Single Board Computer with ARM A72+A53 CPU
Single Board Computer with ARM A72+A53 CPU (Dual-core + Quad-core): SBC3100
Description
Featuring a dual-core ARM Cortex-A72 and quad-core ARM Cortex-A53 processor, it is a flexible and high-performance single board computer designed for a wide range of commercial and industrial applications such as digital signage, POS, Gaming, Set top box, KIOSK and other smart devices. It also has a powerful hardware video/ graphics engine for high-end application.
Features
Small size (150mm x102mm)
High performance 6 cores (Dual-core ARM Cortex-A72 + Quad-core ARM Cortex-A53)
Powerful ARM Cortex-A72 up to 2Ghz
Dedicated hardware decoder up to 4Kx2K@60fps and encoder to 1080p@30fps
Hardware 2D/3D graphics accelerator
Multi-display interfaces (HDMI, eDP, MIPI-DSI)
Multi-camera interfaces (MIPI-DSI, USB)
Touch screen interface
Rich set of peripherals (USB3. 0, USB2.0, LAN, Buzzer, GPIO, I2C, etc.)
12V-24V DC Input
Support Android / Ubuntu / Debian
Preinstalled Linux or Android OS
Typical Applications
ü Digital signage
ü Thin Client
ü POS (Point of sale)
ü Set Top Box
ü Gaming devices
Specifications
|
CPU |
RockchipRK3399 (2x ARM Cortex-A72 + 4x ARM Cortex-A53) |
|
OS |
Android / Ubuntu 16 / Debian |
|
RAM/FLASH |
DDR 1GB/2GB; eMMC 8GB |
|
Display Interface |
1x HDMI 2.0 (4Kx2K @60fps) 1x DisplayPort 1. 1x eDP1.3 (2560×1600 @60fps) 2x MIPI-DSI (2560×1600 @60fps) |
|
Camera |
1x MIPI-CSI |
|
Touch |
1x Capacitive Touch Screen Interface (I2C) |
|
Audio |
1x mic/earphone con + 2x speaker con |
|
USB 2.0 Host |
2x USB 2.0 type-A + 1x USB 2.0 pin header |
|
USB 3.0 Host |
2x USB 3.0 type-A + 2x USB 3.0 pin header |
|
Type-C |
USB 3.0 OTG / DisplayPort 1.2 |
|
Ethernet |
1x 10/100/1000 Mbps (RJ-45) |
|
Wi-Fi/Bluetooth |
Wi-Fi 802. |
|
3G/LTE Modem |
LTE socket (mPCIe) + SIM socket |
|
Sensor |
3-axis Accelerometer + 3-axis Gyroscope (optional) |
|
Buzzer |
1x Buzzer |
|
GPIO |
8-bit input/output |
|
Console Port |
1× UART (console / debug) |
|
COM Port |
N/A (use D120 for 4xCOM port) |
|
miniPCIe |
1x MiniPCI-e socket |
|
I2C/IR |
1x I2C master port+ 1x IR receiver |
|
Power Input |
DC 12-24V (optional converter for 9V-36VIN) |
|
Dimension |
102 x150 x 26 mm |
|
Operating Temp. |
0°C – 70°C / -20°C to 70°C |
2 (4Kx2K @60fps)
11 bgn+ BT 4.1 (optional)
SBC3100 Ordering Information
PCBA Specifications
- PCB Size: 150 mm (L) x 102 mm (W)
Function Specifications
- Processor: CPU
- Wireless: WIFI, Bluetooth, 3G
- Wired Communication: Ethernet(RJ-45)
- Interface: USB(USB 2.0/3.0), UART, I2C, GPIO(8-bit I/O), HDMI, Type-C, Micro SD
- Power: DC(12-24V)
- Memory: DRAM(DDR 1GB/2GB), FLASH(eMMC 8GB)
- Sensors: Accelerator(3-axis), Gyro(3-axis)
Software Specifications
Linux, Windows, Android, Ubuntu, Debian
Certification
CE, FCC
Customizable Features
PCB size, Wireless, Interface, Memory, Customer’s need
NXP LS1046A based Evk ARM Cortex-A72 Single Board Computer — Single Board Computer Professional Supplier
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OK1046A-C2 Single Board Computer
CPU: LS1046A
Architecture: Cortex-A72
Frequency: 1.
8GHz
RAM: 2GB DDR4
ROM: 8GB eMMC
System: Ubuntu-18.04.1，OpenWrt v18.06.0-rc2
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OK1046A-C2 is
LS1046A single board computer / development board designed based on
NXP
Cortex -A72 featuring quad-core processor with frequency up to 1.8GHz. It consists of carrier board and SoM system on module) with separated structure by COM Expressor connector with transfer rate up to 10GHz. the processor can support 2 native SFP+(10Gb), 5 Gagibit Ethernet, and also USB3.0, M.2(
5G ), mSATA, M.2(WiFi), UART and other useful prepherial interfaces are available, in software view, Ubuntu and OpenWRT are both well supported. Target applications are industrial router, edge computing gateway, IP-PBX, energy management, automation, etc.
Robust processing performance
Quad-core
ARM
Cortex -A72 processor with frequency up to 1.8GHz,
2GB DDR4 RAM, data throughput up to 2.1GT/s, and CoreMark up to 45000
8 Native Ethernet
up to two XFI(10GbE)
High-speed Network
Data Path Acceleration Architecture(DPAA) incorporating acceleration for Packet parsing, classification,
and distribution(FMan), queue management for scheduling, packet sequencing,
and congestion management(QMan), and hardware buffer management for buffer allocation
and de-allocation(BMan). Software supported with DPDK and OVS-DPDK for high
performance in network related data packet processing
Various High-speed Interfaces
5Gbps USB3.
0, 6Gbps SATA3.0, 10Gbps Ethernet, 32GT/s PCIe3.0(x4)
Flexible scalability
PCIe2.0(up to 5Gbps) scalable for Ethernet, dual-band WiFi and other high-speed peripherals
COM Express Package designing
COM Express package designing between SoM
and carrier board can provide data transfering rate up to 10GHz,
providing a wealth of connectivity and interface options. COM Express
Mini Type 10 with high compatibility makes it flexible for users to custom different SoM for carrier board.
OS Supporting
Ubuntu18.04 and OpenWRT are available for applications
and plugins from third parties, which is convenient for users to do development
OK1046A-C SBC Pin Diagram
OK1046A-C single board computer consists of SoM
FET1046A-C and carrier board
▊ Spec.
