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GNSS IC yields 50% greater IoT device accuracy

Posted on by mixos

Synaptics’ SYN4778 GNSS IC delivers 80% lower power consumption in a 30% smaller package with 50% greater accuracy.

Addressing the challenge of a GNSS receiver consuming a high percentage of available power in battery-based IoT devices, Synaptics Inc. unveiled its SYN4778, claimed as the smallest, lowest power, most accurate global navigation satellite systems (GNSS) IC. Targeting IoT applications, the SYN4778 draws 80% less power, provides a 50% improvement in accuracy, and is housed in a package 30% smaller than comparable devices.

For IoT applications, the solution extends battery life, reduces product size, and enhances performance of advanced location-based services (LBSs), said Synaptics. Applications include wearables, mobile accessories, asset tagging and tracking, drones, and transportation navigation.

According to Brandon Bae, Sr., Synaptics’ director of product marketing, the company can provide more location-based functionality as a significant differentiator for handheld and wearable IoT device developers. This enables the coupling of GPS with complementary localization features including Bluetooth’s high accuracy distance measurement (HADM).

In addition to the GNSS IC’s 7-nm semiconductor process and on-chip power management for reduced power draw, the chip uses both the L1 and L5 satellite bands, reducing the chip’s time to first fix (TTFF) by 35% and the power consumed for first fix by 72%. This enables designers to extend battery life and shrink the overall product design or add more functionality and features such as biometrics, movement, and ambient sensors, said Synaptics.

The GNSS IC provides advanced multipath interference mitigation, LTE jamming and signal filtering, and continuous search and track of the complete GNSS channels for greater positioning accuracy, particularly in urban environments. Other features include support for multiple operating systems and third-party software and a low-noise, high-linearity RF front-end that makes an external LNA and second SAW filter optional.

Housed in a 40-ball FCBGA package, measuring 2.4 × 2.7 mm, the SYN4778 is currently being sampled to select customers. Synaptics is showcasing the SYN4778 GNSS IC, along with other products, at CES 2023, in the Venetian Hotel, Bellini Ballroom #2105.

Meet Pixhawk RPI CM4 Baseboard from Holybro

Posted on by Emmanuel Odunlade

The Pixhawk RPI CM4 Baseboard is a controller board designed to interface with the Pixhawk flight controller and the Raspberry Pi single-board computer. It allows users to connect the Pixhawk flight controller to the Raspberry Pi, enabling the use of the Raspberry Pi as a companion computer on a drone or other unmanned vehicle. The baseboard includes connectors for the Pixhawk and Raspberry Pi, as well as a power management system that can power both devices from a single power source. It is manufactured by Holybro, a company that specializes in producing high-quality flight control and other electronics for unmanned systems.

Pixhawk 5X and 6X are reliable and powerful flight controllers which can be used to control a wide variety of vehicle systems such as drones, rovers, and submersibles. The Pixhawk is based on the PX4 open-source flight stack, which is developed by the PX4 project and designed to run on a variety of hardware platforms. The Pixhawk is widely used in the DIY drone community, as well as in commercial and research applications. It is known for its reliability, flexibility, and performance. Both the Pixhawk 5X and Pixhawk 6X have a variety of features and capabilities, including support for a wide range of sensors and peripherals, multiple communication interfaces, multiple flight modes, and support for different types of vehicles.

“The Holybro Pixhawk RPi CM4 Baseboard combines the Pixhawk FC module with the Raspberry Pi CM4 companion computer in a compact form factor with all the connections you need for development,” the company explains. “It follows the Pixhawk Connector and Autopilot Bus Standard, allowing easy swap of FC Module with any FC that follows the Pixhawk Bus Standard. The FC Module is internally connected to RPi CM4 through TELEM2, and can also be connected via ethernet cable with an external cable provided. It is compatible with the Pixhawk 5X & 6X flight controller module.”

