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BMA490L High-Performance Longevity Acceleration Sensor

Posted on by mixos

Bosch Sensortec’s high-performance longevity triaxial accelerometer features extended availability of up to ten years

Bosch Sensortec’s BMA490L is a high-performance longevity triaxial accelerometer with extended availability of up to ten years. BMA490L is designed to cater the long life cycles of mobile and stationary industrial applications such as robots, white goods and other industrial IoT (IIoT) applications. The BMA490L is a triaxial, low-g acceleration sensor with digital interfaces, aiming for various stationary and mobile industrial applications.

Applications

  • Industrial IoT (IIoT), e.g. predictive maintenance, vibration monitoring
  • Logistics, e.g. asset tracking
  • Agricultural and industrial robots, e.g. orientation detection, tilt detection
  • White goods and home appliances, e.g. vibration monitoring, power management
  • Power tools, e.g. power management, device level detection

more information: www.bosch-sensortec.com

T3AWG2152/T3AWG2152-D Multifunctional 16-bit Arbitrary/Function Generators With Innovative Architecture and Pattern Generation

Posted on by mixos

The T3AWG2152-D’s analog/digital synchronized output represents a valuable tool to simulate, troubleshoot, or validate digital designs.  

Saelig Company, Inc. has introduced the Teledyne LeCroy T3AWG2152/T3AWG2152-D Multifunctional 16-bit Arbitrary/Function Generators that are designed with innovative architecture and synchronized digital pattern generation.

The T3AWG2152 and T3AWG2152-D generators are multifunctional 150MHz arbitrary/sweep/function generators that combine multiple functions in a single instrument, including a two-channel function and arbitrary waveform generator with an eight-channel digital pattern generator (in the D version). These three different functionalities are based on an advanced Direct Digital Synthesis (DDS) technology which allows glitch-free on-the-fly changes of all parameters while preserving the selected waveform shapes. All controls and settings are available with touch/swipe gestures on the color LCD: change the channel, the carrier selection, access the modulation parameters, access the waveform gallery to import a signal at a glance, or use the virtual numeric keyboard to change parameters values.

The variable clock, true-arbitrary technology of the Arbitrary Waveform (AWG) / Digital Pattern Generator lets the user create complex signals of synchronized analog waveforms and digital patterns. Users can create signals in a sequence, or apply loops, jumps, and conditional branches. The analog/digital synchronized outputs represent a valuable tool to simulate, troubleshoot, or validate digital designs. Users can use the waveform sequencer to generate quite complex or very long signals with multiple waveform shapes. The AWG mode uses a variable or synchronized sample rate ‘True-Arb’ technology to suit applications requiring extremely high signal fidelity. The platform’s deep memory enables the capability to store numerous long waveforms.

  • 16-bit vertical resolution
  • Up to 16,384 waveform entries in the sequencer
  • 128Mpts arbitrary waveform memory on each channel (standard)
  • Output impedance 50 Ω and 5 Ω selectable

Application tasks for which this test instrument is especially suited include the Distortion Test for Automotive Ethernet 100Base-T1 and 1000-Base-T1Power and the Semiconductor Dynamic Behavior Test, made easier with the instrument’s versatile double-pulse test capability. Among the compliance tests specified for the Automotive Ethernet standard none is more complex to set up than the transmitter distortion test. Using the T3AWG2152, as well as a Teledyne LeCroy oscilloscope and the QualiPHY Compliance Manager, testing is greatly simplified. The T3AWG2152’s excellent Harmonic Distortion performance, combined with the output voltage amplitude range and the precise tuning of the delay and phase of the differential signal pairs, makes the T3AWG2152 a perfect tool for emulating the disturber signal, to assist in avoiding pitfalls encountered during the execution of the test.

The T3AWG2152/T3AWG2152-D can also quickly determine the dynamic behavior of power devices. The standard feature Double Pulse function required for testing MOSFETs and IGBTs is made simpler because the two pulses can have a different amplitudes, rise-times, fall-times, and widths.