| Overview of FET1046A-C System on Module | |
|---|---|
| CPU | NXP LS1046A |
| Architecture | Quad-core, Cortex-A72 |
| RAM | 2GB DDR4 |
| OS |
Ubuntu-18.04.1/OpenWrt v18.06. 0-rc2
|
| Package | COM Express |
| Working Temp. | -40℃~ +75℃ |
| Main Frequency | ≤1.8GHz |
| ROM | 8GB eMMC; 16MB QSPI NorFlash |
| Voltage In | 12V |
| Dimensions | 84mm×55mm |
| FET1046A-C System on Module Features | ||
|---|---|---|
|
Peripheral |
QTY |
Spec. |
|
Ethernet |
≤8 |
CPU can support 8 native MAC, available for below combinations: |
|
PCIe3.0 |
≤3 |
Set by SerDes, can support x1, x2 and x4 modes, each channel up to 8GT/s |
|
SATA3. |
≤1 |
Set by SerDes, transfer rate up to 6Gbps |
|
SerDes2 |
4 |
8 SerDes channels can be used for high speed peripherals:
3-ch PCI Express 3. 1-ch SATA 3.0 controller can support up to 5-ch SGMII and each 1000 Mbit/s can support up to 3-ch SGMII and each 2500 Mbit/s can support up to 2-ch XFI (10 GbE) can support up to 1-ch QSGMII |
|
USB3.0 |
≤3 |
Up to 5Gbps |
|
UART |
≤6 |
2-ch DUART or 6-ch UART |
|
IIC |
≤3 |
|
|
eSDHC |
≤1 |
Can support SD3. can not be used for external memory expanding |
0
0 controller
0 EMMC4.5, multiplexed with eMMC, it can be used for system booting from card or OS image flashing, but
Note2：SerDes can be used for settings of Ethernet, PCIe and SATA, details please refer to ‘QorIQ LS1043A Reference Manual’
| OK1046A-C2 Carrier Board Features | ||
|---|---|---|
|
Peripherals |
QTY |
Spec. |
|
Ethernet 1Gbps |
5 |
1G/ 100M/ 10Mbps auto-negotiation, 3 from SGMII and 2 from RGMII |
|
SFP+ |
2 |
transfer rate up to 10Gbps, for SFP+ optical module or electrical module |
|
mSATA |
1 |
SATA3. |
|
M.2 E key |
1 |
integrated with PCIex1, for WiFi card |
| M.2 B key |
1 |
integrated with PCIex1, USB3. |
|
USB 3.0 |
1 |
up to 5Gbps |
|
UART |
3 |
TTL, 3-wire serial interface |
|
RTC |
1 |
on-board CR2032 cell |
| User key |
1 |
for user’s definition |
0, up to 6Gbps
0 and SIM, for 5G module
▊Software Features
| Linux ubuntu | ||
|---|---|---|
|
Cross-compiler |
aarch64-linux-gnu-gcc |
Ubuntu/Linaro 7. |
|
Booting mode |
boot system from SD card |
|
|
flash OS image by U-disk |
||
|
UBoot |
version: Uboot-2018. |
|
|
can support device tree |
||
|
TFTP and NFS are supported |
||
|
can support U-disk, eMMC, TF card, QSPI Flash, etc. |
||
|
can support Linux kernel MQC setting and saving |
||
|
Linux kernel driver |
version: Linux-4. |
|
|
file system |
EXT4/NFS/FAT32 |
|
|
eMMC |
HS200 mode |
|
|
watchdog |
||
|
RTC |
Rx8010 |
|
|
IO |
||
|
QSPI |
can support 4-wire mode high speed reading and writing |
|
|
PCIe |
MINI-PCIe: WLE900VX Gigabit 5G WIFI module |
|
|
USB 3. |
U-disk, USB Hub, USB mouse, USB keyboard |
|
|
TMU |
LS1043 inernal temp sensor |
|
|
UART |
||
|
SATA |
1x mSATAT |
|
|
Ethernet(10000/1000/100/10Mbps) |
1x Ten-Gigabit Ethernet, 1x SFP+, 5x Gigabit Ethernet |
|
|
UART |
1x RS232 debug port, 3x RS232 general purpose serial interface |
|
|
Ubuntu file system |
version: ubuntu-18. |
|
|
Samba |
||
|
Lighttpd |
||
|
Docker |
||
|
LXC |
||
|
QEMU |
||
|
OP-TEE OS |
||
|
OpenSSL |
||
|
IPSEC |
||
|
DPDK |
OVS-DPDK |
|
3.0-16ubuntu3~18.04, glibc-2.27, binutils-2.30-0, gdb-8.1
03
14.47
|
Linux LEDE v17. |
|
|---|---|
|
Linux kernel |
version: Linux-4.9.63 |
|
Openwrt |
version: v17.01.6 |
|
Source pack |
ath20k-firmware-qca988x_2017-03-29-956e2609-1_aarch64_generic |
9.63-1_aarch64_generic 
1.5-1_aarch64_generic 
210.69179-6df9a57-1_all 
09-1_aarch64_generic
▊ Accessories
Provides the modules and accessories used in Forlinx’s SBC.
See here for communication modules, Evaluation Kit, LCD screen, SBC expansion module and further
accessories »
Technical Support
Forlinx provides software resources including kernel and driver source code, together with detailed user manual, schematic documentations to help customer start their development rapidly.
▊ How to buy
1. Order Online
We have an online store on
Alibaba, please contact us to start ordering
2. Order offline
pls send your inquiry to our mailbox
[email protected];
3.
Payment Terms
Samples(100% T/T in advance),Bulk Order(please contact with our sales)
▊ Shipment
1. Delivery: Goods will be sent out by express as requested
2. Lead time: generally, goods could be sent out within five working days for a sample order, for a bulk requirement order, please contact us to check stock status and estimated delivery time.
3. Shipping charge: buyers should bear related shipping cost.
▊ Other Forlinx LS10xx Series Products
| FET1046A-C System on Module(SoM) | OK1043A-C Single Board Computer(SBC) | OK1028A-C Single Board Computer(SBC) |
OKdo x Radxa ROCK 4 Model SE 4GB Single Board Computer Rockchip RK3399-T ARM Cortex-A72
Description
ROCK 4 SE is a reliable and high-performing single-board computer that offers class-leading performance and superior hardware as standard.
This special edition board is based on a powerful Rockchip RK3399-T hexa-core processor, big.LITTLE™ Arm® Dual Cortex-A72® CPU, Arm Mali™ – T860MP4 GPU and 4GB 64bit LPDDR4 RAM. With onboard RTC, WiFi, Bluetooth, antenna, audio jack, 4K HDMI port, and many more, ROCK 4 SE provides an incredible performance solid as a ROCK!
Details
Note: We recommend using a PD or QC power supply with a maximum output of 9V or 12V.
What Are the Key Benefits of the ROCK 4 SE?
Powerful Rockchip processor
A low-power high-performing Rockchip RK3399-T processor is embedded into the heart of the ROCK 4 SE board. Equipped with an Arm® big.LITTLE™ technology Dual Cortex®[email protected], Quad [email protected] CPU, Arm Mali™ – T860MP4 GPU and 4GB 64bit LPDDR4 RAM, be sure that your board will provide a high-performance solid as a ROCK!
Extensive storage capacity
ROCK 4 SE offers you an immense advantage over other competitors’ boards, benefiting from extensive storage capability.
It features a Micro SD card, an eMMC and an M.2 (M key), ensuring the board with a tremendous amount of additional storage capacity.
RTC (real-time clock)
The onboard real-time clock allows you to accurately register the time even when the ROCK 4 SE is powered off. The board features an onboard connector for an RTC battery.
Multiple connectivity capabilities
The board offers you multiple connectivity capabilities, including Bluetooth 5.0, WiFi, Gigabit Ethernet, USB and HDMI ports, and a built-in antenna, allowing you to widely incorporate ROCK 4 SE into your applications.
Highly compatible with SBC accessories
ROCK 4 SE features an onboard 40P GPIO extension header, offering extensive compatibility with a wide range of SBC accessories.
Advanced multimedia functions
The ROCK 4 SE is fitted with an Arm Mali™ – T860MP4 quad-core graphics processing unit (GPU), ideal for advanced multimedia applications, including games.
The board incorporates camera and display interfaces, an HDMI port supporting displays up to 4Kp60 resolution, a high-quality audio output via a 3.5mm onboard audio jack that supports microphone input as default, and much more.
Why is ROCK 4 SE the perfect alternative to other popular SBCs?
- Better performance – 4GB 64bit RAM, more processing cores and a broader memory interface,
- Extensive storage capacity,
- Similar form factor,
- 40 pin GPIO extension header.
How to customise your ROCK board?
Your board, your way. With OKdo, you can customise the board in large volumes. Reach out to us and find out our conditions and how you can customise the ROCK 4 SE to tailor it to your design needs.
You can now benefit from the adaptive design of the ROCK 4 SE and add or remove components or even fully configure it for low-cost applications efficiency and environmental improvements. Speak to an expert, contact us here.
Availability
Tackling the shortage of semiconductors on the market, OKdo, in collaboration with Radxa, ensured long-term stock availability of ROCK 4 SE, sparing you from stock hunting and allowing you to focus on designing the world with breath-taking innovations.