Features and Specifications of the Holybro Pixhawk RPi CM4 Baseboard Include:

  • 1x CSI camera for the Raspberry CM4
  • 1x mini HDMI port for Raspberry Pi CM4
  • 1x 4-pin FC Ethernet port
  • 1x CM4 Ethernet port
  • 2x GPS ports
  • 1x each of I2C, SPI, UART/I2C ports
  • 2x CAN ports
  • 3x Telemetry ports
  • 1x DSM port
  • 2x CM4 Host and 1x CM4 Slave ports
  • 1 x FC port
  • 1x DIP switch to select the CM4 Host/Slave modes
  • 1x USB port
  • 1x I/O and 1x FMU Debug ports
  • 1x FAN connector
  • 4x CM4 and 1x FC status LEDs
  • 2x Power connectors and 1x USB Type-C for RPi CM4

The RPi CM4 is powered with the PM03D power module via a 4-pin to USB-C cable. The power module comes with up to six XT30 connectors for motor ESCs and battery and a selectable 8V/12V triple row pin header for powering peripheral devices. It is compatible with the Pixhawk 5X and 6X flight controllers.

The company is selling the product for $279 and it comes with the Pixhawk RPI CM4 Baseboard, a cable set and the PM03D Power Module. There’s a second option which is offered for $590 but it comes with a Pixhawk 6X Flight Controller Module. You can check the product page for more information on purchases.

Other useful details, however, including the installation guide, tutorials, and RPi CM4 Flash guide can be found here.

Flex Power Modules’ BMR473 digital PoL regulator now available as SMD horizontal-mount version

Posted on by mixos

The BMR473 digital non-isolated PoL converter from Flex Power Modules is now available in a surface-mount format with solder bump terminations. This new mechanical version is also suitable for reverse mounting during reflow-soldering. Dimensioned just 19 x 13 x 7.5 mm, the device operates from 6 – 15 V input and provides a fully regulated output adjustable from 0.6 – 5 V at up to 40 A. Up to four units can be paralleled with synchronization and phase-spreading for a maximum of 160 A output. Efficiency of the single-phase BMR473 is high, peaking at 96.2% at 12 Vin and 5 Vout at full load, with minimal temperature derating required due to excellent thermal management and a 125°C maximum hot spot temperature.

The BMR473 includes remote control, a power good signal and configuration and monitoring via PMBus, and is compatible with the ‘Flex Power Designer’ GUI. Protection features include input under- and over-voltage, over-temperature and output over-voltage, over-current and short-circuit. Tight regulation, low output noise and fast load transient response round up the class-leading performance figures of the BMR473, along with over 30 Mhrs MTBF according to Telcordia SR-332 standard.

Olle Hellgren, Director Product Management and Marketing at Flex Power Modules comments:

“This new surface-mount version of our BMR473 PoL regulator will be a welcome addition to customers in telecom and datacom who will see the benefits of automated placement and a low profile”

Introducing the all new Maker Feather AIoT S3 to program ESP32-S3 using CircuitPython

Posted on by Rakesh Kumar, Ph.D.

The Cytron Maker Feather AIoT S3 is an ESP32-S3 board that fits the Adafruit Feather form factor. It is good for makers and STEM education because it has LEDs for GPIOs, a buzzer, expansion headers and connectors, and support for CircuitPython and Arduino.

The WiFi and Bluetooth LE IoT board also work with LiPo and Li-Ion batteries. It has a USB Type-C port for power/charging and programming, as well as a few buttons. Thanks to the vector extensions in the ESP32-S3 microcontroller, it can be used for machine learning.

Maker Feather AIoT S3 has a wireless module called Espressif ESP32-S3-WROOM-1-N8R8. It has an ESP32-S3 dual-core LX7 microprocessor with a Vector extension for machine learning, 8MB FLASH, 8MB PSRAM, WiFi 4, and Bluetooth 5 LE/Mesh. Power and programming come from the USB Type-C port. The Expansion has 2x GPIO headers compatible with Adafruit Feather form factor and FeatherWing add-on boards and 3x Maker Ports compatible with Qwiic, STEMMA QT, and Grove (via a conversion cable); 2x are connected to VPeripheral and the other to 3.3V.

