LD-AIR LiDAR | 360° TOF Sensor For All Robotic Applications

We are super excited to tell you that LD-AIR LiDAR just went LIVE on Kickstarter. With 360° scanning range and only 3.48cm thickness, it is a Compliant LiDAR Sensor that is Compatible To All Autonomous Robotic Applications.

LD-AIR LiDAR offers high accuracy sensing capability TOF LiDAR sensors to everyone at an affordable price starting from $129.

Using advanced technology, the TOF sensor in LD-AIR LiDAR is a highly accurate with 360° scanning range for precise scanning results every time.

Compared to other traditional laser scanners, LD-AIR LiDAR utilizes the Time of Flight technique to detect distance precisely within a 12 meters radius range. It emits an infrared laser forward and then the laser is reflected back into the single-photon receiving unit after encountering the target object. The gap between the time of laser emitting and receiving is the time of flight.

With its 360° rotation range, LD-AIR LiDAR can sense the surrounding environment with no dead corners to actualize obstacle detection and autonomously map any area.

For sample frequency, it can measure up to 4500 samples of laser ranging per second with high rotation speed which greatly increases the mapping speed.

Here are some features that make LD-AIR LiDAR unique:

  • Adopting Advanced Technology, LD-AIR LiDAR utilizes the Time of Flight measuring method to detect distance precisely with a range of 0.02 to 12m. With the 360° omnidirectional Scanning Range, LD-AIR TOF can sense its surrounding environment with no dead corner to actualize obstacle detection and autonomously mapping.
  • LD-AIR LiDAR is built to serve business and research purposes like robot navigation and obstacle avoidance, robot ROS teaching and research, and 3D environmental reconstruction, etc. It is also made for creative makers to create DIY drones or self-driving cars. Even can be used for Algorithm verification! It supports coding software like Raspberry PI, Python, C++, and Javascript, etc.
  • LD-AIR LiDAR can run perfectly in any conditions with 10000+ running hrs, IPX5 Water & Dust Proof, and Anti-ambient light 30000lux resistance.
  • LD-AIR LiDAR is an Ultra-small & Ready-To-Use laser sensor that is small and versatile enough to fit in any appliance.
  • Certified LD FDA Class 1 Laser Safety Standard, LD-AIR LiDAR adopts the low power infrared laser light as its light source and drives it by using a modulated pulse, ensuring both effectiveness and safety.

The campaign is live on Kickstarter and has 28 days to go.

ASRock Industrial Unveils NUC 6000 BOX Series, iBOX 6000 Series, and NUC 6000 Motherboard Series

ASRock Industrial Computer, the world leader in industrial motherboard and systems brings the new Mini PCs and motherboards powered by Intel® Atom® x6000E Series, Intel® Pentium® and Celeron® N and J Series Processors (Elkhart Lake), with available selections- NUC 6000 BOX Series, iBOX 6000 Series, and NUC 6000 Motherboard Series. Featuring advanced CPU and graphics performance with integrated IoT features and longevity support, the new Series provides rich industrial-centric I/Os, including dual Gigabit Ethernet LAN ports, dual displays up to 4K at 60Hz, and dual storages with SATA 3.0 and M.2 (Key M, 2242/2260/2280) to accelerate system integration development for the next generation of IoT applications in home, business, retail, banking, hospitality, manufacturing, transportation, healthcare, and more.

NUC 6000 BOX Series, Dexterous with Style for Home, Business, and Embedded

The NUC 6000 BOX Series Mini PC includes model NUC BOX-J6412, featuring Intel® Celeron® Processor J6412 (Elkhart Lake) and an optional model provided upon customer request- NUC BOX-J6426, based on Intel® Pentium® Processor J6426. The Series is compact- 110.0 x 117.5 x 47.85mm (W x D x H) with fanned barebone while equipped with feature-rich IOs and ranged expansion slots to connect multiple industrial devices. It provides dual Gigabit LAN for Ethernet connectivity, diverse I/Os such as two USB3.2 Gen2 (Type-C), two USB3.2 Gen2 (Type-A), one USB2.0, one audio jack, along with great visual through dual displays with one HDMI 2.0b and one DP 1.4 up to 4096×2160@60Hz. There are two 260-pin SO-DIMM DDR4 3200MHz up to 32GB of memory and flexible expansion slots, including dual storages with one M.2 (Key M, 2242/2260/2280), one SATA 3.0, plus one M.2 (Key E, 2230) for Wi-Fi connectivity. Moreover, it provides a 19V/65W Power Adaptor and VESA mounting bracket for space-saving installation, and TPM for enhanced security. The NUC 6000 BOX Series is modestly designed to be perfect for home entertainment, office productivity, business, and embedded applications.