Technical Specifications
| ROCK 4 SE Board | |
| SOC | Rockchip RK3399-T |
| Processor | Arm® big. LITTLE™ technology (Dual Cortex®[email protected], Quad [email protected]) |
| GPU | Arm Mali™ – T860MP4 GPU, supporting OpenGL ES 1.1 /2.0 /3.0 /3.1 /3.2, Vulkan 1.0, Open CL 1.1 1.2, DX11 |
| Memory | Dual channel (64bit) 4GB LPDDR4 RAM |
| Power Req | USB Type-C™ PD/QC 9-12V |
| HDMI | 1 x 4k@60fps HDMI |
| USB | 2 x USB 2.0 1 x USB 3.0, 1 x USB 3.0 OTG (Switchable) |
| Audio Ports | 3.5mm jack, analogue stereo output, microphone input |
| Connectivity | WiFi 5/BT 5.0, BLE, Gigabit Ethernet |
| MIPI | 1 x 2 lane DSI/1 x 2 lane CSI |
| Storage | Micro SD / M.2 (M key) / eMMC |
| EMMC | B2B connector |
| UARTS | 2 x UART |
| RTC | YES (support for external battery) |
| Software | ARMv8 Instruction Set
Debian/Ubuntu Linux support Android 7. GPU-enabled AI stack such as Caffe Hardware access/control library for Linux/Android |
| Temperature | Operation Temperature: 0~50 ℃/ Storage Temperature: -20~80 ℃ |
1/Android 9.0/Android 10/Android 11 supportKey product features of ROCK 4 SE
Pinout Diagram of the ROCK 4 SE
Specifications
| SKU |
NS8889316 |
|---|---|
| mpn |
ROCK 4B SE 4GB |
| brand |
Radxa |
BeagleBone AI-64 SBC features TI TDA4VM Cortex-A72/R5F SoC with 8 TOPS AI accelerator
Posted on by Jean-Luc Aufranc (CNXSoft) — 13 Comments on BeagleBone AI-64 SBC features TI TDA4VM Cortex-A72/R5F SoC with 8 TOPS AI accelerator
BeagleBone AI-64 is a single board computer (SBC) powered by a Texas Instruments TDA4VM dual-core Cortex-A72 + hexa-core Cortex-R5F processor which also embeds an 8 TOPS AI accelerator, plus three DSP, as well as plenty of I/Os that makes it ideal for advanced AI industrial applications.
It follows the BeagleBone-AI SBC launched in 2019, but with much higher specs including a 64-bit Arm processor, 4GB RAM, three USB 3.0 ports, an M.2 E-Key socket with PCIe, USB and SDIO, plus the usual expansion headers that keep compatibility with existing BeagleBone cape add-on boards.
BeagleBone AI-64 specifications compared to BeagleBone-AI and BeagleBone Black boards:
| BeagleBone AI-64 | BeagleBone AI | BeagleBone Black (or BeagleBone Black Wireless) | |
|---|---|---|---|
| SoC | Texas Instruments Jacinto TDA4VM 2x ARM Cortex-A72 |
Texas Instruments Sitara AM5729 2x ARM Cortex-A15 |
Texas Instruments Sitara AM3358 ARM Cortex-A8 |
| Max CPU clock | 2 GHz | 1.5 GHz | 1 GHz |
| Co-processors | C7x+MMA, 2xC66x, 12xPRU, 6xARM Cortex-R5, PowerVR Rogue 8XE GE8430, H.264 encode, H.264/H.265 decode | 2xC66x, 4xPRU, 4xARM Cortex-M4, 4xEVE, 2xPowerVR SGX544, IVA-HD | 2xPRU, ARM Cortex-M3, PowerVR SGX530 |
| Analog Pins | 7 (3. 3V) |
7 (4-wire touchscreen capable) (3.3V) | 7 (4-wire touchscreen capable) (1.8V) |
| Digital Pins |
72 (including 7 analog pins which are digital capable) |
65 | |
| Memory | 4GB LPDDR4 | 1GB DDR3L | 512MB DDR3 |
| Storage |
16GB eMMC flash on-board |
4GB eMMC flash on-board microSD card slot |
|
| USB | USB 3.0 Type-C 5Gbps 2x USB 3.0 Type-A Host Ports |
USB 3.0 Type-C 5Gbps USB 2.0 Type-A Host Port |
USB 2.0 microUSB 480Mbps USB 2.0 Type-A Host Port |
| Network | 1 Gigabit Ethernet M.2 E-key w/ PCIe/USB/SDIO |
1 Gigabit Ethernet 2.4/5GHz WiFi Bluetooth 4.2/BLE |
10/100M Ethernet (Black-only) 2.4GHz WiFi (Wireless-only) Bluetooth 4.2/BLE (Wireless-only) |
| Video | miniDP MIPI DSI (w/ I2C) Cape add-on boards |
micro HDMI |
|
| Audio | miniDP cape/USB add-ons MikroBUS Shuttle connector |
micro HDMI cape/USB add-ons Bluetooth |
micro HDMI cape/USB add-ons Bluetooth (Wireless-only) |
| Camera | 2x MIPI CSI (4 lane) |
N/A |
|
| Supported Expansion Interfaces |
4x UART |
4x UART 16-bit LCD interface 2x I2C 2x SPI 8x PWM 4x Timer A/D (1.8V) CAN Pulse Capture Quadrature Encoder PRU GPIO PRU UART PRU Pulse Capture … |
|
| On-board Sensors |
On-die processor temperature sensors |
N/A | |
3V)Block Diagram
Another notable change is that a mini DisplayPort has now replaced the micro HDMI port found in earlier boards. The TDA4VM SoC comes with many co-processors, so it will be interesting to see how well those are supported in the software. BeagleBoard.org provides Debian 11.3 with XFCE desktop environment for the BeagleBone AI-64 bootable either from the internal flash or a microSD card, and the instructions to get started are the same as for earlier BeagleBone or BeagleBoard boards.
The BeagleBone AI-64 is open-source hardware with the hardware design files, documentation, and some software, available in a dedicated git repository.
You may also find additional information on the product page. The board is available through three distributors namely Digi-Key, Element14 (Asia), and OKdo for about $187.
Jean-Luc Aufranc (CNXSoft)
Jean-Luc started CNX Software in 2010 as a part-time endeavor, before quitting his job as a software engineering manager, and starting to write daily news, and reviews full time later in 2011.
Support CNX Software! Donate via PayPal or cryptocurrencies, become a Patron on Patreon, or buy review samples
Tagsartificial intelligence, beaglebone, debian, development board, Linux, Single Board Computer
Cortex-A72 – Arm®
The Arm Cortex-A family is designed for devices undertaking complex compute tasks, such as hosting a rich operating system platform and supporting multiple software applications. The Cortex-A72 rapid processing is particularly suited to many next-generation applications, including mobile and embedded computing.
Features and Benefits
High Compute Density
Gain significant advantages in reduced memory requirements and maximizing the use of on-chip Flash memory with advanced code density.
Advanced Branch Predictor
Drastically improve prediction accuracy with a sophisticated new algorithm, which reduces wasted energy consumption from executing down an incorrect code path.
Infrastructure Compatibility
Develop more advanced networking and storage applications by harnessing the full error-correcting code cache and 44-bit addressing up to 16TB.
Specifications
The Cortex-A72 processor can be paired with the Cortex-A53 processor in a big.LITTLE configuration for a wide array of applications including mobile, embedded and automotive.
The Cortex-A72 processor cluster has one to four cores, each with their L1 instruction and data caches, together with a single shared L2 unified cache.
Visit Arm Developer for more details.
Key Documentation
| Cortex-A72 Technical Reference Manual |
| Cortex-A72 Software Optimization Guide |
|
Compare the specifications of Cortex-A processors across Armv7-A, Armv8-A and Armv9-A architectures. Download Comparison PDF |
Use Cases
Where Innovation and Ideas Come to Life
Advanced Driver Assistance Systems
On the path to fully autonomous vehicles, designers are bringing a host of safety and other enhancements to vehicles that, for now, rely on a human driver. Cortex-A72 delivers the increased power requirements of vehicle systems.
Learn More
Storage
As the demand for storage speed and density increases, storage drives need to deliver faster IO operations, reduce latency, and improve error connection. Cortex-A72 delivers the compute power new storage options demand.
Learn More
Computer Vision at the Endpoint
To enable computer vision for a wide range of IoT applications, Arm have developed a full set of IP that enables advanced on-device processing for high-resolution videostream. Learn more about computer vision using the Cortex-A72 processor in this video.
Talk with an Expert
Find out how Cortex-A72 can improve the efficiency of your mobile applications.
Contact Us
Related Products and Services
Explore More Options and Features
Mali Graphics Processors
Mali GPUs include both graphics and GPU compute technology to offer a diverse selection of low-power, scalable solutions for premium smartphones, tablets, and digital TVs.
Learn More
System IP
Arm System IP enables system designers to configure and build high-performance, power-efficient SoCs while further differentiating with Arm processors and their own IP elements integrated via industry-standard AMBA interfaces.
Learn More
Arm Versatile Express
Arm Versatile Express development boards are the ideal platform for accelerating the development and reducing the risk of new SoC designs. Evaluate, benchmark, and start software development, prototype drivers, and test custom logic blocks or system IP.
Learn More
Architecture and Technologies
A Foundation of Silicon Success
Arm-based chips, device architectures, and technologies orchestrate the performance of everything that makes modern life possible — from smartphones to agricultural sensors and from medical instruments to servers.