The Teledyne LeCroy T3AWG2152/T3AWG2152-D Multifunctional 16-bit Arbitrary/Function Generators are available now from their authorized North American distributor Saelig Company, Inc. Fairport, NY.

Alibaba Speaks More on it’s XT910 RISC-V Core Claimed to be Faster Than An Arm Cortex-A73

Posted on by Emmanuel Odunlade

Alibaba has provided more details on its first RISC-V-based product; A 16-core RISC-V processor called the XT 910.

As at the time of its release in July 2019, not much was said about the XuanTie 910 except that it was targeted towards the high-performance end to end 5G, AI, and autonomous driving applications. But during the virtual Hot Chips 2020 conference held recently, Alibaba gave more insight on the overview of the processor, how it stacks up to Arm’s Cortex-A73, and a glimpse of what they plan for down the road.

Alibaba claims the XT910 (XT stands for Xuantie, which is a heavy sword made using dark iron), is the most powerful RISC-V processor to date. The performance of the XT910 was compared to Cortex-A73 (Kirin 970) with the same L1 cache capacity, and the results showed that Alibaba chip outdistanced the Cortex-A73 in a number of the benchmark parameters. We are however not sure if the benchmarks included the RISC-V Turbo extension.

Some features and specifications of the XT910 processor include: 

  • 16x 64-bit RISC-V (RV64GCV) cores with a peak clock speed of 2.0GHz and 2.5GHz etched in 12 nm processes which include 16-bit instructions.
  • Supports RISC-V 0.7.1 Vector extension and custom Turbo extension
  • Up to Four clusters of four cores
  • 32KB or 64KB instruction/data cache per core and up to 8MB L2 cache per cluster
  • Vector Computing Unit for AI acceleration
  • Sv39 MMU + 8/16 PMP
  • Clint + PLIC interrupt controller, and,
  • Support for unaligned memory data access

Yu Pu, edge product lead for T-Head semiconductor, the Alibaba organization that designed the chips said Alibaba is looking to make RISC-V the basis for its cloud and edge computing infrastructure. He admitted that the RISC-V is not “mature enough” in terms of technology and ecosystem”, but they are confident it holds a lot of potentials and wants to work with the open-source community to improve it.

XT910-vs-Arm-Cortex-A73 benchmark results

The company also revealed that the XT910 is the first in the line of what they plan to roll out as they have added a low power XT902 microcontroller core (Cortex-M0+ class) with hardware TEE to the league. Plans for others  – including the XT903, XT905, XT907, and XT908 – that will come with different embedded performance and power levels, are also on top gear.

Like Google, a lot of cloud companies are beginning to show interest in the development of processors and microcontrollers that allows users to consume their services in unique ways. With the Google Coral Series and these new lines of Processors and microcontrollers from Alibaba, we are definitely in for a highly competitive high-performance computing future. [via www.cnx-software.com]

Industrial Mini ITX motherboard with AMD® Ryzen Embedded CPU

Posted on by mixos

With the gKINO-V1000 small series, ICP Germany strengthens its product portfolio in the Mini-ITX board area by two AMD® based solutions with RyzenTM CPUs.

The gKINO-V1605B board is equipped with the quad-core processor V1605B with 3.6GHz clock frequency, whereas the gKINO-V1202B is equipped with the dual-core processor V1202B with 3.2GHz processor clock. Common to both is the RadeonTM VEGA HD7000 graphics. It supports a resolution of 4K (3840×2160) on its four display port outputs. DX11, UVD3, H.264, VC-1, MPEG-2, DivX®, Open CLTM, OpenGL 4.2 and soon Open GL4.3. gKINO-V1000 series can be equipped with a maximum of 64GB ECC memory on the two 260 pin SODIMM slots.

