and IoT projects.
BeagleBone Black computer provides lots of expansion interfaces such as Ethernet, USB host and OTG, TF card, serial, JTAG (no connector by default), HDMI D type, Emmc, ADC, I2C, SPI, PWM, and LCD.
BeagleBone Black Rev C is designed to satisfy the different requirements of various fields including game devices, home, and industrial automation, consumer medical devices, printers, intelligent tolling systems, weighing systems of intelligent vending machines, educational terminals, and high-end toys.
To get started with the beaglebone black rev c, you will need a monitor or TV, a keyboard, bread board, jumper wires and a 5V power supply are required to get started with the Beaglebone Board. If you have these materials on hand, you are ready to begin with the beagle bone black Rev C. Simply connect your beaglebone black to the barrel jack provided on the blackboard with a 5V 3A DC power supply. Connect the Beaglebone black revision to an HDMI-compatible monitor using a micro HDMI cable. To provide input to the board, a keyboard is required.
The user does not need to install any additional operating system on the beaglebone black. Because this ARM-based development board comes with a Debian version of Linux, which includes a Linux terminal. You can use the terminal to run common Linux commands and control the Beaglebone Black rev c. Programming is required to interface it with external sensors and actuators. Normally, a GPIO module is used to program it using the Python programming language, and it includes 69 GPIO pins.
On-Board Interfaces:
• HDMI D-type interface (16-bit colour with audio output)
• LCD interface (24-bit output, extended by P8 interface)
• 10/100M Ethernet (RJ45 connector)
• High-speed USB 2.0 OTG interface with PHY (Mini USB type-B connector)
• High-speed USB 2.0 HOST interface with PHY (USB type-A connector)
• TF card slot (SD/MMC)
• 3-line debugging serial interface (6-pin 2.54-pitch connector)
• HDMI type-D interface
• Expansion interface for LCD, UART, eMMC, ADC, I2C, SPI, and PWM
• JTAG interface (optional item, 20-pin standard interface, no connector mounted by default.
Also check our beaglebone collection page, which features a range of BeagleBone products available at Robocraze,
Why Choose BeagleBone Black Rev C?
The beaglebone black rev c stands out in the embedded systems market due to its balance of performance, connectivity, and affordability. Compared to similar development boards, the beaglebone black price makes it an excellent value-for-money option. Whether you're working on IoT, robotics, or industrial automation, the beaglebone black revision c provides reliable performance with a strong developer ecosystem.
Features:
• Sitara AM3358BZCZ100 is a 32-bit RISC CPU with an ARM Cortex-A8 core up to 1GHz, powering the beaglebone black rev c.
• It includes an HDMI port for connecting to TVs and displays.
• More and quicker memory now with 512MB DDR3L 400MHz SDRAM and 4GB eMMC memory.
• Onboard storage frees up the microSD card slot for further expansion.
• Features include compatibility for existing Cape plug-in boards, a TPS65217C PMIC regulator, and one additional LDO.
• Additionally, debugging is supported.
• Optional onboard Features include a 20-pin CTI JTAG connector and HS USB 2.0 client and host interfaces.
• The system includes a UART0 serial port with a 6-pin 3.3V TTL header, a 10/100 RJ45 Ethernet connector
• A flashed Linux Debian distribution on the eMMC (no longer Angstrom).
Buttons & LEDs:
• 1 boot device selection button
• 1 power button
• 1 reset button
• 1 LED power indicator
• 4 user custom indicators
On-Board Memories
• 4GB 8-bit eMMC on-board flash storage (rev. 3)
• 512MB DDR3 SDRAM
BeagleBone Black Rev C Pin Configuration