Cortex-A72 Resources
Everything you need to know to make the right decision for your project.
Includes technical documentation, industry insights, and where to go for expert advice.
Tools and Design Reviews
- Design Reviews
- Arm Development Tools and Software
Webinars
- Learn how NXP’s Arm Cortex-A72 based LX2160A and Kontron’s expertise can enable products in demanding environments
- HPC on Arm-based Layerscape Processor for Computing, Networking and Storage Applications
Industry News
- MEN Micro Introduces cPCI Serial SBC with Arm Cortex A72 and Virtualization Functions
- MediaTek Unveils New P60 Helio With Integrated AI Processing
ROCK 4 SE Single Board Computer 4GB LPDDR4 RAM Rockchip RK3399-T ARM C
– Robocraze
ROCK 4 SE Single Board Computer 4GB LPDDR4 RAM Rockchip RK3399-T ARM C
– Robocraze
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Other SBC
ROCK 4 SE Single Board Computer 4GB LPDDR4 RAM Rockchip RK3399-T ARM Cortex-A72
ROCK 4 SE is a reliable and high-performing single-board computer that offers class-leading performance and superior hardware as standard.
This special edition board is based on a powerful Rockchip RK3399-T hexa-core processor, big.LITTLE Arm Dual Cortex-A72 CPU, Arm Mali™ – T860MP4 GPU and 4GB 64bit LPDDR4 RAM. With onboard RTC, WiFi, Bluetooth, antenna, audio jack, 4K HDMI port, and many more, ROCK 4 SE provides an incredible performance solid as a ROCK!
Note: We recommend using a PD or QC power supply with a maximum output of 9V or 12V.
Pinout Diagram of the ROCK 4 SE:
Pinout Diagram of the ROCK 4 SE
Specifications:
| SOC | Rockchip RK3399-T |
| Processor | Arm® big.LITTLE™ technology (Dual Cortex®[email protected], Quad [email protected]) |
| GPU | Arm Mali™ – T860MP4 GPU, supporting OpenGL ES 1.1 /2.0 /3.0 /3.1 /3.2, Vulkan 1.0, Open CL 1.1 1.2, DX11 |
| Memory | Dual channel (64bit) 4GB LPDDR4 RAM |
| Power Req | USB Type-C™ PD/QC 9-12V |
| HDMI | 1 x 4k@60fps HDMI |
| USB |
2 x USB 2. 01 x USB 3.0, 1 x USB 3.0 OTG (Switchable) |
| Audio Ports | 3.5mm jack, analogue stereo output, microphone input |
| Connectivity | WiFi 5/BT 5.0, BLE, Gigabit Ethernet |
| MIPI | 1 x 2 lane DSI/1 x 2 lane CSI |
| Storage | Micro SD / M.2 (M key) / eMMC |
| EMMC | B2B connector |
| UARTS | 2 x UART |
| RTC | YES (support for external battery) |
| Software |
ARMv8 Instruction Set Debian/Ubuntu Linux support Android 7.1/Android 9.0/Android 10/Android 11 support GPU-enabled AI stack such as Caffe Hardware access/control library for Linux/Android |
| Temperature | Operation Temperature: 0~50 ℃/ Storage Temperature: -20~80 ℃ |
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a selection of devices of various types / Habr
Single-board computers can serve as an excellent corporate tool for a variety of purposes.
In the house, single-board cards will also come in handy — both for everyday tasks and as a basis for creating DIY projects.
In the new collection — a few new and not very single-board computers, which are worth paying attention to.
Orange Pi 4 LTS
The developers of the Orange Pi single-board line recently announced a new model that is equipped with a six-core Rockchip RK339 processor.9, Gigabit Ethernet, HDMI, USB ports. The board supports 4 GB of RAM, you can optionally install an eMMC module with 16 GB of memory. In addition, there is also a slot for memory cards. Dimensions — 91 x 56 mm.
The Orange Pi 4 LTS single board will be available this month for $55 to $70.
If you think that the processor of this device is a little outdated, then you don’t think so. But it is only morally obsolete, and then — in such devices it can be used for a long time. It has the advantage that its specs and all are very well known, having been installed on Chromebooks for several years.
Moreover, it is in the PinePhone Pro smartphone and PineBook Pro laptop. As for the processor cores, two of them are ARM Cortex-A72 CPUs, and four more are ARM Cortex-A53 CPUs. Graphics — ARM Mali-T860MP4.
The new board supports Ubuntu, Debian and Android operating systems.
Starting from mid-February, the single-payer will be available for purchase on Amazon and Aliexpress.
PocketBeagle
This is an open-source single-board computer from BeagleBone, which has one feature — it does not have a GPU, so it cannot work with a GUI.
It is based on Octavo Systems OSD3358 1 GHz ARM Cortex-A8 and 512 MB DDR3. The single board is only 56 x 35mm, making it as small as a Raspberry Pi Zero.
It can be connected to a laptop or desktop PC like a flash drive — and it’s very convenient. You can upload the firmware through a browser with support for a text editor and the Linux command line.
The single-board also has 2 PRUs, which expands its capabilities.
ROCK5
This is another new single board based on the Rockchip RK3588 processor. It immediately supports 16GB of LPDDR4x RAM, can work simultaneously with three displays, there are wireless modules with support for WiFi 6E and Bluetooth 5.2. Plus there is a PCIe 3.0 x4 connector for connecting an NVMe SSD.
Unfortunately, this device is not yet available, the single-board device will be available from the second half of 2022. Its cost is $129 for the version with 8 GB of RAM. There are other models, their cost is higher:
- ROCK5 with 4GB RAM for $129
- ROCK5 with 8GB RAM for $149
- ROCK5 with 16GB RAM for $189
The single-board size is relatively small — 100 x 72 mm. The processor is made using 8 nm technology. Here are the CPU specifications:
- 4 x ARM Cortex-A76 CPU @ 2.
4 GHz - 4 x ARM Cortex-A55 CPU @ 1.8 GHz
- ARM Mali-G610MC4
- Neural Processing Unit with 6 Teraflops
In general, the cost of the device is justified. It has a lot of connectors and connectors. For example, there are two HDMI 2.1 ports and a USB-C port, which allows you to connect three 8K HDR10 displays at once. And there’s also a 4k/60 HDMI input.
On the board, the developers placed a 40-pin GPIO connector, two MIPI-CSI connectors, two USB 3.0 Type-A ports and two USB 2.0 Type-A ports.
Single board PCs is a very interesting topic, but we have other articles, check it out — we talk about:
→ Small «raspberries» in a large data center
→ Apple’s new SoCs — M1 Pro and M1 Max
→ Creating your own server enclosure
Orange Pi 3 LTS
Another representative of the Orange Pi line.
This is the basic version of the single board from the manufacturer, which is equipped with an Allwinner H6 processor with a quad-core ARM Cortex-A53 processor and Mali-T720 graphics. The board has 2 GB LPDDR3 RAM, 8 GB eMMC, a microSD card slot, plus support for WiFi 5 and Bluetooth 5.0.
As in all previous cases, the size of the board is small — 85 x 56 mm. Here’s what’s on the board in terms of connectors and headers:
- 1 x USB 3.0 Type-A
- 2 x USB 2.0 Type-A
- 1 x Gigabit Ethernet
- 1 x HDMI 2.0
- 1 x 3.5 mm audio
- 26-pin connector with GPIO, I2C, SPI and UART
- IR receiver
The fee is $35.
Odroid-N2+
You can’t call this board new, but it is still in service with DIY lovers, and not only with them. You can’t name a cheap board, it costs about $80, but the capabilities of a single-board card are not bad.
Processor — Amlogic S922X (4x 2.4GHz Cortex-A73, 2x 2.0GHz Cortex A53). Graphics — Mali-G52 GPU. As for RAM, there are two options for the board — with 2 GB and 4 GB of RAM. Plus, the developers have provided eMMC with up to 128 GB.
Lots of ports and connectors:
- HDMI 2.0
- 4x USB 3.0 host
- micro USB
- 3.5 mm audio/mic
- IR receiver
- UART
- RTC
- 40-pin GPIO
The performance of the board allows you to use it to run video game emulators or software based on the Android OS. The presence of a 40-pin connector makes it possible to use the device for direct control of other equipment. All in all, the Odroid N2+ is a good all-around single board PC.