The gKINO-V1000 series offers on the IO-Shield besides the four DP interfaces, two RJ45 GbE, two RS-232, two USB2.0, two USB 3.2 Gen1 with 5Gb/s and audio with 6 Watt amplifier circuit. Furthermore, two RS-232 with Cctalk, four RS-232, two USB 2.0, SATA 3.0 and 8-bit GPIO are available on pin header. Expansion cards can be operated on the PCI Express x16 and the M.2 2242/2280 slot with PCIEe x2 and SATA signal. To secure the system, the boards can be delivered equipped with a TPM 2.0 Nuvoton NPCT750AAAYX. The boards also have an intrusion detection pin and watchdog functionality. Both versions work reliably in a temperature range from -10 °C to 70 °C.

Upon customer request, ICP can also supply the two gKINO-V1000 boards as a bundle with processor, industrial RAM and storage media.

Specifications

  • Mini-ITX Form Factor
  • AMD® RyzenTM V1000 Embedded CPU
  • Max. 64GB DDR4 SO-DIMM memory with ECC support
  • Quadruple/4-fold 4K Display Support
  • AMD RadeonTM GPU VEGA Graphics
  • 1x M.2 2280, 1x PCIe x16
  • GbE Ethernet, USB3.2, DP, RS-232
  • Intrusion Detection, TPM, Cctalk, Watchdog

Applications

  • Industrial PC Systems
  • Compact PC Systems
  • Image and video processing
  • Panel PC and embedded systems
  • Gaming

The gKINO-V1000 series appears to be available now from ICP Germany. More information may be found in ICP’s announcement.

Next generation Mixed Signal Oscilloscope targets electric vehicle designs

Posted on by mixos

Yokogawa’s DLM5000 features eight analog inputs and the ability to link two units to boost measurement flexibility

Yokogawa has launched its next generation of a mixed-signal oscilloscope with options for four or eight analog inputs.

The DLM5000 oscilloscope is the successor to the previous 8-channel DLM4000 model. With redesigned hardware, the DLM5000 offers major improvements in both performance and operability, including a sampling rate double that of the DLM4000. It is aimed at applications such as mechatronics, power electronics, automotive, aerospace, railway and consumer electronics.

Yokogawa says there is a specific focus on intelligent power-semiconductor technologies and mechatronics in modern electric vehicles, motor controls, and energy-efficient electronic designs that need up to eight analog channels and 32 bits of logic, together with additional math channels, vehicle serial bus analysis, and numerous other analysis features.

The progression represented by advancements like the DLM5000 oscilloscope reflect an ongoing journey toward enhanced efficiency and dependability. Nonetheless, despite these cutting-edge innovations, challenges persist, especially regarding vehicle defects. In such scenarios, individuals often turn to legal solutions, relying on professionals like a San Diego Lemon Law Attorney for assistance. These legal experts specialize in navigating the intricate landscape of vehicle defects, advocating for clients who encounter issues spanning from mechanical glitches to safety hazards.

With their comprehensive grasp of lemon law regulations and a steadfast commitment to safeguarding consumer rights, Lemon Law Attorneys emerge as indispensable allies for those grappling with the frustrations and inconveniences of flawed vehicles. Their expertise transcends mere legal representation, as they provide invaluable guidance and support to individuals seeking resolution for their concerns.

In a world where technological boundaries are constantly pushed, these legal advocates remain steadfast pillars of support, ensuring that consumers receive equitable treatment and rightful compensation when faced with vehicle defects.

A large number of channels are key to developing efficient and reliable high-performance electric motors. Based on modern inverters, the successful development of these motors demands multi-channel, highspeed waveform measurement. These types of measurements often need more than four channels, which is why the DLM5000 offers eight true analog inputs.

The DLM5000 is also aimed at the development of Electronic Control Units (ECU) for mechatronics systems. In this application, numerous I/O analog, digital, and serial-bus waveforms need to be measured. With the ability to monitor eight analog channels and up to 32-bits of logic input, 16 as standard plus 16 optional, while simultaneously performing protocol analysis such as UART, I2C, SPI, CAN, CAN FD, LIN, CXPI, SENT and FlexRay, the DLM5000 can speed up development when four channels are not enough.