Maker Feather AIoT S3 has Reset, BOOT, and User buttons, as well as a Power LED (3.3V), a Power LED (for VPeripheral, which can be turned off if needed), a charging LED, a user LED, LEDs for some of the GPIOs, and a User RGB LED (WS2812B), which is also used as a status indicator for CircuitPython and UF2 Bootloader. It also has a mute switch and a Piezo buzzer. It is powered by 5V through the USB-C port and a 2-pin battery connector for a single-cell LiPo or Li-Ion battery. It can be charged through the USB-C port and has a 3.3V peripheral output that can be turned off with the GPIO D11 pin. The size is 58.4 mm by 22.9 mm.

When you press the Reset button twice, you can reset the ESP32-S3 processor or enter UF2 Bootloader mode. The BOOT button lets you use esptool with the ROM Bootloader. Cytron says that the board works with Arduino, CircuitPython, MicroPython, and the Espressif ESP-IDF framework, but it looks like CircuitPython is the main firmware because the official website has a detailed tutorial and a link to download it. A few months ago, the board was also added to the Arduino core for the ESP32. There is also a tutorial with some Arduino sketches.

Including three Grove to JST-SH (Qwiic / STEMMA QT) cables, the feather-compatible ESP32-S3 board sells for $19.95 (without headers) and $21.20 (with headers), not including shipping or taxes.

Demonstrating Automate Safe Cracking with an ESP8266 and a Stepper Motor

Posted on by Rakesh Kumar, Ph.D.

To recover a lost combination, we may see how YouTuber Zach Hipps designed and built a completely automated safe-breaking robot. Zach Hipps, who runs the YouTube channel Byte Sized Engineering, has a brother-in-law who put his safe’s combination code inside the safe just before going on vacation. But when he got home, he realized he had forgotten the code and couldn’t get it back, even after calling the company that made it. Hipps thought that he could try to solve the problem by making a safe-cracking machine from scratch that would try all one million possible combinations until it found the right one.

Mechanical design

Hipps was looking into different kinds of robots that could open safes when he came across a video from the Lock Picking Lawyer that showed the ITL-2000. This is a robot that can automatically open a safe by turning the dial until the three inner rings line up. In order to improve the design and make it work better with other dials, Hipps kept the vertical placement of the stepper motor but replaced the chuck with a clamping mechanism that can adjust to different sizes. By doing this, damage to the safe is kept to a minimum, and it is also made very portable.

The components

A stepper motor was needed to move the dial with fine, repeatable precision. Also, since the dial stops when the right combination has been entered, the microcontroller needs to know when the motor can no longer move. Hipps chose a PD57-2-1076 stepper motor because it has a high torque and a built-in motor driver that can also tell when the motor has stalled. An Adafruit ESP8266 Feather runs everything, and a stackable OLED screen lets you look at motor debugging data.

Handling motor stalls

The Trinamic driver for the stepper motor is built in, and it comes with a software package that lets you set certain parameters on a PC and send them to the driver over UART. After setting up the configuration, Hipps could see the load value in real-time in the software. A lower value meant that there was more weight on the motor’s shaft, and a value of zero meant that the motor had completely stopped. He then told the ESP8266 to keep an eye on this value, show it on the screen, and stop sending commands to move when a zero appears.

Wiring and assembling the device

The 3D-printed adjustable chuck works like a screw clamp. When you turn the threaded rod, each jaw moves either in or out, depending on which way you turn it. Hipps attached a coupler to the stepper motor and then used the two UART pins on the ESP8266 to connect it to the stepper motor driver. This allowed him to send commands and get the load value. Lastly, he put in a digital logic analyzer in case he needed to do more advanced debugging.

Initial tests

Hipps found a safe like the one in the Lock Picking Lawyer’s video and clamped the auto-chuck dialer’s around the dial to see if it worked as planned. From here, he held the stepper motor while the dial turned over and over according to a combination that had already been set up. This made sure that everything lined up correctly. In part two, he plans to build a frame to make it more stable and change the code to make it work better. If you want to learn more, you can watch his build log video here on YouTube.

Exploring the PoE support of the M5Stack ESP32 module

Posted on by Rakesh Kumar, Ph.D.