Pine A64-LTS
This is also not a new board, but it has not lost its relevance in 2022. It should be considered as a good alternative to the Raspberry Pi 4.
The board has a microSD slot, HDMI, gigabit internet, two USB 2.0 and micro-USB ports.
The board measures just 133 x 80 and has a 40-pin GPIO.
Also worth mentioning is the quad-core ARM Cortex A53 1.152 GHz 64-bit processor with Mali-400 MP2 GPU and 2 GB LPDDR3 RAM. There is also an option to add an eMMC with up to 12 GB.
Actually, that’s all for today. If someone has already worked with boards from the list, tell us about your experience — what did you like and what did not?
Single board computer Raspberry Pi 4 model B (1Gb)
The miniature single-board computer Raspberry Pi 4 Model B has replaced the third generation — it is a complete replacement for the desktop on Linux. The platform is suitable not only for web surfing and application development, but can also become the “brain” for a robot or smart home, a media center, a distributed computing system node or an industrial controller.
The board already has four USB ports, a Wi-Fi/Bluetooth wireless module, and full Gigabit Ethernet to get you started right away.
Differences from Raspberry Pi 3:
Supports 4K resolution at 60Hz (HDMI 2.0).
Ability to work with two monitors at the same time.
Hardware accelerated H.265 video stream.
Availability of USB 3.0 ports.
Gigabit Ethernet controller with full speed.
Increased RAM (in older versions).
Stuffing:
The Raspberry Pi 4 uses the Broadcom BCM2711 single-chip system. The die includes a 1.5GHz quad-core 64-bit Cortex-A72 (ARM v8) processor and a 500MHz VideoCore VI GPU. According to the manufacturer, the system on the new architecture is 50% faster than previous generations of RPi, and it also supports more RAM — from 1 to 4 GB, depending on the version of the board.
This modification of the Raspberry Pi 4 Model B is equipped with 4 GB of LPDDR4-2400 SDRAM, which is shared between the CPU and GPU. The top version of the microcomputer will be able to replace your PC in everyday tasks: it will be able to surf the web with many tabs and work with heavy documents in office programs.
Enthusiasts can devote themselves to unleashing the power of hardware to make a Raspberry Pi 4 home media center, IPTV set-top box (STB), and other demanding projects.
If the amount of RAM is not too important, and you would like to save money, pay attention to the Raspberry Pi 4 versions with 1 GB and 2 GB of RAM.
The controller supports H.265/HEVC (up to 4Kp60) and H.264 (up to 1080p60) hardware decoding. This offloads the CPU when working with streaming video on the Internet and watching «heavy» video files in the media center mode.
The wireless module supports Wi-Fi 802.11 b/g/n/ac standards and Bluetooth 5.0 protocol with BLE.
Peripheral connection:
The Raspberry Pi 4 has 40 GPIO pins for connecting digital sensors, expansion modules, and other peripherals. The GPIO pinout is fully compatible with past versions of the Raspberry Pi, so you won’t have any problems porting existing projects.
For connecting HDMI displays, monitors and TVs, there are two micro-HDMI 2.
0 connectors. Through them, you can simultaneously display the image on different screens. To do this, you will need a standard HDMI cable with an additional adapter, or a ready-made HDMI to micro-HDMI cable.
On the side of the controller are two USB 2.0 and two USB 3.0 ports. Standard peripherals are connected to them for comfortable work: keyboard, mouse, joystick and other USB devices.
The MIPI CSI port is designed to connect cameras for the Raspberry Pi. The MIPI DSI port is needed for direct connection of screen modules.
The audio and video output are combined in a 4-pin 3.5 mm jack, which allows you to output analog audio and composite video.
Meals:
At the bottom of the board is a USB Type-C connector for connecting power. The recommended voltage and current is 5 V, 3 A. Use a powerful switching power supply.
There is no hardware power switch. To make the board work, it is enough to connect a powered USB cable to it.
Attention! Don’t power off your Raspberry Pi 4 by simply unplugging the USB cable, as you risk killing the raspberry.
For a safe shutdown, use an operating system shutdown.
Software:
The system requires a microSD memory card with Raspbian OS. In a few seconds, the system boots up with a Raspbian graphical shell similar to the familiar Windows or macOS. You can alternately use several flash cards with different system images.
Losing data or messing up badly with the settings is not at all scary, since the system can be restored on a microSD card in a matter of minutes. After that, feel free to continue experimenting.
Specifications:
Single-chip system: SoC Broadcom BCM2711
CPU: 4-core 64-bit ARM Cortex A72 CPU @ 1.5 GHz
GPU: VideoCore VI GPU @ 500MHz
RAM: 4 GB LPDDR4-2400 SDRAM
WiFi standard: 802.11 b/g/n/ac
Bluetooth standard: v5.0 with BLE
Frequency band: 2.4/5GHz
Digital audio/video output: 2× micro-HDMI version 2.0
Maximum output resolution: 2160p (60Hz)
Maximum Dual Monitor Resolution: 2160p (30Hz)
Analog audio/video output: 4-pin 3.
5 mm mini-jack
Peripheral ports: 2× USB 2.0, 2× USB 3.0
Camera Port: Camera Serial Interface (MIPI CSI)
Screen port: Display Serial Interface (MIPI DSI)
Memory card: microSD
GPIO I/O Ports: 40
Supply voltage: 5V
Maximum current consumption: 3 A
Dimensions: 85x56x17mm
BeagleBone AI-64 SBC equipped with TI TDA4VM Cortex-A72/R5F SoC with 8 TOPS AI accelerator Cortex-A72 + six-core Cortex-R5F processor, which also integrates an 8 TOPS AI accelerator, plus three DSPs, as well as plenty of I/O, making it ideal for advanced industrial AI applications.
Follows BeagleBone-AI SBC released in 2019 but with much higher specs including 64-bit Arm processor, 4GB RAM, three USB 3.0 ports, M.2 E-Key slot with PCIe, USB and SDIO, as well as a conventional expansion connector for compatibility with existing BeagleBone cape add-on boards.
BeagleBone AI-64 specifications vs. BeagleBone-AI and BeagleBone Black boards:
| Beaglebone AI-64 | BeagleBone AI | BeagleBone Black (or BeagleBone Black Wireless) | |
|---|---|---|---|
| SoC | Texas Instruments Jacinto TDA4VM 2x ARM Cortex-A72 |
Texas Instruments Sitara AM5729 2x ARM Cortex-A15 |
Texas Instruments Sitara AM3358 ARM Cortex-A8 |
| Maximum processor frequency | 2 GHz | 1. 5 GHz |
1 GHz |
| Coprocessors | C7x+MMA, 2xC66x, 12xPRU, 6xARM Cortex-R5, PowerVR Rogue 8XE GE8430, H.264 encode, H.264/H.265 decode | 2xC66x, 4xPRU, 4xARM Cortex-M4, 4xEVE, 2xPowerVR SGX544, IVA-HD | 2xPRU, ARM Cortex-M3, PowerVR SGX530 |
| Analog outputs | 7 (3.3 V) | 7 (supports 4-wire touch screen) (3.3 V) | 7 (supports 4-wire touch screen) (1.8 V) |
| Digital contacts |
72 (including 7 analog contacts with digital capability) |
65 | |
| Memory | 4 GB LPDDR4 | 1 GB DDR3L | 512MB DDR3 |
| Storage |
Built-in 16 GB microSD card slot eMMC |
Built-in 4 GB microSD card slot eMMC | |
| USB |
USB 3.0 Type-C 5Gb 2x USB 3.0 Type-A host ports |
USB 3.0 Type-C 5Gb/s host port USB 2.  0 Type-A |
USB 2.0 microUSB 480 Mbps USB 2.0 Type-A host port |
| Network |
1x Gigabit Ethernet M.2 E-key w/ PCIe/USB/SDIO |
1x Gigabit Ethernet 2.4/5 GHz WiFi |
10/100M Ethernet (Black-only) 2.4 GHz WiFi (Wireless-only) Bluetooth 4.2/BLE (Wireless-only) |
| Video | miniDP option cards MIPI DSI (with I2C) Cape |
micro HDMI Cape option cards |
|
| Audio |
miniDP connector MikroBUS Shuttle |
micro HDMI Bluetooth |
micro HDMI Bluetooth (wireless only) |
| Chamber | 2x MIPI CSI (4 lanes) |
N/A |
|
| Supported expansion interfaces |
4x UART |
4x UART 16-bit LCD 2x i2c 2x SPI 8X PWM 4x Timer A/D (1.8 V) Canpuls Square Encoder PRU UART 9000 PRU captive pulses. … |
|
| Sensors on board |
Processor-on-chip temperature sensors |
N/A | |
3 c) Block Diagram
Another notable change is that the micro HDMI port used on earlier boards has now been replaced with a mini DisplayPort port. The TDA4VM SoC comes with many co-processors, so it will be interesting to see how well they are supported by the software. BeagleBoard/org provides Debian 11.3 with the XFCE desktop environment for the BeagleBone AI-64, bootable from either internal flash or microSD card, and the getting started instructions are the same as for earlier BeagleBone or BeagleBoard boards.