Additionally, the new feature DLMsync, available soon, allows two DLM5000s to be linked and work together, extending measurements to gain even more information about the performance and behaviour of electronic systems. With this feature, connecting two DLM5000s with a dedicated cable enables sampling clock and trigger synchronous measurement of up to 16 analog channels (8 + 8) plus 64 bit logic. Alternatively, the eight channel and four channel models of the DLM5000 can be connected to give a configuration of “8 + 4 = 12 channels”.

The DLM5000 can be used as an eight analog and 16 digital input mixed signal oscilloscope, with all channels able to be used simultaneously. With the /L32 option, up to 32 logic signals can be measured. Also included are a Bus/State display and an optional DA calculation function, useful for evaluating AD/DA converters.

… read more

M5Stack CORE2-Touch Enabled Device is launched

Posted on by mixos

M5Stack launches its new product CORE2 – an ESP32 based dual-core WIFI & Bluetooth microcontroller for IoT development, with a capacitive touch screen that brings users a smoother human-computer interaction experience. It is compatible with Arduino, MicroPython and UIFlow. UIFlow is a Web-based IoT programming system developed by M5Stack and based on Google Blockly which is a clear and easy to program visual interface.

M5Stack CORE2 integrates an ESP32 D0WDQ6-V3 with two Tensilica Xtensa 32-bit LX6 microprocessors that can be individually controlled. It supports both Bluetooth and Wi-Fi, making it ideal for IoT projects. The device features 16 MB External Flash and 8MB PSRAM, has an adjustable clock frequency from 80 MHz to 240 MHz,  Built-in vibration motor for tactile notification and a real-time clock（RTC）which can provide precise time and date.

Applications

  • Internet of Things Terminal Controller for Smart Home, Industrial Automation or Robotics
  • STEM Education
  • DIY Prototyping

It is worth mentioning that in addition to including a 390mAh rechargeable battery and an SD card slot and speakers, M5Stack CORE2  has an AXP192 power management chip which can effectively control the power consumption. Users can measure the real-time power consumption, which can bring them an unprecedented experience of power management.

Features

  • ESP32-based, supports Bluetooth and WiFi
  • 16M Flash and 8M PSRAM
  • 1W Speaker, Power Indicator, Vibration Motor, RTC, I2S Amplifier, Capacitive Touch Screen, Power Button and Reset Button
  • TF Card Slot (16G Maximum Size)
  • 390mAh Lithium Battery
  • Equipped with an AXP192 Power Management Chip, Low Power Consumption
  • Independent expansion board with 6-axis IMU, PDM Microphone
  • M-Bus Socket & Pins

In order to get the best sound quality, the I2S digital audio interface power amplifier chip is used to effectively prevent signal distortion. There are independent power buttons and reset (RST) buttons on the left and bottom of M5Stack CORE2.

The 3 icons on the front of the screen are capacitive touch screen buttons which can be independently programmed. There is a small expansion board on the back with a 6-axis IMU sensor and microphone. This small expansion board brings about more possibilities, users could design their own miniature customized expansion boards, or use the existing bus modules.

Like all the M5Stack CORE products, you can easily expand features by stacking different M5Stack function “MODULES” “BASES”  and “UNITS”  just like adding Lego blocks.

Links

The M5Stack Core2 is now on sale for $39.90 at the company eshop.

VIA Accelerates Artificial Intelligence and Machine Learning Education for Schools with VIA Pixetto

Posted on by mixos

VIA Technologies, Inc. today announced the launch of the VIA Pixetto vision sensor, an intuitive and engaging platform for teaching Artificial Intelligence and Machine Learning to students aged twelve and above.