A little module from M5Stack called the PoESP32 has an RJ45 connector that supports PoE (Power-over-Ethernet). Applications involving HTTP, MQTT, and related communication protocols can use the device. The ESP32-WROOM-32U modules are strong, generic Wi-Fi, Bluetooth, and Bluetooth LE MCUs that are designed to target a broad range of applications. These applications may be as simple as low-power sensor networks or as complex as speech encoding, music streaming, and MP3 decoding. It also has dual-core (up to 240 MHz), and 600 DMIPS and is available with the PoESP32. Additionally, it includes a 4MB flash and 520 KB SRAM (without an inbuilt 3D antenna or compatibility for Wi-Fi or BLE).

PoESP32 top view

PoESP32 bottom view

Additionally, the product page states that PoESP32 incorporates a “built-in MAC and IP101G as physical layer transceiver.” The product’s default firmware is ESP-AT, and M5Stack has also offered some examples using TCP, HTTP, and MQTT. The PoESP32 may be programmed using ESP-IDE and Arduino, just like other ESP32 gadgets. It can connect to a server using simple AT commands sent through the serial port. This lets it send data and control it from a distance. With its PoE power supply, this module makes wiring easier and saves money on labor. It also leaves room for future development to meet your needs.

PoESP32 schematics

It also looks like UIFLOW, which is a platform similar to Scratch, will be supported in the future.

PoESP32 features

PoESP32 has a lot of different features, such as Ethernet, that is PoE IEEE 802.3 AF (Max 6W load), and an RJ45 port that can handle 10/100Mbps. 3.3V Logic Level and UART 9600bps 8N1 AT command control are some of the other features. It is powered by a 5V DC power supply (via HY2.0-4P) and 37-57V DC (PoE). Its dimensions are 72 x 26 x 19.5mm. The communication is carried out using a UART 9600bps 8N1 AT command control interface.

According to additional information, the M5Stack ESP32 Ethernet Unit with PoE is available for $25.90 on Mouser.com, AliExpress, and the M5Stack website. In addition to the PoE32 module, the product appears to come with an HY2.0-4P Cable and an instruction booklet.

Feature Loaded New Camera Modules from Raspberry Pi

Posted on by Rakesh Kumar, Ph.D.

The Sony IMX708 12MP sensor-based camera modules with HDR and autofocus were just released in four different variations by Raspberry Pi. To target various applications, the new Camera Module 3 is also offered in Wide and NoIR variants. A 12MP stacked CMOS Sony IMX708 sensor is featured in all of these modules, as stated in the product description.

Let us have a look at the features of Camera Module 3. First, it has a high signal-to-noise ratio (SNR) with built-in 2D Dynamic Defect Pixel Correction (DPC) and Phase Detection Autofocus (PDAF) for fast autofocus. It also has CSI-2 serial data output and QBC Re-mosaic with HDR mode (up to 3-megapixel output). The camera module has extra features like 2-wire serial communication (which works with I2C fast mode and fast-mode plus) and 2-wire serial control of the focus mechanism.

Hardware specification table

In the announcement of the product, it says that the camera module “uses the Phase Detection Autofocus (PDAF) capabilities of the IMX708 sensor, falling back to our own Contrast Detection Autofocus (CDAF) algorithm if a high-confidence PDAF result is not available.”

CM3 Standard & Wide

 CM3 NoIR Standard & Wide

The PDAF feature also lets the camera keep the object in focus even if it moves while recording video. It does this by constantly running the autofocus algorithm. See the short example here as a guide.

As seen in the scenario below, Camera Module 3 also has a high dynamic range capability to enhance and correct scenes with both bright and dark sections.

HDR example (left)

HQ Camera w/ M12-mount & C/CS-mount 

Raspberry Pi released a new version of its high-quality camera that works with lenses that have a native M12 mount. In the announcement, it was also said that these new modules would only work with libcamera and Picamera2, not with the old camera stack. Check out the libcamera page for more information. Online stores like CanaKit and PiShop. US sell the Raspberry Pi Camera Module 3 and the NoIR version for about $25. For $35.00, you can buy the “Wide” version of these modules. Look at the bottom of the product page to see who else sells it in the U.S. and around the world. The price of the HQ camera with an M12 mount will be around $50.