BeagleBone AI-64 is open source hardware, hardware design files, documentation and some software are available in a dedicated git repository.
You can also find more information on the product page. The board is available through three distributors namely Digi-Key, Element14 (Asia) and OKdo for approximately $187.
We express our gratitude to the source from which the article was taken and translated, the site cnx-software.com.
You can read the original article here.
New and not so single-board devices for work and home: a selection of devices of different types
Single-board computers can serve as an excellent corporate tool for a variety of purposes. In the house, single-board cards will also come in handy — both for everyday tasks and as a basis for creating DIY projects.
In the new collection — a few new and not very single-board computers, which are worth paying attention to.
Orange Pi 4 LTS
The developers of the Orange Pi single-board line recently announced a new model, which is equipped with a six-core Rockchip RK3399 processor, gigabit Ethernet, HDMI, USB ports.
The board supports 4 GB of RAM, you can optionally install an eMMC module with 16 GB of memory. In addition, there is also a slot for memory cards. Dimensions — 91 x 56 mm.
The Orange Pi 4 LTS single board will be available this month for $55 to $70.
If you think that the processor of this device is a little outdated, then it does not seem to you. But it is only morally obsolete, and then — in such devices it can be used for a long time. It has the advantage that its specs and all are very well known, having been installed on Chromebooks for several years.
Moreover, it is available in PinePhone Pro smartphone and PineBook Pro laptop. As for the processor cores, two of them are ARM Cortex-A72 CPUs, and four more are ARM Cortex-A53 CPUs. Graphics — ARM Mali-T860MP4.
The new board supports Ubuntu, Debian and Android operating systems.
Starting from mid-February, the single-payer will be available for purchase on Amazon and Aliexpress.
PocketBeagle
This is an open-source single-board computer from BeagleBone, which has one feature — it does not have a GPU, so it cannot work with a GUI.
It is based on Octavo Systems OSD3358 1 GHz ARM Cortex-A8 and 512 MB DDR3. The single board is only 56 x 35mm, making it as small as a Raspberry Pi Zero.
It can be connected to a laptop or desktop PC like a flash drive — and it’s very convenient. You can upload the firmware through a browser with support for a text editor and the Linux command line. The single-board also has 2 PRUs, which expands its capabilities.
ROCK5
This is another new single board based on the Rockchip RK3588 processor. It immediately supports 16GB of LPDDR4x RAM, can work simultaneously with three displays, there are wireless modules with support for WiFi 6E and Bluetooth 5.2. Plus there is a PCIe 3.0 x4 connector for connecting an NVMe SSD.
Sorry, this device is not yet available, the single board device will be available from the second half of 2022. Its cost is $129 for the version with 8 GB of RAM. There are other models, their cost is higher:
- ROCK5 with 4GB RAM for $129
- ROCK5 with 8GB RAM for $149
- ROCK5 with 16GB RAM for $189
The single-board size is relatively small — 100 x 72 mm.
The processor is made using 8 nm technology. Here are the CPU specs:
- 4 x ARM Cortex-A76 CPU @ 2.4 GHz
- 4 x ARM Cortex-A55 CPU @ 1.8 GHz
- ARM Mali-G610MC4
- Neural Processing Unit with 6 Teraflops
In general, the cost of the device is justified. It has a lot of connectors and connectors. For example, there are two HDMI 2.1 ports and a USB-C port, which allows you to connect three 8K HDR10 displays at once. And there’s also a 4k/60 HDMI input.
On the board, the developers placed a 40-pin GPIO connector, two MIPI-CSI connectors, two USB 3.0 Type-A ports and two USB 2.0 Type-A ports.
Orange Pi 3 LTS
Another representative of the Orange Pi line. This is the basic version of the single board from the manufacturer, which is equipped with an Allwinner H6 processor with a quad-core ARM Cortex-A53 processor and Mali-T720 graphics. The board has 2 GB LPDDR3 RAM, 8 GB eMMC, a microSD card slot, plus support for WiFi 5 and Bluetooth 5.
0.
As in all previous cases, the size of the board is small — 85 x 56 mm. Here is what is on the board in terms of connectors and connectors:
- 1 x USB 3.0 Type-A
- 2 x USB 2.0 Type-A
- 1 x Gigabit Ethernet
- 1 x HDMI 2.0
- 1 x 3.5 mm audio
- 26-pin connector with GPIO, I2C, SPI and UART
- IR receiver
The fee is $35.
Odroid-N2+
You can’t call this board new, but it is still in service with DIY lovers, and not only with them. You can’t name a cheap board, it costs about $80, but the capabilities of a single-board card are not bad.
Processor — Amlogic S922X (4x 2.4GHz Cortex-A73, 2x 2.0GHz Cortex A53). Graphics — Mali-G52 GPU. As for RAM, there are two options for the board — with 2 GB and 4 GB of RAM. Plus, the developers have provided eMMC with up to 128 GB.
Lots of ports and connectors:
- HDMI 2.0
- 4x USB 3.0 host
- micro USB
- 3.
5 mm audio/mic - IR receiver
- UART
- RTC
- 40-pin GPIO
The performance of the board allows you to use it to run video game emulators or software based on the Android OS. The presence of a 40-pin connector makes it possible to use the device for direct control of other equipment. All in all, the Odroid N2+ is a good all-around single board PC.
Pine A64-LTS
This is also not a new board, but it has not lost its relevance in 2022. It should be considered as a good alternative to the Raspberry Pi 4. The board has a microSD slot, HDMI, gigabit internet, two USB 2.0 and micro-USB ports.
The size of the board is only 133 x 80, while the device is equipped with a GPIO with 40 pins.
Also worth mentioning is the quad-core ARM Cortex A53 1.152 GHz 64-bit processor with Mali-400 MP2 GPU and 2 GB LPDDR3 RAM. There is also an option to add an eMMC with up to 12 GB.
Actually, that’s all for today. If someone has already worked with boards from the list, tell us about your experience — what did you like and what did not?
Author:
Deluar
Source
Single board computers
Manufacturer
AAEON
GRINN
INTEL
OLIMEX
RASPBERRY PI
SEEED STUDIO
SINOVOIP
SOMLABS
Components
AM3352-SOM
AM3352-SOM-IND
AM3358
AM3359-SOM-IND
CHILISOM-AM3352-8
CHILISOM-AM3358-1
Intel® Celeron® J4105
LE910-EUG
MCP23008
Movidius Myriad X VPU
RK3188-SOM-4GB
RM699BV-3011-85-1005
RTL8188CUS
RVT50AQTNWR00
STM32MP157
TLV320AIC3204
VisionCB-STD
X7-E3950
Y2792C512RSD0SF
Number of cores
one
12
2
four
Operating system support
AArch64Linux
Android
linux
Linux Debian
openwrt
Raspbian
ubilinux
ubuntu
Windows® 10
Yocto
Type of architecture
ARM926
Cortex A53
Cortex A53/M4
Cortex A7
Cortex A7/M4
Cortex A72
Cortex A8
Cortex A9
Cortex M4
Cortex M7
MIPS24KEc
x86
x86-64
Type of display used
TFT 5″
Memory type
DDR1
DDR3
DDR3L
DDR4
eMMC
Flash
LPDDR2
LPDDR3
LPDDR4
NAND Flash
SDRAM
Video card
ARM Mali-400GPU
ARM Mali-400MP2
ARM Mali-470MP4
Intel® Gen 9 HD
Intel® HD Graphics
Intel® HD400
Intel® HD500
Intel® HD505
Intel® UHD Graphics
Intel® UHD Graphics 610
Intel® UHD Graphics 620
Mali T820 MP3
Video codecs
DX11.