  • Full HD vision sensor with suite of pre-built Vision AI models, coding Blocks, and an online Accelerated Machine Learning platform
  • Compatible with Arduino, Raspberry Pi and micro:bit projects using Python and Tensorflow ML
  • On sale at VIA Online Store for US$85 + shipping

VIA Pixetto comes with an integrated suite of tools that make it easy for students to understand the basic principles and technologies underpinning AI and ML and apply them in their own AI vision, maker, and robotics projects. These tools include:

  • Pre-built object, shape, color, face, and handwriting recognition models that students can use to configure the vision sensor;
  • Beginner-friendly coding Blocks integrated with the popular Scratch platform to teach students basic programming;
  • Accelerated machine learning platform for students to create new models for their projects
  • Support for advanced coding using Python and TensorFlow Lite

The VIA Pixetto’s hardware features include a full HD vision sensor, a Micro USB 2.0 port, a Micro SD Card slot, a microphone, and a Grove connector for Arduino, micro:bit, and Raspberry Pi boards and peripherals.

“As Artificial Intelligence and Machine Learning proliferate across all aspects of our daily lives, it has never been more important for schools worldwide to equip their students with a theoretical and practical knowledge of these rapidly-emerging technologies,” commented Richard Brown, VP of International Marketing, VIA Technologies, Inc. “With the launch of VIA Pixetto, our goal is to address this need by providing an intuitive and engaging platform for students to learn the basics of AI and ML and explore their potential applications by creating their own projects.”

About VIA Pixetto

VIA Pixetto is available now in English and Traditional Chinese versions. It can be ordered from the VIA store at a price US$85 plus shipping per unit.

The VIA Pixetto is available for $85 plus shipping at VIA Store. More information may be found in the VIA Technologies announcement and product page.

e-con Systems Launches IP67 Rugged GMSL2 Camera and Camera Kit Powered By NVIDIA Jetson Edge AI Platform

Posted on by mixos

Industrial grade | 15 meters cable support | Full HD with built-in HDR | GMSL2 | deserializer interface board for NVIDIA Jetson AGX Xavier Developer Kit

San Jose and Chennai (Sep 1, 2020): e-con Systems Inc., a leading embedded camera solutions company,  today announced the launch of its STURDeCAM20 industrial grade GMSL camera and STURDeCAM20_CUXVR camera kit leveraging the powerful capabilities of the NVIDIA® Jetson™ edge AI platform. The new offerings accelerate time to market for customers developing and deploying ruggedized applications for industrial and outdoor environments such as autonomous mobile robots (AMR), delivery robots, sidewalk robots, blind spot cameras for large vehicles, mining vehicles, forklifts, surround view systems, and more.

Features:

  • Sensor : 1/2.7″ Optical format CMOS Image sensor
  • Resolution : 2MP
  • Focus Distance : 1m to Infinity
  • Sensor type : 10 or 12-Bit RGB format
  • Pixel size : 3μm x 3μm
  • Sensor Active Area : 1928H x 1088V
  • Responsivity : 4.0 V/lux-sec
  • SNR : 41 dB
  • Dynamic Range : Max up to 96 dB
  • Shutter Type : Electronic Rolling Shutter
  • ISP : On-board high performance ISP
  • DFOV : 2MP – 124.8°(D), 104.4°(H), 64°(V) (with 1/2.7″ AR0230)

The STURDeCAM20 is based on a Full HD CMOS sensor with well-tuned image signal processor (ISP) packed in an IP67 rated (water and dust proof) enclosure with operating temperature of -40 to 85°C. It ships with a 15-meter coaxial cable, enabling seamless high-quality video streaming with very low latency.  The camera’s single frame 3.0 um dual conversion gain pixel technology and 96 dB high dynamic range (HDR) delivers stunning images even in harsh outdoor conditions and low lighting environments.

“STURDeCAM20 is our first product of a family of IP67 rated ruggedized cameras targeted for use in harsh outdoor environments particularly for new age edge-AI powered applications. Working with edge-AI leader like NVIDIA on their leading-edge AI platform like Jetson, not only completements our STURDeCAM family of rugged cameras, but also helps our customers to speed up their product development instead of spending time on camera selection or ISP tuning or ruggedizing the cameras for their industrial/outdoor use cases” said Ashok Babu, President of econ Systems, Inc. “Being a Preferred Partner of Jetson Ecosystem since 2018, this marks a major milestone in our partnership and enables our customers to come up with innovative AMR and vision based applications by leveraging the ready-to-deploy STURDeCAM cameras and Jetson platforms”, he added.