iBOX 6000 Series, All-inclusive Fanless Design for Embedded and Industrial Usage

The fanless iBOX 6000 Series with model iBOX-J6412, based on Intel® Celeron® Processor J6412 (Elkhart Lake) and available optional models upon customer request, the iBOX-J6426, iBOX-X6211E, iBOX-X6413E, iBOX-X6425E, designed with Intel® Pentium® Processor J6426 and Intel® Atom® x6211E, x6413E, x6425E Processors for improved computing performance at the edge. The Series supports two 260-pin SO-DIMM DDR4 3200MHz up to 32GB of memory with In-Band ECC (iBOX-X6211E, iBOX-X6413E, iBOX-X6425E) for secured embedded usages. It provides dual Gigabit LAN for high-speed Ethernet connectivity, two USB3.2 Gen2 (Type-A), two USB3.2 Gen2 (Type-C), two USB2.0, as well as dual storages with one M.2 (Key M, 2242/2260/2280) and SATA 3.0, plus one M.2 (Key E, 2230) with PCIex1 and USB 2.0 for Wi-Fi to connect multiple industrial devices. The upgraded visual experience is ensured with two displays through one HDMI 2.0b and one DP 1.4, DP++ with maximum resolution up to 4096×2160@60Hz. Other key features include 19V/65W Power Adaptor, VESA mounting bracket, and TPM onboard, overall wrapping up the great package for a wide range of embedded, industrial, and Edge computing applications through ensured cybersecurity and longevity support.

NUC 6000 Motherboard Series for Advanced Computing Capabilities

The NUC 6000 Motherboard Series available models are NUC-N6210, NUC-J6412, NUC-N6415, NUC-J6426, powered by Intel® Celeron® Processors N6210, J6412, and Intel® Pentium® Processors N6415, J6426 (Elkhart Lake) give upgrades to its performance, graphics, and integration for IoT usage. The Series is designed for advanced computing capabilities and improved I/Os, including two 260-pin SO-DIMM DDR4 3200MHz up to 32GB of memory, and dual Gigabit LAN for solid connectivity, four USB 3.2 Gen2, four USB 2.0, and one COM (RS232/422/485). Great visual is provided through dual displays with one HDMI 2.0b and one DP 1.4 both holing maximum resolutions up to 4096×2160@60Hz. There are also flexible expansion slots:  one M.2 Key M, 2242/2260/2280 with PCIex1 and SATA3 for SSD, one SATA 3.0, one M.2 Key E, 2230 for Wi-Fi. Moreover, the NUC 6000 Motherboard Series supports 12V~19V DC-in as well as onboard TPM for enhanced security.

“It is a fantastic progression to be releasing the new Mini PCs and motherboards powered by Intel Atom® x6000E Series, Intel® Pentium® and Celeron® N and J Series Processors (Elkhart Lake),” said James Lee, President of ASRock Industrial. “The new Series drives performance, integration, and versatility for IoT platform. ASRock Industrial aims to always push further with product potential under a consistent timeline to accelerate our customers’ system integration development and be more than ready in the era of IoT and Industry 4.0.”

To learn more about ASRock Industrial’s Mini PCs and motherboards with Intel® Elkhart Lake, please visit our Website, Product Video or contact us at Product Inquiry.

New 35x100mm Small i.MX8M Mini Single Board Computer

Gateworks is proud to announce the release of the Venice GW7100 Industrial Single Board Computer. This is the smallest member of the Venice family and based on the NXP i.MX8M Mini 64-Bit Quad Core ARMv8 SoC. This small 35 x 100 mm SBC features one Gigabit Ethernet port and a Mini-PCIe slot for cellular modems, WiFi radios and more. The GW7100 additionally features USB, DIO, I2C, SPI and UART interfaces. The Gateworks System Controller (GSC) is also included which provides advanced system health monitoring, RTC, secure key storage and power control.

The rugged and small GW7100 excels in IoT & networking applications.

Gateworks Venice GW7100 Highlights:

  • Compact 35 x 100 mm Size
  • NXP i.MX8M Mini Quad Core CPU at 1.6GHz
  • 1GB LPDDR4 RAM (4GB Optional)
  • 8GB eMMC Flash (64GB Optional)
  • One GbE Port for wired connectivity
  • One Mini-PCIe Socket for WiFi or Cellular, M.2 Adapter Optional
  • USB OTG, DIO, SPI, I2C, UART, ADC Interfaces
  • Accelerometer
  • Industrial Temperature -40 to +85C
  • Ubuntu Linux BSP
  • Optional GPS
  • Made in USA
  • 1 Year Warranty

The GW7100 is available now in both standard and max versions. The max version features GPS, 4GB DRAM memory and 64GB eMMC Flash memory.

