Quad-A76 Broadcom BCM2712 ARM Embedded Industrial Raspberry Pi Computer BL460
No.BL460 Series
The BL460 series, an ARM embedded computer from the ARMxy family, is an industrial-grade ARM controller with flexibly configurable I/O ports. Based on the Broadcom BCM2712 processor, it features a quad-core ARM Cortex-A76 core with a clock speed of up to 2.4GHz. It comes with 8/16/32/64GByte eMMC, 2/4/8/16GByte LPDDR4X ROM and RAM in various combinations, and supports a rich set of I/O interfaces. The BL460 series is widely used in industrial control, edge computing, communication management machines, industrial IoT gateways, energy storage systems, automation control, intelligent manufacturing, smart devices, rail transit, and other fields.
The BL460 series, an ARM embedded computer from the ARMxy family, is an industrial-grade ARM controller with flexibly configurable I/O ports. Based on the Broadcom BCM2712 processor, it features a quad-core ARM Cortex-A76 core with a clock speed of up to 2.4GHz. It comes with 8/16/32/64GByte eMMC, 2/4/8/16GByte LPDDR4X ROM and RAM in various combinations, and supports a rich set of I/O interfaces. The BL460 series is widely used in industrial control, edge computing, communication management machines, industrial IoT gateways, energy storage systems, automation control, intelligent manufacturing, smart devices, rail transit, and other fields.
Typical Application Fields
✓ Industrial Control ✓ Energy Storage Systems (EMS/BMS)
Note: GPIOs 14 and 15 are multiplexed as motherboard debug ports, while GPIOs 2 and 17 are multiplexed as run and network indicators, respectively. Modifying these GPIOs will disable these functions.
When used with the X board: The X board shares GPIOs 3, 4, 5, 7, 12, 13, 16, 22, 23, 24, 25, and 27 with the 40-pin pin. Modifying these pins will affect each other.
When used with the Y board: Slot 1 multiplexes GPIOs 1, 8, 9, 10, 11, and ID_SC, while slot 2 multiplexes GPIOs 0, 18, 19, 20, 21, and 26. Modifying these GPIOs will disable the connection with the Y board.
AI Power Ready
The ARMxy Series Industrial Raspberry Pi CM5 Controller BL460. Leveraging its powerful core performance and rich expansion interfaces, it seamlessly integrates with the Hailo-8 AI Accelerator, achieving up to 26 TOPS of AI computing power for rapid deployment of high-performance, low-power edge AI solutions.
This combination provides robust support for real-time image recognition, video analytics, and intelligent decision-making applications at the edge, easily handling complex model inference requirements while maintaining the compact size and high performance of embedded devices. It is particularly suitable for rapid deployment and in-depth application in scenarios such as machine vision, robotics, intelligent security, and industrial quality inspection.
Product Selection Guide
The ARMxy series ARM Based Compact SBC is an Expandable Embedded Box IPC, adopts a flexible design concept, which can flexibly select different SOM boards to achieve different ROM and RAM combinations, and use different X boards and Y boards to achieve rich IO combinations to meet the needs of various application scenarios.
The product naming rules are as follows:
ARMxy series controllers use a flexible design, allowing selection of different SOMs for ROM/RAM combinations and different X/Y boards for I/O combinations.
Naming Convention: Host Model - SOM Model - X Board Model - Y1 Board Model - Y2 Board Model
Example: BL461-SOM46012-X10 indicates 2 ETH ports, 16GB RAM, 32GB eMMC, 4x RS485. Add 'L' suffix for 4G module (e.g., BL461L-SOM46012-X10)
ARMxy BL460 Series Model List:
Below is a table summarizing the key specifications of the BL460 series ARM Based Expandable Embedded Box IPC:
Model
ETH
USB
HDMI
X Slot
Y Slots
Dimensions
BL460
1x10/100/1000M
2
×
1x6PIN
×
42x83x110mm
BL460A
1x10/100/1000M
2
×
1x20PIN
×
42x83x110mm
BL460B
1x10/100/1000M
2
×
1x20PIN
2
48x83x110mm
BL460C
1x10/100/1000M
2
×
1x10PIN
×
42x83x110mm
BL461
1x10/100/1000M, 1x10/100M
2
×
1x6PIN
×
42x83x110mm
BL461A
1x10/100/1000M, 1x10/100M
2
×
1x20PIN
×
42x83x110mm
BL461B
1x10/100/1000M, 1x10/100M
2
×
1x20PIN
2
48x83x110mm
BL462
1x10/100/1000M, 2x10/100M
2
1
1x6PIN
×
42x83x110mm
BL462A
1x10/100/1000M, 2x10/100M
2
1
1x20PIN
×
42x83x110mm
BL462B
1x10/100/1000M, 2x10/100M
2
1
1x20PIN
2
42x83x110mm
ARMxy BL460 Series ARM Edge AI Box Computer SOM Selection Table
Below is a table summarizing the specifications of the SOM (System on Module) options available for the BL460 seriesARM Edge AI Box Computers:
Model
MCU
Freq.