P8 Pinout
PIN
PROC
NAME
MODE0
MODE1
MODE2
MODE3
MODE4
1,2
GND
3
R9
GPIO1_6
gpmc_ad6
mmc1_dat6
4
T9
GPIO1_7
gpmc_ad7
mmc1_dat7
5
R8
GPIO1_2
gpmc_ad2
mmc1_dat2
6
T8
GPIO1_3
gpmc_ad3
mmc1_dat3
7
R7
TIMER4
gpmc_advn_ale
timer4
8
T7
TIMER7
gpmc_oen_ren
timer7
9
T6
TIMER5
gpmc_be0n_cle
timer5
10
U6
TIMER6
gpmc_wen
timer6
11*
R12
GPIO1_13
gpmc_ad13
lcd_data18
mmc1_dat5*
mmc2_dat1
eQEP2B_in
12*
T12
GPIO1_12
gpmc_ad12
lcd_data19
mmc1_dat4*
mmc2_dat0
eQEP2B_in
13*
T10
EHRPWM2B
gpmc_ad9
lcd_data22
mmc1_dat1*
mmc2_dat5
eQEP2B_in
14*
T11
GPIO1_26
gpmc_ad10
lcd_data21
mmc1_dat2*
mmc2_dat6
ehrpwm_tripzone
15*
U13
GPIO1_15
gpmc_ad15
lcd_data16
mmc1_dat7*
mmc2_dat3
eQEP2_strobe
16*
V13
GPIO1_14
gpmc_ad14
lcd_data17
mmc1_dat6*
mmc2_dat2
eQEP2_index
17*
U12
GPIO1_27
gpmc_ad11
lcd_data20
mmc1_dat3*
mmc2_dat7
ehrpwm0_synco
18*
V12
GPIO2_1
gpmc_clk_mux0
lcd_memory_clk
gpmc_wait1
mmc2_clk
19*
U10
gpmc_ad8
gpmc_ad8
lcd_data23
mmc1_dat0*
mmc2_dat4
ehrpwm2A
20*
V9
GPIO1_31
gpmc_csn2
gpmc_be1n
mmc1_cmd*
21*
U9
GPIO1_30
gpmc_csn1
gpmc_clk
mmc1_clk*
*Some pins are used by internal storage eMMC (11–21) and HDMI (27–46)
P9 Pinout
PIN
PROC
NAME
MODE0
MODE2
MODE3
MODE4
1,2
GND
3,4
DC_3.3V
5,6
VDD_5V
7,8
SYS_5V
9
PWR_BUT
10
A10
RESET_OUT
11
T17
gpmc_wait0
mii2_crs
gpmc_csn4
rmii2_crs_dv
mmc1_sdcd
12
U18
gpmc_be1n
mii2_col
gpmc_csn6
mmc_dat3
gpmc_dir
13
U17
gpmc_wpn
mii2_rxerr
gpmc_csn5
rmii2_rxerr
mmc2_sdcd
14
U14
gpmc_a2
mii2_txd3
rgmii2_td3
mmc2_dat1
gpmc_a18
15
R13
gpmc_a0
gmii2_txen
rmii2_tctl
mii2_txen
gpmc_a16
16
T14
gpmc_a3
mii2_txd2
rgmii2_td2
mmc2_dat2
gpmc_a19
17
A16
spi0_cs0
mmc2_sdwp
I2C1_SCL
ehrpwm0_synci
18
B16
spi0_d1
mmc1_sdwp
I2CL_SDA
ehrpwm0_tripzone
19
D17
uart1_ctsn
timer5
dcan0_rx
I2C2_SCL
spi1_cs1
20
D18
uart1_ctsn
timer6
dcan0_tx
I2C2_SDA
spi1_cs0
21
B17
spi0_d0
uart2_txd
I2C2_SCL
ehrpwm0B
22
A17
spi0_sclk
uart2_txd
I2C2_SDA
ehrpwm0A
23
V14
gpmc_a1
gmii2_rxdv
rgmii2_rxdv
mmc2_dat0
gpmc_a17
24
D15
uart1_txd
mmc2_swdp
dcan1_rx
I2C1_SCL
25
A14
mcasp0_ahclkx
eQEP0_strobe
mcasp0_axr3
mcasp1_axr1
EMU4_mux2
26
D16
uart1_rxd
mmc1_sdwp
mcasp0_axr2
I2C1_SDA
• Up to 8 GPIO pins can be configured as PWM outputs, enabling precise motor control without additional CPU load.
• Pins 32–40 on header P9 form a 12-bit analog-to-digital converter (ADC) with 8 input channels for sensor readings.
• Includes two I²C interfaces — the first typically used for EEPROM access but available for general I/O, and the second fully user-configurable.
• Equipped with two high-speed SPI ports for rapid data communication.
• Features 25 low-latency PRU I/O pins, powered by two built-in 32-bit, 200 MHz Programmable Real-Time Units (PRUs) for precise timing and real-time control tasks.
Applications:
• circuit analysis and design
• associated software applications
• analogue and digital electronics
• microcomputers
• maintenance of electrical, computer and software systems
Comparision Table
Feature
BeagleBone Black Rev C
Raspberry Pi 4 Model B
Processor (CPU)
TI AM3359, 1?GHz ARM Cortex?A8
Broadcom BCM2711, Quad?core ARM Cortex?A72 @ 1.5?GHz
RAM
512?MB DDR3
1/2/4/8 GB LPDDR4
Onboard Storage
4?GB eMMC Flash
microSD Card (No onboard flash)
USB Ports
1× USB Host, 1× USB OTG
2× USB 3.0, 2× USB 2.0
Ethernet
10/100 Mbps
Gigabit Ethernet
Video Output
micro-HDMI (HD), 3D Graphics
2× micro-HDMI (up to 4Kp60)
Wireless/Bluetooth
Not Available
Wi?Fi (Dual-band), Bluetooth 5.0
GPIO/Expansion
2× 46 pin headers, 69 GPIO, PRUs
40 pin GPIO, HAT compatible
Power Input
5V via micro-USB or DC jack
5V @ 3A via USB-C
Dimensions
86.3 × 54.61 mm
85 × 56 mm
Graphics/Multimedia
3D Accelerator, HDMI Audio/Video
VideoCore VI, H.265 4Kp60 Decode
Unique Features
Real-time PRUs, Onboard eMMC, Cape Support
Dual 4K output, USB 3.0, Wireless