Detect Carbon Monoxide using a Smart X-Sense Home Security App

Posted on by Rakesh Kumar, Ph.D.

Smart Carbon Monoxide Detector, X-Sense Wi-Fi CO Detector, Real-Time Push Notifications via X-Sense Home Security App, Replaceable Battery, Optional 24/7 Professional Monitoring Service, XC04-WX

A carbon monoxide detector, also called a CO detector, is a device that senses carbon monoxide (CO) gas to keep people from getting sick from it. We will look at one of these CO detectors, the XCO4-WX, in detail. The brand is X-Sense with Wi-Fi support. It is powered by a battery, and it is white in color. The item has a dimension of 5.3 x 0.6 x 2.5 inches. Additionally, It has an audible alarm and a photoelectric sensor.

Connecting this electrochemical CO alarm to your smartphone running the X-Sense Home Security app is as simple as downloading the app from the app store, signing up for an account, and then connecting the device to your 2.4 GHz Wi-Fi network. No hub is required.

The APP provides real-time alerts. By using the device sharing feature, you can include family members in keeping tabs on the home’s security and receiving notifications about things like low battery, malfunction, CO alarm precaution, and more. Service for dispatching fire alarms can be tailored to meet individual needs.

For residents in Brisbane looking to enhance their home security, exploring Access Control Brisbane services is a prudent step. These services offer a range of options aimed at fortifying security measures. One notable feature is the intercom system, which adds an extra layer of protection by allowing homeowners to screen visitors before granting them access. Whether it’s for a residential property or a commercial establishment, investing in access control can significantly enhance overall security and provide added convenience for occupants.

As a precaution, it comes with a CO alarm. When the CO level rises above 100 ppm, the app will send you a warning so you can take precautions without waiting for the response time. The LCD will show the highest CO concentration since the last reset. It has a large detection range of CO, from 30 to 999 ppm. The device’s status is displayed clearly on an LCD, and a trio of different colored LEDs alerts you to any impending issues.

It has a fire alarm dispatch service that is made just for it. The X-Sense Home Security app’s professional 24/7 monitoring service works with the smart alarm, so you can call for help when you need it most to protect your life, family, and property.

With a sensor life of 10 Years, it is anexcellent investment. With a 10-year lifespan and a stable, high-performance electrochemical Figaro CO sensor, your family will be safe in your home thanks to this battery-operated, smart carbon monoxide detector.

It’s built to stand on its own. This smart carbon monoxide detector can be mounted to a wall or left free-standing on a shelf, and its tiny size of 5.3 x 2.5 x 0.6 inches (135 x 63 x 24 mm) will give you peace of mind whether you’re at home or away.

By subscribing to the X-Sense Home Security app, you may receive emergency dispatch service when you need it most, helping to keep you, your loved ones, and your possessions safe even if you have to be away from home for a few weeks. Its features, which include straightforward installation and accurate output, have earned it 4.6–4.7 out of 5 stars from users. Products that come with plugs that are only suitable for usage in the United States. Because plugs and voltage levels vary from country to country, you may need an adapter or converter to use this device overseas. Before making a purchase, please make sure the items are compatible.

Features

  • 2.4 GHz Wi-Fi Connection: Easily connect this electrochemical CO alarm to the X-Sense Home Security app on your smartphone via a 2.4 GHz Wi-Fi network, without the need for a hub; download the app, sign up, and connect the device
  • Instant Notifications: Stay connected to your alarm and view all its notifications, including its CO alarm, low battery, malfunction, CO alarm precaution, and more; the Device Sharing function lets you add your family members so you can all keep an eye on your home’s safety
  • Customized Fire Alarm Dispatch Service: The smart alarm supports the subscription-based professional 24/7 monitoring service from the X-Sense Home Security app, giving you access to an emergency dispatch when you need it most to protect your life, family, and property
  • 10-Year Sensor Life: This battery-operated smart electrochemical carbon monoxide detector has a stable and high-performance electrochemical Figaro CO sensor that accurately monitors CO levels in the house, ensuring that your family stays protected for 10 years
  • CO Alarm Precaution: Using the app, you will quickly receive a warning that alerts you to any possible risk once the CO level reaches above 100 ppm without waiting for the response time, allowing you to act immediately
  • Free-Standing Design: Measuring a mere size of 5.3 × 2.5 × 0.6 in (135 × 63 × 24 mm), this smart carbon monoxide detector can be left free-standing on a shelf or fixed to a wall using the accessories provided, giving you peace of mind whether at home or on holiday