BOXER-6642-CML: Stellar Performance for Industrial Computing

AAEON, a leader in industrial PC solutions, announces the BOXER-6642-CML fanless industrial box PC. Powered by 10th Generation Intel® Core™ desktop processors, this innovative solution delivers higher performance with greater value in a low-profile form factor perfect for deploying in tight spaces.

The BOXER-6642-CML is the first fanless industrial PC from AAEON to offer the 10th Generation Intel® Core™ i3/i5/i7/i9 and Intel® Celeron® processors (formerly Comet Lake) up to 35W TDP. Utilizing a desktop socket-type chipset, the system delivers greater performance value compared with systems deploying mobile chipsets. Additionally, the system can be easily scaled or upgraded to match the performance needs of any application. With up to 64GB of DDR4 memory, the BOXER-6642-CML ensures top-end processing performance to support a wide range of industrial applications.

One key feature of the BOXER-6642-CML is its low-profile industrial design. At only 54mm in height, the system can fit into any tight space, making it easier to deploy right where it’s needed. The system also features a wide voltage input (10 to 35V) and provides consistent operation without loss of performance in temperatures from 0°C up to 45°C. The BOXER-6642-CML is built with fanless construction, keeping dust and other contaminants out, allowing for reliable, long-lasting operation.

One of the ways users and developers can take advantage of the BOXER-6642-CML system’s capabilities is through its broad expansion support. The system features an M.2 2280 (M-Key) slot driven by PCIe 3.0 [x4] with support for fast NVMe SSDs. It also delivers M.2 2230 (E-Key) to support a range of functions including Wi-Fi or Bluetooth connectivity. The BOXER-6642-CML is also built with a full-sized Mini Card slot that supports PCIe and mSATA, set via the BIOS.

The BOXER-6642-CML offers a flexible range of I/O features to connect with a wide range of devices and controllers. The BOXER-6642-CML offers four serial COM ports, four USB3.2 Gen 2 ports, and two Gigabit Ethernet ports, providing support for Intel® vPro and Intel® AMT, enabling remote monitoring and control. The BOXER-6642-CML also delivers storage flexibility with NVMe support, mSATA, and 2.5” SATA III (6.0 Gbps) storage devices. The BOXER-6642-CML can also easily connect with cellular networks thanks to onboard SIM card slot, allowing for even more flexibility to communicate with wide area networks.

“The BOXER-6642-CML delivers great performance value for clients and developers thanks to its slim design and the 10th Generation Intel Core desktop socket-type processors,” said Raven Hsu, Product Manager with AAEON’s System Platform Division. “With the innovative design of this solution, we can deliver greater performance and lower cost compared to previous-generation models.”

AAEON offers manufacturer and OEM/ODM services to help deliver a solution for any application. From industry-leading service and support to I/O customization and more, helping reduce deployment costs and time to market.

AOI in PCB & PCBA Manufacturing Process of PCBGOGO

PCB assembly consists of many steps. For PCBs with through-hole components, the assembly is quite easy. But for SMT components, elements are placed on the conductive pads with previously applied solder paste that holds the SMT parts together. Then the components are soldered to the pads. Due to the ever-growing demand for high-density circuit boards and smaller SMT components, defects during the PCB fabrication process increase. Thus, a thorough inspection is necessary at many stages of the fabrication process. PCBGOGO is a leading specialist in surface-mount, thru-hole, and mixed technology PCB assembly and electronic manufacturing services, as well as turn-key electronic PCB assembly. PCBGOGO is highly specialized not only in quick-turn PCB prototype and PCB assembly, but also medium and small volume PCB fabrication.

The assembly process at PCBGOGO consists of various inspection and functional verification stages to ensure that the requirements are completely satisfied. During the initial PCB manufacturing process, all the components are inspected by their IQC Department. Before chips are mounted on the PCB, IC programming service is also present. It is usually done by using a computer as a bridge for IC programming. After assembly, functional testing is done by software to ensures that the requirements are satisfied by the application. At PCBGOGO, all PCBs are tested for quality and correctness before shipping.

PCBGOGO team says,

“We guarantee that all our PCB products meet industry standards and undergo rigorous testing before delivery.”

During PCB fabrication, AOI (Automated Optical Inspection) is a crucial process. It ensures that the PCBs leaving the production line are without any manufacturing defects. This inspection is used in PCB fabrication and PCB assembly, as well as testing printed circuit boards.

What is AOI?

Automated optical inspection (AOI) is an automated visual inspection technique for printed circuit board manufacturing where a camera autonomously scans the device under test for both catastrophic failures and quality defects. The inspection technique can detect faults like missing components, components skew, surface defects, dimensional defects, etc. AOI is a machine-based technique as the accuracy required for the inspection is impossible via manual checking. This inspection tool increases the product quality in the production line at a low cost.