Wireless
eMMC
LPDDR4X
Temp. Grade
CM5002000
BCM2712
2.4GHz
x
0GB (Lite)
2GB
-20~85℃
CM5002016
BCM2712
2.4GHz
x
16GB
2GB
-20~85℃
CM5002032
BCM2712
2.4GHz
x
32GB
2GB
-20~85℃
CM5004000
BCM2712
2.4GHz
x
0GB (Lite)
4GB
-20~85℃
CM5004016
BCM2712
2.4GHz
x
16GB
4GB
-20~85℃
CM5004032
BCM2712
2.4GHz
x
32GB
4GB
-20~85℃
CM5008000
BCM2712
2.4GHz
x
0GB (Lite)
8GB
-20~85℃
CM5008016
BCM2712
2.4GHz
x
16GB
8GB
-20~85℃
CM5008032
BCM2712
2.4GHz
x
32GB
8GB
-20~85℃
CM5016000
BCM2712
2.4GHz
x
0GB (Lite)
16GB
-20~85℃
CM5016016
BCM2712
2.4GHz
x
16GB
16GB
-20~85℃
CM5016032
BCM2712
2.4GHz
x
32GB
16GB
-20~85℃
CM5016064
BCM2712
2.4GHz
x
64GB
16GB
-20~85℃
CM5102000
BCM2712
2.4GHz
PCB/ext
0GB (Lite)
2GB
-20~85℃
CM5102016
BCM2712
2.4GHz
PCB/ext
16GB
2GB
-20~85℃
CM5102032
BCM2712
2.4GHz
PCB/ext
32GB
2GB
-20~85℃
CM5104000
BCM2712
2.4GHz
PCB/ext
0GB (Lite)
4GB
-20~85℃
CM5104016
BCM2712
2.4GHz
PCB/ext
16GB
4GB
-20~85℃
CM5104032
BCM2712
2.4GHz
PCB/ext
32GB
4GB
-20~85℃
CM5108000
BCM2712
2.4GHz
PCB/ext
0GB (Lite)
8GB
-20~85℃
CM5108016
BCM2712
2.4GHz
PCB/ext
16GB
8GB
-20~85℃
CM5108032
BCM2712
2.4GHz
PCB/ext
32GB
8GB
-20~85℃
CM5108064
BCM2712
2.4GHz
PCB/ext
64GB
8GB
-20~85℃
CM5116000
BCM2712
2.4GHz
PCB/ext
0GB (Lite)
16GB
-20~85℃
CM5116016
BCM2712
2.4GHz
PCB/ext
16GB
16GB
-20~85℃
CM5116032
BCM2712
2.4GHz
PCB/ext
32GB
16GB
-20~85℃
CM5116064
BCM2712
2.4GHz
PCB/ext
64GB
16GB
-20~85℃
This table provides a clear and concise overview of the different models, their specifications, and temperature ranges.
X Series IO Board Selection Table You can choose the appropriate X series IO board according to your requirements. The number of pins on the X series IO board must be compatible with the industrial computer chassis.
Model
RS232/RS485
CAN
DI
DO
GPIO
PIN Nubmer
X10
2
x
x
x
x
6PIN
X11
1
1
x
x
x
-N/A-
X12
x
2
x
x
x
-N/A-
X13
x
x
2
2
x
6PIN
X14
x
x
4
x
x
6PIN
X15
x
x
x
4
x
6PIN
X16
x
x
x
x
4
6PIN
X20
4
x
x
x
x
10PIN
X21
3
1
x
x
x
-N/A-
X22
2
2
x
x
x
-N/A-
X23
4
x
4
4
x
20PIN
X24
3
1
4
4
x
-N/A-
X25
2
2
4
4
x
-N/A-
X26
2
x
8
4
x
20PIN
X27
1
1
8
4
x
-N/A-
X28
2
x
12
x
x
20PIN
X29
1
1
12
x
x
-N/A-
X30
x
x
x
x
16
-N/A-
Y Series IO Board Selection Table You can choose the appropriate Y series IO board according to your requirements. The Y series IO modules are compatible with all Y slots.