The XC04-WX has an electrochemical sensor and a Carbon Monoxide detector. The RC01 remote is not compatible with this device. The battery that supplies the power can be swapped out when it wears out. It has a size of 5.3 x 2.5 x 0.6 inches and can be managed through the X-Sense Home Security App. The item is 4.6 fluid ounces in weight.  The model number of the item is XC04-WX. It runs on Lithium Metal batteries, and it is white. It is a model that can connect to Wi-Fi and made of ABS. The shape is rectangular, and it can be powered by batteries, stand on its own, or be mounted on the wall. It covers about 164 feet. It comes with a 60-day money-back guarantee, a 5-year quality guarantee, and technical support for life. Check this link for further information on the product.

Model XC01-R

Model XC01-R is the second in the series of Carbon Monoxide detectors. It has an electrochemical sensor and doesn’t work with the Remote RC01. The power comes from batteries that can be changed. It measures 5.3 by 2.5 by 0.6 inches.

Model XS01-WR

The third model in the series is Model XS01-WR. It utilizes a photoelectric sensor. It can sense smoke and can be used with the Remote RC01. The power comes from batteries that can be changed. The size of the item is 3 x 1.9 inches.

 

Model SCO7-W

Photoelectric electrochemical sensors are used in the SCO7-W model which is the fourth in the series. It has a carbon monoxide and smoke detector. It works with the RC01 Remote Control. The battery that powers it has been designed to last for ten years. The dimensions of the product are 5.70 x 2 inches.

 

Model SD20-W

Model SD20-W is the fifth model which has a photoelectric sensor. It is able to detect smoke. It is compatible with Remote RC01. The power comes from a battery that has a 10-year capacity built into it. The dimensions of the object are 4.8 by 1.8 inches.

If you would like to buy the XCO4-WX model, you can visit the Amazon Store and there is a discount code for it: RA6MYOIT (10% OFF) just for our website visitors.

EBOX-58 Industrial Mini PC comes with a range of Connectivity Options and Modern OS Support

Posted on by Emmanuel Odunlade

Industrial mini PCs are compact computers designed for use in industrial environments. They are typically ruggedized and designed to withstand harsh conditions such as temperatures, vibrations, and dust. They also often come in a compact size, making them suitable for use in applications where a traditional desktop or laptop computer may not be suitable. Industrial mini PCs are equipped with powerful hardware including fast processors and plenty of memory and storage, to ensure they can handle the demands of industrial applications.

There are many different industrial mini PC options available on the market and there are still more to come, but for now, we will be introducing you to one of the most recent models designed by a company that manufactures a range of industrial computing products: EBOX-58 mini PC from ICOP Technology.

The new EBOX-58 is a fanless industrial computer offered with the Intel Atom x5-E8000 or Intel Celeron N3160 processors. It has up to 8GB of DDR3 memory and a range of connectivity options including Ethernet, digital I/O, USB, and optional serial ports. It is housed in a rugged, compact enclosure and is designed to withstand extreme temperatures, vibration, and other challenges encountered in industrial settings.

The fanless computer hardware product is suitable for a variety of applications, including factory automation, data acquisition, machine control, transportation systems, and digital signage. It has a number of features that make it suitable for use in industrial environments, including a rugged design, a wide temperature range, and support for various I/O interfaces. The mini PC supports DOS, Win 7/10/11, QNX, Android-x86 operating systems, and many others.