Compared to the traditional manual inspection method where technicians need to look at every component and mark them one by one, the AOI inspection method offers high accuracy. Moreover, the manual inspection is time-consuming work, whereas AOI only needs one minute to run through the whole board. Thus, AOI inspection method is accurate, reduce labor cost and time cost greatly.

AOI offers various advantages like:

  • High Accuracy
  • Tunability (adaptability according to the needs of the assembled PCBs)
  • High efficiency: AOI only needs one minute to run through the whole board, which can reduce labor cost and time cost greatly
  • It is cost-effective as compared to automatic X-ray inspection.
  • It can also detect aspects such as component soldering, polarity, and values.

AOI can detect the following component defects: insufficient solder joints, height defects, wrong part, solder bridging, excessive solder joints, billboarding, volume defects, tombstoning, component offset, component polarity, component presence or absence, component skew, area defects, flipped element, insufficient paste around leads, lifted leads, no population tests, paste registration, and severely damaged components.

Moreover, it can detect PCB defects such as short circuits, line width violations, spacing violations, excess copper, missing pad, cuts, incorrect mounting of components, and hole breakage.

AOI at PCBGOGO

PCBGOGO owns advanced AOI equipment and software to meet the requirement for accuracy, speed, and production. PCBGOGO also provides X-ray inspection as one of the quality control steps. This method uses an X-ray system to find hidden defects without risking damage to the board. PCBGOGO team remarks,

“Automatic optical inspection and X-Ray inspection are necessary tools for the PCB fabrication industry. And we will be committed to adhering to the strictest standards in manufacture and assembly with AOI and X-Ray inspection.”

Other Quality Assurance Methods by PCBGOGO

PCBGOGO offers many quality assurance techniques besides AOI and X-ray inspection like Electrical Test (E-Test), Impedance Control, ROHS-lead free verification and UL certification. With more dense PCB designs, it is necessary to test the PCBs by one of the Electrical test methods to ensure that all vias are connected because AOI cannot find this issue. Only E-Test can check for the missing connections on the board.

The main electrical testing procedures for PCBs are listed as following:

  • Circuits open and short testing
  • Capacitance testing
  • Resistance testing
  • Comparative testing
  • Flip testing
  • Continuity testing
  • Adjacency testing

Also, for high-frequency circuits, a controlled impedance is important. Impedance generally refers to the overall resistance, and it takes into account the effects of capacitance and inductance. Impedance testing is required to ensure that the impedance mismatches are within the allowable limits through some designs for the PCBs. If impedance mismatches are not limited, then the signal flowing through the traces gets reflected due to the mismatch in source and load impedance. As a result, only a fraction of the signal reaches the load and in the signal path, standing waves are created. Therefore, to maintain signal integrity, impedance control is critical. At PCBGOGO, impedance calculations are confirmed with the impedance values and tolerances provided by PCB designers before PCB manufacturing to achieve your expectations with the best quality.

Furthermore, PCBGOGO checks the product for RoHS compliance. RoHS refers to the restriction of hazardous substances. Restricting elements such as lead provides a safe manufacturing environment for the workers and safe products for the users. The PCBGOGO team says on their knowledge center,

“We play an active role in eliminating harmful substances in electronic products by providing PCB manufacturing and PCB assembly prototype services that comply with RoHS regulations.”

Overall, the PCBGOGO PCB services provide a complete suite including PCB prototype, PCB assembly, PCB small-batch manufacturing, and PCB testing in a short time and at a competitive price.

Besides, PCBGOGO offers PCB build time as fast as 2-3 days and can also provide 12 hours and 24 hours service for urgent projects.

Further information related to the AOI and other QC methods at PCBGOGO can be found here.

Axiomtek’s MANO540 with 10th Gen Intel® Core™ Processor Accelerates Edge Computing Applications

Axiomtek – a world-renowned leader relentlessly devoted in the research, development and manufacture of series of innovative and reliable industrial computer products of high efficiency – is proud to announce the MANO540, a mini-ITX motherboard powered by the FCLGA1200 10th Gen Intel® Core™ i9/i7/i5/i3 processor (codename: Comet Lake) with the Intel® H410 chipset. It also supports two 260-pin DDR4-2933/2666/2400 SO-DIMM sockets for up to 64GB of memory. With a small form factor of 17 x 17 cm, this industrial motherboard is an excellent choice for space-constrained environments. The advanced MANO540 is specifically designed for performance-demanding applications with its excellent reliability as well as communication and edge computing capabilities.