1/12
H.264
H.264BP/MP/HP
H.265/HEVC4k
HEVC4
OpenCL 1.2
OpenGL 4.2
OpenGL ES 1.1/2.0
OpenGL ES 2.0
OpenGL ES 3.0
openvg
VP8
External dimensions
130 x 90 x 17mm
130x90x17mm
Additional functions
Power over Ethernet (PoE)
Memory capacity
128GB
32GB
64GB
Interface
24bit RGB
ADC
ADC x2
ADC x8
Audio
Bluetooth (optional)
Bluetooth 4.
0
Bluetooth 4.1
Bluetooth 4.2
bluetooth 5.0
Bluetooth Low Energy
CAN
CANx2
CSI
DAC
DSI
eDP
eMMC
eSPI
ethernet
Ethernet x2
Ethernet x5
GPIO
HDMI
I2C
I2Cx2
I2Cx3
I2Cx4
I2S
I2Sx2
I2S x3
IR
JTAG
LAN
line-out
LPC bus
LVDS
Mic-in
microSD
MIPI
MIPI-CSI2
MIPI-CSI4
MMCx3
PCI-E 2.
0
PCI-E 2.0×2
PWM
PWM x3
RGB
RS232x2
RS422
RS485
SATA
SD
SD/microSD
SDIO
SDIO 3.0
SDIOx2
SIM
SMBus
SPDIF
SPI
SPI x2
SPI x4
UART
UART x2
UART x3
UART x4
UART x6
UART x8
USB
USB 2.
0
USB 3.0
USB Host
USB OTG
USB OTG x2
USB x2
USB x3
WiFi
WiFi (optional)
Information
the product is shipped without an operating system installed
The product is not a finished device, but only its component
Number of buttons
Supply voltage
12.
..24VDC
12…65V DC
12V DC
3…3.6VDC
3…3.6V DC
4.5…5.8V DC
4…5.5V DC
4…5.5VDC
4.5…5.8VDC
5…12VDC
5VDC
6…16V DC
9…12V DC
9…19VDC
9.
..36VDC
Flash memory size
128GB
16 GB
16MB
256MB
32GB
4GB
4MB
512MB
64GB
8000000kB
8GB
8MB
Memory size EEPROM
Memory size RAM
128GB
128MB
16 GB
1GB
256MB
2GB
32MB
4GB
512MB
520kB
64MB
8GB
Operating system
Android
Android 6.
0 Marshmallow
Debian
linux
openwrt
Raspbian
ubilinux
ubuntu
Windows 10
Yocto
Communication protocol
Bluetooth
Bluetooth (opcja)
Bluetooth (optional)
Bluetooth 4.0
Bluetooth 4.
2
bluetooth 5.0
Bluetooth Low Energy
IEEE 802.11a/ac/b/g/n
IEEE 802.11ac/b/g/n
IEEE 802.11b/g/n
IEEE 802.11b/g/n/e/I
IEEE 802.11n
Processor
A10ARM
A13ARM
A20 ARM Dual Core
A53 ARM Quad-Core
Allwinner A33 Quad Core
Allwinner A64 Quad Core
AM3352
AM3358
AM3359
ARM A10
ARM-A13
ARM A20 Dual Core
ARM A53 Dual Core
ARM A53 Quad Core
ARM A72 Quad Core
ARM h3+ Quad-Core
h3+ ARM Quad-Core
i.
MX6ULL
i.MX7ULP
i.MX8 Quad-core
I.MXRT1052
iMX233
Intel® Atom™ x5 E3940
Intel® Atom™ x5 Z8350
Intel® Atom™ x7 E3950
Intel® Celeron® 4305UE
Intel® Celeron® N3350
Intel® Celeron® N3550
Intel® Celeron™ N3550
Intel® Core™ i3 8145UE
Intel® Core™ i5 8365UE
Intel® Core™ i7 8565U
Intel® Core™ i7 8665UE
Intel® Pentium® N4200
Intel® Pentium™ N4200
MCIMX6G2CVM05AA
Myriad™ 2 2450
R40/V40 Quad Core
RK3188 Quad Core
RT5350F
STM32MP1
V40 Quad Core
VPU
Xtensa LX6 single/dual core
Operating temperature
-10.
..55°C
-20…70°C
-20…85°C
-25…85°C
-40…105°C
-40…85°C
-45…85°C
0…40°C
0…70°C
Operating frequency range
1.6GHz
1.8GHz
528MHz
650MHz
792MHz
Size
SODIMM
Board size
89×54.
6mm
Dimensions
100x72mm
101.6×101.6mm
120.7×75.8×4.3mm
120.7 x 75.8 x 4.3mm
120.7×75.8×4.3mm
120x120mm
134.6×102.8mm
142x82mm
146×101.7mm
148×100.5mm
170x170mm
286x122x23mm
40x40mm
40x40mm
41x48mm
41x48mm
56.
5x66mm
56.5x90mm
56.5x66mm
56.5x66mm
60x30mm
60x30mm
61x33mm
61x38mm
61x48mm
61x33mm
61x38mm
61x48mm
65×52.5mm
66x71mm
66x71mm
67x32x4mm
67 x 84 x 5mm
67.
6×26.5x3mm
67.6x31mm
67.6 x 26.5 x 3mm
67.6×26.5x3mm
67x32x4mm
67x84x5mm
68x53mm
72.5x27x14mm
72.5x27x14mm
72.5x27x14mm
78.8x74mm
78.8x74mm
78.8x74mm
80x74mm
80x74mm
81x56mm
81.
2×55.8mm
81.2 x 55.8mm
81.2×55.8mm
81x56mm
82x40x4mm
84x60mm
84x60mm
85x56mm
85.6×56.5mm
85.6x90mm
85.6x90mm
85.6x90mm
85x56mm
86 x 4 x 20.3mm
86x4x20.
3mm
86x4x20.3mm
90×62.5mm
90×62.5mm
90×62.5mm
92x60mm
94×67.3mm
94×67.3mm
94×67.3mm
Dimensions (a x b x c)
130x90x17mm
160x100x18mm
Resolution
800x480pcs
Family
ActionSOM-7ULP
VisionSOM-6ULL
VisionSOM-I.
MX8MM
VisionSOM-RT
VisionSOM-STM32MP1
Series
GENE board
Green
MINI board
PICO board
UP board
U.P. Core
U.P. Squared
UP Squared PRO
U.P. Xtreme
Manufacturer Series
beagle bone
Compatible ICs
OPT-UP-DST07-001
OPT-UP-DST10-001
UP-GWS01-A10-0001
VISIONCB-8MM-STD
VisionCB-STD
VISIONDK-8MM
VISIONSTK-8MM
Related products
CHILIBOARD
CHILLIBOARD
CLW-2412-PLUG
EP-FMWFEXT-UPCP
GSM-IPX/SMA-150
LITEBOARD-IND
LiteSOM-IMX6UL-E
MIKROE-2994
OPT-UP-DST07-001
OPT-UP-DST10-001
SGA60E05-P1J
WIFI-ANT913
X8MMQC1600C01G0SFE
X8MMQC1600C01G0SFI
X8MMQC1600C01G1WBE
X8MMQC1600C02G0SFE
X8MMQC1600C02G0SFI
X8MMQC1600C02G1WBE
X8MMQC1600C04G0SFE
X8MMQC1600C04G0SFI
X8MMQC1600C04G1WBE
X8MMQC1800C01G0SFC
X8MMQC1800C01G1WBC
X8MMQC1800C02G0SFC
X8MMQC1800C02G1WBC
X8MMQC1800C04G0SFC
X8MMQC1800C04G1WBC
Y2792C256R256N0S
Y2792C256R256N1WB
Y2792C512R04GE0SF
Y2792C512R04GE1WB
Y2792C512R512N0SF
Y2792C512R512N1WB
Y2792C512RSD0SF
Y2792C512RSD1WB
Set contents
HD camera
TFT display
TFT display
LiPo battery
base fee
power unit
power supply 5V DC
HD camera
bread board
SoM module
expansion board
radiator
Set contents
TFT display
LiPo battery
base fee
power unit
power supply 5V DC
documentation
16GB microSD boot card
HDMI cable
SATA cable
power cable
HD camera
keyboard
I/O cover
bread board
SoM module
optical mouse
expansion board
radiator
Development kit accessory type
daughter board
Module type
Module type
LTE
WiFi
Kit type
audio-video cables
SOM
audio/video cables
single board computer
router
Connector type
20pin edge
40-pin
40pin
Arduino
display port
Display Port x2
DP 1.