Model
Description
Model
Description
Y01
4DI + 4DO Module (NPN)
Y41
4-Channel AO Module (0/4~20mA Output)
Y02
4DI + 4DO Module (PNP)
Y43
4-Channel AO Module (0~5/10V Output)
Y11
8-Channel DI Module (NPN)
Y46
4-Channel AO Module (±5V/±10V Output)
Y12
8-Channel DI Module (PNP)
Y51
2-Channel RTD Module (3-Wire PT100)
Y13
8-Channel DI Module (Dry Contact)
Y52
2-Channel RTD Module (3-Wire PT1000)
Y21
8-Channel DO Module (PNP)
Y53
2-Channel RTD Module (4-Wire PT100)
Y22
8-Channel DO Module (NPN)
Y54
2-Channel RTD Module (4-Wire PT1000)
Y24
4-Channel DO Module (Relay)
Y56
Resistance Measurement Module
Y31
4-Channel AI Module (Single-Ended, 0/4~20mA Input)
Y57
Voltage Measurement Module
Y33
4-Channel AI Module (Single-Ended, 0~5/10V Input)
Y58
4-Channel TC Module (Thermocouple)
Y34
4-Channel AI Module (Differential, 0~5/10V Input)
Y63
4-Channel RS485/RS232 Optional Module
Y36
4-Channel AI Module (Differential, ±5V/±10V Input)
Below is a summary of the Electromagnetic Compatibility (EMC) test results for theBL460 Series ARM Edge AI Box Computer, including detailed information on electromagnetic emissions and immunity tests:
1. Electromagnetic Emissions Tests
Test Category
Test Item
Test Standard
Test Level
Test Conditions
Test Result
Remarks
Emissions
Conducted Emissions
GB/T 9254 Class A / CISPR 32 Class A
Class A
150 kHz - 30 MHz
Pass
Meets limits for general industrial environments.
Radiated Emissions
GB/T 9254 Class A / CISPR 32 Class A
Class A
30 MHz - 1 GHz
Pass
Meets limits for general industrial environments.
2. Immunity Tests
Test Category
Test Item
Test Standard
Test Level
Test Conditions
Test Result
Remarks
Immunity
Electrostatic Discharge (ESD)
GB/T 17626.2 / IEC 61000-4-2
Level III
Contact discharge: +/-4 kV Air discharge: +/-8 kV
Pass
—
Radiated RF Immunity
GB/T 17626.3 / IEC 61000-4-3
Level III
Field strength: 10 V/m, 80 MHz - 1 GHz
Pass
—
Electrical Fast Transient (EFT)
GB/T 17626.4 / IEC 61000-4-4
Level III
Power lines: 2 kV Signal lines: 1 kV
Pass
—
Surge
GB/T 17626.5 / IEC 61000-4-5
Level III
Differential mode: 2 kV Common mode: 4 kV
Pass
—
Voltage Dips and Interruptions
GB/T 17626.11 / IEC 61000-4-11
Level III
Voltage dip: 70% for 500 ms Interruption: 10 ms
Pass
—
Power Frequency Magnetic Field
GB/T 17626.8 / IEC 61000-4-8
Level III
Field strength: 30 A/m, 50 Hz
Pass
—
Environmental Adaptability Testing
Below is a summary of the environmental adaptability tests conducted on the BL450 series ARM Edge AI Box Computer, ensuring their reliability and performance in various industrial conditions:
Test Item
Test Standard
Grade Requirement
Test Conditions
Test Result
Remarks
Low-Temperature Startup & Operation
GB/T 2423.1-2008 / IEC 60068-2-1
N/A
Ambient temperature: -40℃, device starts and operates normally
Compliant
Meets the basic low-temperature startup requirements for industrial environments.
High-Temperature Startup & Operation
GB/T 2423.2-2008 / IEC 60068-2-2
N/A
Ambient temperature: +85℃, device starts and operates normally
Compliant
Meets the basic high-temperature startup requirements for industrial environments.