“Axiomtek’s MANO540 supports ubiquitous high-speed data transfer interfaces, including PCIe 3.0, USB 3.2 Gen1 and SATA-600. It also features one M.2 Key B slot for USB 3.2 interface 5G module. The expansion is provided by one PCIe x16, one M.2 Key E slot and one full-size PCI Express Mini Card slot for wireless devices such as Wi-Fi and Bluetooth,” said Kenny Lin, the product manager of the Product Planning Division at Axiomtek. “This industrial motherboard is integrated with Intel® integrated Gfx graphics engine with UHD 4K resolution and provides rapid video acceleration and dual-view capability through the DisplayPort++, HDMI 2.0 and VGA. Axiomtek also offers the ECM500, an industrial chassis designed for the MANO540 to help shorten the time to market.”

Advanced Features:

  • FCLGA1200 10th gen Intel® Core™ i9/i7/i5/i3 processor (codename: Comet Lake)
  • Intel® H410 chipset
  • 2 DDR4 SO-DIMM for up to 64GB memory
  • 2 USB 3.2 Gen1 and 5 USB 2.0
  • 6 COM port
  • 1 PCIe x16 and 1 M.2 Key E slot
  • 1 Full-size mini-PCIe slot
  • 2 SATA-600
  • 1 M.2 Key B for USB 3.2 interface 5G module

The MANO540 comes with rich I/O options, including two Gigabit LANs with Intel® Ethernet controller i211-AT and Intel® Ethernet Connection i219-LM, two USB 3.2 Gen1, five USB 2.0, one RS-232/422/485 with +5/+12V power, one RS-232 and one HD Codec audio. The industrial-grade mini-ITX motherboard features two SATA-600 connectors and one optional M.2 Key B 2242/2280/3042/3052 for additional storage. To ensure reliable operation, the MANO540 has a wide operating temperature range of 0°C to 60°C. It also supports watchdog timer and hardware monitoring, as well as offering, Trusted Platform Module 2.0 (TPM 2.0) for optimum security. It is ideal for applications in industrial automation, self-service kiosks, and other infotainment driven solutions.

The MANO540 is now available for purchase. For more product information or pricing, please visit our global website at www.axiomtek.com or contact one of our sales representatives at info@axiomtek.com.tw.

Arduino Leonardo Board Features USB Human Interface Device

Arduino is an open-source electronics prototyping platform based on flexible, easy-to-use hardware and software. For programming, the previous version of Arduinos required a serial port connection to your computer. As the platform evolved, using a USB conversion chip was only a slight improvement over using a serial connection. Although it removed the need for a conversion cable, it increased the cost of each board.

The next stage in the Arduino evolutionary chain was to combine the USB-to-Serial programming portion of the board with the core MCU. Hence, the Leonardo is Arduino’s first development board based on the ATmega32U4 microcontroller with an inbuilt USB. This built-in USB functionality of the microcontroller helps lower the board’s cost by eliminating the need for a secondary interface chip.

Technical Specifications

  • It comes with a high-performing low-power AVR 8-bit microchip, ATmega32U4 microcontroller, with built-in USB communication.
  • It features 32Kb of Flash memory of which the bootloader uses 4Kb along with 2.5Kb of SRAM and 1Kb EEPROM.
  • 20 Digital I/O Pins include 7 PWM Channels and 12 Analog Input channels.
  • Additional features such as a power jack, ICSP header, and a reset button.
  • It uses a MicroUSB port for programming and power.
  • Operates as an actual USB device, and thus, it can emulate a computer mouse, keyboard, or both.
  • The operating voltage is 5V and recommended input voltage is between 7-12V.
  • The clock signal in the microcontroller is generated by the crystal oscillator on the board, which has a frequency of 16MHz. Its primary role is to provide the essential timing and control to the board.
  • DC Current per I/O pin is 40 mA and DC Current for 3.3V pin is 50 mA
  • The dimension of the board is 68.6mm x 53.3mm, and the weight is around 20g.

The ATmega32U4 microcontroller sits at the heart of the board. This chip has about the same amount of flash, RAM, and capabilities as the Arduino UNO’s ATmega328. The Leonardo differs from other Arduino boards by its built-in USB port, enabling it to communicate directly with your computer through USB, allowing it to behave like a mouse or keyboard.

Aside from the additional USB support and more flexibility in communication with the computer, Leonardo is similar in a form factor as the Arduino UNO and offers more I/O options. Furthermore, the board can be powered via a micro USB connection or with an external power supply. The power source is selected automatically. There is also an ICSP header pin that allows the user to program the Arduino board’s firmware.

Arduino Leonardo v/s Arduino Uno

Comparison between Arduino Leonardo and Arduino Uno

From the above image, it is quite clear that Arduino Leonardo offers more functionalities as compared to Uno. The board has 20 pins as compared to 14 pins of Arduino Uno. The SRAM memory is the workhouse of the Arduino. Despite the fact that SRAM shortages are probably the most common memory problems on the Arduino, the Leonardo has additional SRAM for faster data access. Along with this, Leonardo also provides an extra PWM pin. The major difference is Leonardo’s ability to replicate a computer’s keyboard and mouse, thanks to the ATMega32U4’s ability to function as a USB human interface device (HID).