To speed up the development process for developers, e-con Systems also offers the fully integrated STURDeCAM20_CUXVR Camera Kit, comprising one STURDeCAM20 camera and a deserializer board that plugs into the NVIDIA Jetson AGX Xavier developer kit. This allows developers to connect up to six STURDeCAM20 cameras and enables synchronized Full HD streaming at 30 fps simultaneously.

“With the e-Con camera kit for the Jetson AGX Xavier, developers get an integrated, easy to use ruggedized solution for vision-based embedded applications in harsh environments like robotics, industrial IoT and more,” said Murali Gopalakrishna, Head of Product Management, Autonomous Machines at NVIDIA and General Manager for Robotics at NVIDIA. “e-con’s support for the Jetson platform brings valuable experience in industrial cameras into our partner ecosystem.”

NVIDIA Jetson is the leading AI-at-the-edge computing platform, with nearly half a million developers. With support for cloud-native technologies now available across the full Jetson lineup, manufacturers of intelligent machines and developers of AI applications can build and deploy at scale high-quality, software-defined features on embedded and edge devices targeting a wide variety of applications.

Customization Services

If you are interested in customizing the STURDeCAM20 or for any additional features, please contact camerasolutions@e-consystems.com

Also, watch the demo video here:

Availability

The STURDeCAM20_CUXVR camera kit is currently available for evaluation with the NVIDIA® Jetson AGX Xavier™ Developer Kit. Customers interested in evaluating the STURDeCAM20 and STURDeCAM20_CUXVR can contact sales@e-consystems.com.

iWave, Xilinx and DiSTI bring the best in breed turnkey solution to the embedded market

Posted on by mixos

Through a collaboration with The DiSTI Corporation, the leading provider of User Interface Design and Development Software GL Studio®, iWave Systems is excited to provide feature-rich System on Modules and HMI Solutions enabling customers across Medical, Industrial and Automotive domains to build high-quality graphical user interfaces bringing end products and concepts to life.

iWave Systems, a global leader in the design and manufacture of System on Modules, has integrated GL Studio across the portfolio of Xilinx® Zynq® UltraScale+™ MPSoC System on Modules. iWave ensures scalability of the system on modules across the Xilinx MPSoC Series ranging from ZU2 to ZU19. At the same time, the software from DiSTI promises efficient runtime performance and code-reliability guaranteeing customers’ scalability and reliability on the hardware and software blocks.

For over 20 years, GL Studio® has been the trusted choice of leading display engineers across the globe to design and build instrument clusters, embedded solutions, display, and immersive control systems. Through this collaboration, iWave and DiSTI aim to support engineers and product designers to develop products and focused on their end applications, ensuring rapid time to market and reducing development cycles.

The core components of Zynq UltraScale+ MPSoC devices like Quad ARM® Cortex™ A53 and Powerful VPU & GPU blocks will enhance the user experience needed in a wide range of Video / Vision and Graphics Embedded applications.

“Xilinx is pleased to partner with DiSTI and iWave to provide a 3D visualization solution in a convenient production-ready board for customers that want to add a user interface to their products,” said Chetan Khona, Director, Industrial, Vision, Healthcare & Sciences at Xilinx. “Zynq UltraScale+ MPSoC is already the industry’s most scalable Industrial and Healthcare IoT embedded platform, and this solution simplifies operator panels, patient monitors, or any application that incorporates a display.”

iWave ensures excellent value as an embedded hardware partner by providing product availability for 10+ years with comprehensive technical support and an efficient, high-quality manufacturing eco-system, ensuring product success. As a joint force with DiSTI, the global leader in providing UI Software with a focus on High-Performance, Flexibility, and ease of use, customers can rapidly bring ideas and solutions to life in today’s fast-evolving marketplace.