Some of its Key Features Include:

  • Compact size – can easily be installed in small spaces
  • Fanless design – makes it reliable and durable
  • Wide operating temperature range – suitable for use in a wide range of environments
  • Multiple connectivity options – makes it suitable for a variety of applications
  • Industrial-grade components – can withstand shock, vibration, and other environmental stresses

Specifications:

  • Processors:
    • Intel Atom x5-E8000 processor running at up to 2.0GHz; 2MB cache; 5W
    • Intel Celeron N3100 processor running at up to 2.34 GHz; 2MB L2 Cache; 6W TDP
  • Up to 8GB of DDR3L-1600 SO-DIMM slots
  • 1x SATA Gen3
  • 1x microSD card reader
  • 1x HDMI 1.4b
  • 1x M.2 2230 E-Key
  • 2x GbE RJ45 port
  • 4x USB 3.0 ports
  • 2x RS-232/485/TTL
  • TPM 2.0 and VESA/Din Rail support (optional)
  • Power On Automatic Feature
  • PXE diskless boot
  • Power: 8-16V DC
  • Temperature range: 0 – 60°C
  • Dimensions: 115 mm x 115 mm x 35 mm
  • Certifications: CE, FCC, VCCI
  • Operating Systems: DOS, Win 7/10/11, QNX, VxWorks, Android-x86,

Overall, the EBOX-58 is a reliable and durable industrial computer, good enough for a variety of applications. The product is currently available on wdlsystems.com; the variant with Atom processor sells for $231 and the one with the Celeron N3160 processor and 4GB RAM goes for about $330. Other useful details can be found here.

Geniatech launches DS-3566 – a Digital Signage Player Based on Rockchip RK3566

Posted on by Saumitra Jagdale

Digital Signage boards are prevalent today, mainly because they are the most visually appealing mode of advertisement. These boards use SBC because they are compact, low-cost, and low-power. One such SBC is Geniatech’s DS-3566, it is a powerful yet efficient display SBC powered by a Rockchip RK3566 processor. The Geniatech DS-3566 is equipped with an efficient processor, ample memory, and built-in storage, making it capable of displaying high-quality video, images, and other multimedia content. It can be controlled remotely using a web-based management platform, allowing users to manage and control the content being displayed readily. The module supports HDMI 4K display output and features LVDS,eDP, and MIPI-DSI for the high-speed serial interface between a host and a display module.

Hardware Specifications

  • The Rockchip’s RK3566 is a quad-core processor which uses 4 ARM Cortex-A55 at 1.8GHz clock speed. It supports various multimedia codecs, including H.265 (HVEC) and VP9, and is capable of decoding and encoding 4K video at 60fps.
  •  RK3566 uses ARM Mali-G52 as Graphics Processing Unit(GPU) which supports all modern graphics APIs. The Bifrost architecture used by the G52 is mainly intended for mainstream phones. ARM claims that the G52 series offers 30% more performance density and 15% better energy efficiency compared to the ARM Mali G51 series.
  • The RK3566 supports a variety of RAM like LPDDR4x, LPDDR4, DDR4, LPDDR3, DDR3, DDR3L with capacity that varies from 2Gb-8Gb. It supports 16Gb-128Gb eMMC storage and also features a MicroSD card slot.
  • The Geniatech DS-3566 has a built-in watchdog timer function which ensures the continuous and stable operation of the product 24×7. A watchdog timer ensures the proper operation of the system by resetting a microprocessor after a specific time interval.

Connectivity Features

A lot of input/output options are available on the board. It features a 3.5mm audio jack, 2 microphone connectors, and a 4-pin speaker header. The module also comes with a USB Type-A 3.0  and a USB 2.0 OTG Type-A port for fast data sharing. For the display interface, the module has an HDMI 2.1 port. The HDMI supports an ultra-rich visual experience of 4K video at 60FPS. For internet connection, the module has a lot of options. The RJ45 connector enables a stable Gigabit Ethernet wired connection. The board has a WT6354, the latest Wi-Fi 5 module for the wireless medium. DS-3566 also has one mPCIe socket and a nano SIM card slot for cellular connectivity which supports 2G/3G/4G/LTE.

Geniatech provides Debian10 and Andriod 11 operating systems for the module. Due to this, there is a safe and stable environment for research and development on the module.

The RK3566 is a high-performance processor with the potential to implement many AI applications like face recognition, object recognition, motion detection, and much more. The module has various applications like business display advertising machines, touch all-in-one machines, conference tablets, cash registers, automotive electronics, and many more.

To know more about DS-3566 visit the product page.

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