Talking more about the software part, like all the other Arduino boards, the Arduino Leonardo is fully compatible with Arduino IDE. The Arduino Leonardo’s ATmega32U4 comes with a bootloader, allowing you to upload new code without an external hardware programmer. For more information visit the product page.

Arduino Leonardo can support various applications, including robotics, DIY kits, and projects that require human interaction, etc. Electromaker has brought to our attention that the board is ideal for basic projects, quick prototyping, and plug-and-play circuit building because of its similar form factor and Arduino shield compatibility.

The Arduino Leonardo board is available at $20.70 on the company website. Images and technical specifications have been also taken from the product page.

TI AM64X family of processors for PLC’s, motor drives, and other industrial automation

In industries, the cloud architecture gathers data from thousands of sensors and uses the data to perform sophisticated analytics to manage operations. Automation is increasing day by day in industries. Automotive pieces of equipment rely on various sensor data for accuracy. Industrial sensors are an essential part of factory automation and Industry 4.0. Motion, environmental, and vibration sensors are used to monitor the health of equipment, from linear or angular positioning, tilt sensing, leveling, shock, or fall detection. The number of sensors required in industries is increasing exponentially, and therefore, the corresponding data that requires managing is also rising at the same rate. This arise the need for high-end processors with the capability to control modern automation equipment and perform intelligent services.

TI in February posted about their TI AM64X family of processors on their blog post. Texas Instruments AM64x is a family of 64-bit Arm processors designed for AC servo motor drives, industrial programmable logic controllers (PLCs), motion controllers in factory automation, Internet of Things, gateways in building automation, data concentrators in grid automation, high-precision data-acquisition systems, 3D cameras and many more. The AM64x family uses Arm Cortex-R5F processing cores to enable multicore processing. The processors are designed in a 16-nm process. They integrate multiple functions in a very compact package as compared to multichip solutions. The processors consume less than 1W to 2W depending on the configuration, which simplifies thermal design results in its compact size.

High-end processors of the family AM6442 and AM6441 employ four Cortex-R5F cores. The AM6422 consists of four ARM Cortex-R5F cores running at up to 800 MHz each, offering a total of 6,400 real-time Dhrystone million instructions per second (DMIPS) and enabling high-precision motor-control loops. The family of processors, moreover, allows the motor drivers to communicate in real-time with industrial PLCs or motion controllers using standards such as EtherCAT, Profinet, and Ethernet/IP. Plus, one can run high-level operating systems like Linux and a web or application server on the processor.

Functional Block Diagram. Source: https://www.ti.com/lit/ds/symlink/am6442.pdf?ts=1623989396311&ref_url=https%253A%252F%252Fwww.google.com%252F

The AM6421 consists of two Cortex-R5Fs running at 1 GHz each, capable of handling multiple services without disrupting real-time computing and networking traffic.

AM64x features & specifications:

  • CPU cores
  • Dual-core Arm Cortex-A53 processor @ 1.0 GHz with 256KB L2
    • shared cache with SECDED ECC, 32KB L1 D-cache, 32KB L1 I-cache
    • Up to two Dual-core Arm Cortex-R5F real-time MCU subsystems at up to 800 MHz with 32KB I-cache, 32KB D-cache, and 64KB TCM per each R5F core for a total of 256KB TCM (max)
    • Single-core Arm Cortex-M4F MCU at up to 400 MHz with 256KB SRAM with SECDED ECC
  • Memory subsystem
    • Up to 2MB of On-chip RAM (OCSRAM) with SECDED ECC
    • LPDDR4, DDR4 memory controller with inline ECC up to 1600 MT/s
    • General-Purpose Memory Controller (GPMC)
  • Storage
    • 2x Multi-Media Card/Secure Digital (MMC/SD/SDIO) interfaces: 4-bit for SD/SDIO, 8-bit for eMMC
    • Flash subsystem configurable as Octal SPI (OSPI) or Quad SPI (QSPI)
  • Industrial subsystem
    • 2x gigabit Industrial Communication Subsystems (PRU_ICSSG) with support for Profinet IRT, Profinet RT, EtherNet/IP, EtherCAT, Time-Sensitive Networking (TSN), and more
    • Each PRU_ICSSG contains – 2× 10/100/1000 Ethernet ports, 6 PRU RISC cores, 3x Data RAMs with ECC, 8x banks of 30 × 32-bit register scratchpad memory, interrupt controller and task manager, 2x 64-bit Industrial Ethernet Peripherals, 18× Sigma-Delta filters, 6× Multi-protocol position encoder interfaces, 16550-compatible UART for Profibus
  • System on Chip (SoC) Services:
    • Device Management Security Controller (DMSC-L) to manages system services including initial boot, security, and clock/reset/power management
    • Data Movement Subsystem (DMSS) – Block Copy DMA (BCDMA), Packet DMA (PKTDMA), Secure Proxy (SEC_PROXY), Ring Accelerator (RINGACC)
  • High-speed interfaces:
    • 1x Integrated Ethernet switch supporting up to 2x RGMII (10/100/1000M), IEEE 1588 with 802.1AS PTP, Energy-efficient Ethernet (802.3az)
    • 1x PCI-Express Gen2 controller
    • 1x USB 3.1-Gen1 Dual-Role Device (DRD)
  • General connectivity
    • 6× I2C,7x SPI (MCSPI),
    • 9x UART modules, 6x Fast Serial Interface Receiver (FSI_RX) cores, 2× Fast Serial Interface Transmitter (FSI_TX) cores
    • 12-Bit Analog-to-Digital Converters (ADC) up to 4 MSPS, 8x multiplexed analog inputs
    • 6x Fast Serial Interface Receiver (FSI_RX) cores
    • 3x GPIO modules
  • Control interfaces
    • 9x Enhanced Pulse-Width Modulator (EPWM) modules
    • 3x Enhanced Capture (ECAP) modules
  • 3x Enhanced Quadrature Encoder Pulse (EQEP)
    • modules
    • 2x Modular Controller Area Network (MCAN) modules with or without full CAN-FD support
  •  Security
    • Secure boot with hardware-enforced Root-of-Trust (RoT), IP protection;
    • Cryptographic acceleration – AES up to 256-bit, 3DES up to 168-bit, MD5, SHA1, SHA2 up to 512-bit, DRBG with true random number generator, PKA (Public Key Accelerator) to assist in RSA/ECC processing
    • Debugging security
    • Trusted Execution Environment (TEE), Arm Trust zone-based
    • Secure storage support
    • On-the-Fly encryption and authentication
  • Networking security support for data (Payload) via packet-based
    • hardware cryptographic engine
    • Security co-processor (DMSC-L) for key and security management, with dedicated device-level, interconnect for security
  • Power management:
    • Simplified power sequence
    • Integrated SDIO LDO for handling automatic voltage transition for SD interface
    • Integrated voltage supervisor for safety monitoring of over-under voltage conditions
    • Integrated power supply glitch detector for detecting fast supply transients
  • Functional Safety compliance
    • Documentation will be available to aid IEC 61508 functional safety system design
    • Systematic capability up to SIL 3
    • Hardware integrity up to SIL 2 targeted for MCU domain
    • IEC 61508 certification (pending)
    • Dedicated MCU domain memory, interfaces, and M4F core capable of being isolated from the larger SoC with Freedom From Interference (FFI) features
  • Package – 17.2x 17.2 mm, 0.8-mm pitch, 441-pin BGA
  • The manufacturing process – 16nm FinFET technology

There are six parts in the TI’s AM64X family: AM6442, AM6441, AM6422, AM6421, AM6412, AM6411. They are all pin-compatible but are different at cores, amount of TCM memory, and other specifications. You can find a detailed comparison on the TI blog.

Am6442 Datasheet: https://www.ti.com/lit/ds/symlink/am6442.pdf?ts=1623989396311&ref_url=https%253A%252F%252Fwww.google.com%252F

Remote Solution Chooses Nowi as Partner to Develop Solar-powered Remote Controls

Remote Solution is partnering with Nowi to develop eco-friendly, solar-powered TV remote controls.

The objective of this collaboration is to bring sustainable solutions to market, using Remote Solution’s expertise in designing and manufacturing world-class remote controls and incorporating Nowi’s cost-effective and efficient energy harvesting Power Management IC (PMIC).

Worldwide, about 15 billion batteries are tossed into landfills each year – only about 2% are recycled. Solar-power eliminates battery changes and allows the remote control to be perpetually self-powered. By removing disposable batteries, Remote Solution alleviates the concerns of environmentally conscientious consumers.

Solar-powered remote controls also provide improved user experience. Televisions, media adapters and set-top boxes are virtually unusable without the remote. When the battery dies, consumers are forced to either look for suitable cells at home, purchase additional ones or contact customer support to understand the reasons behind their TV malfunction. Self-powered remote controls eliminate the added hassle and effort of swapping batteries for both customers and providers’ customer service departments.

Sustainability at the heart of Remote Solution’s development strategy

Remote Solution is renowned for enhancing user comfort by providing world-class remote-control solutions. With sustainability as its big focus in the recent years, it has been searching for technologies that would allow to develop eco-friendly products. Remote Solution now embraces cutting-edge energy harvesting technology, as part of their Corporate Social Responsibility strategy, as a way to develop new sustainable products. By doing away with battery changes, Remote Solution’s energy harvesting remote controls would contribute positively to the environment.