2
DSI
DSI/eDP
eDP
FFC/FPC
Grove x2
HDMI
HDMI 1.4
HDMI micro x2
HDMI mini
HDMI x2
IDC
IDC40
IDC40x3
IDC40x4
IDC40x5
IDC40x6
Jack 3.
5mm
Jack 3.5mm x2
JTAG
LCD
LVDS
LVDS2
M.2
M.2 (E key)
M.2 (M key)
M.2 2230 (E Key)
M.2 2280 (B key)
M.2 2280 (M key)
M.2 3052 (B key)
micro HDMI x2
Micro SIM
Micro USB
Micro USB (OTG)
micro USB 3.
0B
microSD
miniCard
miniPCIe
MIPI DSI
MIPI-CSI
mPCIE-e
mSATA
MXM314
PCIe 2.0
PCIe3.0
PCIe3.0x4
RCA
RJ45
RJ45x2
RJ45x4
RJ45 with magnetic shield
RJ45 with magnetic shield x2
RS-232×5
RS-232/422/485
RS-232/422/485 x2
RS232
RS232x2
SATA
SATA 3.
0
SATA x2
SATA x3
SATA3
SATA3x2
SATA3x4
SD
SD Micro
SIM
SMA
SO-DIMM
SODIMM 200
U.FL
UEXT
UEXTx2
USB 2.
0
USB 2.0×2
USB 2.0×4
USB 2.0×5
USB 2.0 x6
USB 3.2 Gen1 x2
USB 3.2 Gen1 x4
USB 3.2 Gen2 x2
USB 3.2 Gen2 x4
USB 3.2 Gen2 x6
USB A
USB A 3.0
USB A 3.0 x2
USB A 3.0 x3
USB A 3.
0 x4
USB A 3.1
USB Ax2
USB Ax3
USB Ax4
USB B micro
USB B micro x2
USB B mini
USB C
USB C 3.1
usb micro
USB micro AB
USB mini AB
USB x2
VGA
screw terminals
arduino socket
HDMI socket
Jack socket 3.
5mm
screw clamp
solder pads
CSI port
power connector
pin socket
pin
Type of development tools
ARM NXP
Rockchip ARM
TI
UP2AI
computing
Display characteristics
resistive touch panel
Characteristics of programmers/erasers
25 RGB diodes
25 RGB LEDs
3D Accelerator
RTC
built-in programmer / debugger
SD card slot
microSD card slot
MMC/SD card slot
microSD card slot
2Mpx camera
Bluetooth/WiFi module
Flash memory 256MB
microcontroller I/O ports routed to a pin header
graphics accelerator 2D
3D graphics accelerator
Frequency
1.
2GHz
1.35GHz
1.4GHz
1.5GHz
1.6GHz
1.7GHz
1.8GHz
1.92GHz
1.92GHz
1GHz
2.2GHz
2.4GHz
2.5GHz
2.4GHz
2.5GHz
2GHz
3.
9GHz
4.4GHz
528MHz
600MHz
800MHz
Pico-ITX ARM SBC from IEI Integration
Features
- Rockchip RK3495 Pico-ITX Board
- Simultaneous dual screen support (HDMI and eDP)
- Large set of I/O interfaces
- Preinstalled OS options: Android 7.1 or Ubuntu 16.04
Features
| Model | HYPER-RK39 | |
| Housing | Dimensions (WxHxD) (mm) | 100 mm x 72 mm |
| System board | Processor | Rockchip RK3399 (dual-core Cortex-A72 up to 1. 8GHz + quad-core Cortex-A53 up to 1.5GHz) |
| RAM | 2 GB LPDDR3 -1866 MHz | |
| Memory | Memory card | 1 x Micro SD slot |
| Flash memory | 16 GB eMMC NAND FLASH | |
| Communication | WLAN | 802.11 a/b/g/n/ac |
| Bluetooth | Bluetooth V4.1 | |
| WWAN | PCIe Mini LTE (optional) | |
| I/O interfaces | COM port | 1 x RS-232/422/485 |
| GPIO | 8 bits (4 inputs / 4 outputs) | |
| Ethernet | 1 x GbE RJ45 (RTL8211E) | |
USB 3. 0 |
1 x USB 3.0 type A 1 x USB 3.0 type C (for OS update) |
|
| USB 2.0 | 1 x USB 2.0 type A | |
| Shield | 1 x HDMI output 1 x eDP port |
|
| Other | 1 x I²C | |
| Expansion slots | PCIe Mini | 1 x Full Height PCIe Mini (for WWAN module) |
| Multimedia | Audio | 1 x 2-pin for speakers (2 W) 1 x 10-pos. (Line In/Out) |
| Chamber | 1 x MIPI CSI interface for | |
| Power | Input voltage | 1 x 2-pin 12V DC |
| Operating conditions | Operating temperature | -10°C ~ 50°C, with free air circulation |
| Storage temperature | -20°C ~ 60°C | |
| Humidity | 10% ~ 95% non-condensing | |
| Weight (net) | 80 g | |
| Certificates/EMC | Complies with CE/FCC | |
| Operating system | Supported OS | Android 7. 1 or Linux Ubuntu 16.04 |
| Watchdog | Yes | |
Dimensions
Ordering information
| Designation | Description |
| HYPER-RK39-R10 | PICO-ITX SBC with Rockchip 3399, 2GB LPDDR3, 16GB eMMC Flash, Android 7.1, HDMI, eDP, GbE LAN, PCIe mini, USB3.0, USB2.0, COM, RoHS |
| HYPER-RK39-R10-U | PICO-ITX SBC with Rockchip 3399, 2GB LPDDR3 , 16GB eMMC Flash, Ubuntu 16.04, HDMI, eDP, GbE LAN, PCIe mini, USB3.0, USB2.0, COM, RoHS |
| HYPER-RK39-R10-EU | PICO-ITX SBC with Rockchip 3399, 2GB LPDDR3, 16GB eMMC Flash, Android 7.1, HDMI, eDP, GbE LAN, PCIe mini, USB3.0, USB2.0, COM, Wi-Fi EU, ROHS |
| HYPER-RK39-R10-U-EU | PICO-ITX SBC with Rockchip 3399, 2GB LPDDR3 , 16GB eMMC Flash, Ubuntu 16.04, HDMI, eDP, GbE LAN, PCIe mini, USB3. 0, USB2.0, COM, Wi-Fi EU, ROHS |
Scope of delivery
| 1 x HYPER-RK board | 1 x cooling radiator |
| 1 x two-pin power cable | 1 x Real Time Clock (RTC) battery |
Accessories
| Product | Designation | Description |
| Power adapter | 63040-010060-120-RS | Range: 90~264VAC; 60 W; Φ2.5/Φ5.5/fixing nut |
| GPIO cable | 32133-030000-100-RS | FEMALE 2*5P P=1.0*2; (B)PIN HEADER 2*5P P=2.54*2 |
| Audio cable | 32107-005200-100-RS | Audio jack: Ø3.5, 6P |
| Power cable | 19S00-015600-100-RS | Switch: 250V/6A, 2P, on/off |
| ePD cable | 32602-030700-100-RS | Cable; 2; 300 mm; 34AWG; (A)I-PEX: 20454-240T P=0. 5+PULL BAR*2 |
| ePD shield | 23000-01160PS01-RS | LCD-TFT; 11.6″; Panasonic; 1920×1080; 280 cd/m2; LED; VVX12F045J00; eDP 8 bit; RoHS |
| Speaker | 19800-025000-100-RS | Speaker + cable; 2; 300 mm; 28AWG; (A) speaker: 26.6 x15.6 x 9.0 mm, 8Ω, 1.5 W |
| IPEX to SMA cable | 32501-000705-100-RS | RF cable for DVBT; diameter: 1.37mm; 213 mm; 50Ω; Exceltec; 0-6 GHz |
| WiFi antenna | 32505-004800-100-RS | WLAN; 2.4G+5G WIFI antenna |
| Camera module | 7I001-COC794A5SFE-RS | Camera module; 2592 x 1944 |
| LTE antenna | 32505-004200-100-RS | WLAN; LTE FULL BAND ANTENNA |
* A SIM card is required to use the LTE module.
You can get more detailed technical advice and purchase IEI Integration products from the official partner of IEI Integration — the company «Nienschanz-Avtomatika» at the following phones and e-mail ipc@nnz.