“iWave is thrilled to collaborate with DiSTI, which will allow us to integrate their 3D Graphical User Interface design and development software onto our Xilinx FPGA System on Modules portfolio helping customers accelerate their time-to-market across industry verticals. We are excited for the opportunity to expand our technology services and look forward to a long and fruitful partnership in the years to come,” says Abdullah Khan, President, iWave Systems Technologies.

“DiSTI is honored to work with such a prestigious group of companies in embedded systems and lend our 20+ years of Graphical User Interface and Functional Safety expertise to the collaboration,” said Christopher Giordano, Vice President of UX/UI Technology at The DiSTI Corporation. “We have already had the privilege of going into production with Xilinx Zynq, and this collaboration with iWave and Xilinx is proof of their cross-platform scalability.  We look forward to a very long and mutually prosperous relationship with both Xilinx and iWave.”

more information: www.iwavesystems.com

SINTRONES Edge AI GPU Computing Solution enabling flexibility: EBOX-7000

Posted on by mixos

SINTRONES, one of the global leaders in computing technology in vehicles, announces the launch of the new EBOX-7000 Edge AI GPU Computing. The new EBOX-7000 Edge AI GPU Computing is suitable for various factory automation and Industrial Internet of Things (IIoT) control system in large-scale processes such as mining and manufacturing. It is powered by Intel 9th Gen Core i7/ Intel 8th Gen Core i7/i5/i3 CPU with 6 x RJ45 GbE (optional 4 x PoE Max. 100W). EBOX-7000 features two LTE SIM Card Sockets with automatic SIM Card detection (Taiwan Patent No. M592609). It supports both 5G and LTE standards for wireless network performance. Furthermore, the users can simply remove the HDD and use it as a portable hard drive with USB port and power connector. No additional converter needed.

EBOX-7000 provides PCIe card expansion including a riser card w/ 1 x PCIe x16 slot (1 x PCIe 3.0 x16 interface) or optional riser card w/ 2 x PCIe x16 slot (2 x PCIe 3.0 x8 interface). Both riser cards can be up to 185mm length total 90W~150W PCIe cards. It is expandable with Nvidia Tesla Card, Nvidia GPU card, Nvme card, image capture card, and I/O card. Furthermore, EBOX-7000 can be used in edge AI enhancements, intelligent video analytics AI Video analysis, IIoT, traffic management and machine vision.

EBOX-7000 features TPM 2.0 and memory 2 x DDR4 2400/2666 MHz SO-DIMM up to 32GB. In addition, environmental tolerance continually maintains a wide range of operating temperatures (-40°C ~ 70°C) allowing it to operate in extreme and rugged environmental conditions.

Another highlight of EBOX-7000 is the SINTRONE self-developed technology SINSmart – it provides reliable monitoring of network-connected remote power control devices, Power over Ethernet (PoE) switches and UPS for power management. It has remote monitoring of voltage, UPS delay setup and Digital, IO/WDT/System temperature control. This feature supports edge ai gpu computing with reliable remote connectivity. Furthermore, it has automatic recovery short circuit protection and vehicle power ignition for various vehicles. Includes an optional battery backup kit (Patent No. M447854 Build-in Battery), for continuous operations, providing an extra 10 minutes after power drain or failure of the main power source to increase the reliability of the system.

Key Features:

  • Intel 9th Gen Core i7/ Intel 8th Gen Core i7/i5/i3
  • 1 x PCIe 3.0 x16 Interface Expansion (optional 2 x PCIe 3.0 x8 Interface)
  • 6 x RJ45 GbE (optional 4 x PoE Max. 100W)
  • 8 x GPI, 4 x GPO and 2 x RS-232/422/485
  • 1 x DP + 1 x HDMI + 1 x DVI-I (Single Link w/o Analog Video)
  • Dual Hot Swappable SATA Storage RAID 0,1,5
  • 9-48V DC Input and Operating Temp.: -40~70°C
  • TPM 2.0

For more information, please visit www.sintrones.com, Products / Edge AI GPU Computing.

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