Remote Solution believes that adopting these environmentally-friendly, hassle-free ‘Energy Autonomous’ TV remote controls would contribute to ensuring a more sustainable future of consumer electronics by dispensing with disposable batteries in remote controls.

“Remote Solution designs and engineers connected products and solutions for Remote Control, IoT and Wireless Communication Modules industries. Nowi’s energy harvesting solutions fit perfectly our strategy to launch eco-friendly products.”

comments Yoon Choi, General Manager at Remote Solution.

World’s smallest assembly footprint and lowest BOM cost energy harvesting PMIC

Nowi’s NH2 PMIC is designed to efficiently extract power from ambient energy sources, such as light and vibration, to charge a wide variety of energy storage elements. The NH2 PMIC is a revolutionary power management product as it has combined top energy harvesting performance -through its optimized Maximum Power Point Tracking feature- with a 98% reduction of the PMIC assembly bill-of-material (BOM) size and cost, enabling great efficiency in TV remote control applications.

Additionally, new developments in energy harvesting technology have significantly lowered the cost of implementation, making this innovative solution economically feasible in remote controls.

Simon van der Jagt, Nowi B.V. CEO, adds:

“Nowi is excited to see the adoption of our energy harvesting technology in TV remote controls. The NH2 PMIC’s uniquely low-cost, small and simple implementation is a strong fit in TV remotes. As such, we believe our partnership with Remote Solution will be a further catalyst in the adoption of green technology by TV vendors and set top box providers.”

For more information, visit www.nowi-energy.com

Fibocom Launches New 5G Module FM350 for PC before MWC 2021 with Intel and MediaTek

Fibocom, a leading global provider of IoT (Internet of Things) wireless solution and wireless communication modules, announces the joint release of the FM350 5G wireless module on May 31st, before MWC 2021 (Mobile World Congress 2021). Partnered with Intel and MediaTek, Fibocom’s FM350 is designed to offer high-speed 5G wireless connectivity for better PC platform support and user experience.

Based on the MediaTek T700 chipset platform, Fibocom’s FM350 module supports the 5G NR Sub-6 band with up to 4.67 Gbps on the downlink and 1.25 Gbps on the uplink theoretically.

Supporting 5G standalone network (SA) and non-standalone (NSA) network architectures, the Fibocom FM350 5G module is backward compatible with LTE/WCDMA network standards, which helps to reduce complexity in end product configuration.

Fibocom’s FM350 module is ideally suitable for PCs (laptop, desktop, tablet, etc.), and it supports Windows, Linux and Chrome operating systems. Designed with standard M.2 form factor, the module has various interfaces, including PCIe 3.0, USIM, I2C, Body SAR, MIPI Tuner, tunable antenna, etc., unleashing the potential of cellular technology to meet high speed bandwidth application demand. In addition, FM350 has a built-in eSIM, providing end users the flexibility to select carrier profiles. It also supports GNSS, including GPS, GLONASS, BeiDou, and Galileo.

The Fibocom FM350 module is globally certified by regional regulatory bodies, mainstream carriers, industry institutions, and has obtained approval from several technical certification laboratories.

“We are very excited to partner with Intel and MediaTek to deliver a new generation of 5G solution for PC. Based on the MediaTek T700 chipset, Fibocom’s FM350 5G module is an excellent step forward in the proliferation of 5G in PC, allowing users to seamlessly connect to the 5G networks worldwide. The module is an excellent addition to our 5G wireless module family, enabling the high-bandwidth and secure PC experience brought by 5G technology,”

said Tiger Ying, CEO, Fibocom.

“Intel strives to deliver the best possible experience across all of our mobile computing platforms. With anytime, anywhere wireless access coupled with multi-gigabit speeds (where available), 5G technology enables Modern Connected PC users to stay productive and enjoy next-generation applications.[1] We are delighted to collaborate with Fibocom and MediaTek to launch the new Intel® 5G Solution 5000.  Together, we provide leading 5G capabilities for our latest 11th Gen Intel® Core™ mobile platforms,”

said Eric A. McLaughlin, VP Client Computing Group & GM Wireless Solutions Group, Intel Corporation.

“MediaTek’s T700 is helping to redefine the next generation of PC experiences. With our groundbreaking 5G modem technology, the new module will deliver connected experiences to consumers everywhere at unparalleled data speeds, unleashing more potential for productivity, gaming, and even entertainment whether users are at home or on the go,”

said Dr. JC Hsu, Corporate VP and GM of MediaTek’s Wireless Communications Business Unit.

“We look forward to continuing to work with Intel and Fibocom to bring the latest 5G technologies to consumers around the world.”

[1] Visit www.intel.com/PerformanceIndex (connectivity) for more information

www.fibocom.com

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