Georgy Gilyarovskiy’s Post

Did you catch our big news earlier this week? AVIVA has announced the industry’s first asymmetrical Ethernet devices for #Automotive #AI and #ADAS applications based on the #AutomotiveSerDesAlliance Motion Link Ethernet (ASA-MLE) draft specification. If you are attending #AutomotiveEthernetCongress next week, stop by Booth C7 to learn how these devices enable significant reduction in complexity, weight and cost of the wiring harnesses, while delivering new features such as time-stamp based precise synchronization, ultra-low latency, low power consumption and state-of-the-art security. Read more here: https://ow.ly/GRua50QJWh5.

YieldPoint's Blu900 ecosystem is a bridge between our digital instruments and a 900MHz wireless mesh that leverages Bluetooth 5.0 for short range data transmission. Only an Android device is needed to configure and monitor the entire mesh. 8 Bluetooth beaconing and logging devices per node, 16 nodes per Blu900 mesh: 128 instruments can be serviced by a lone Blu900 mesh network. The Bluetooth logger and the Blu900 logging node are battery powered, the gateway is AC/PoE powered mesh network. The Blu900 node is a fully functioning datalogger and can buffer 1000s of readings if the 900MHz mesh is unavailable. Vibrating Wire sensors and some analog sensors can also be integrated into the system. https://lnkd.in/gF8c942z

This is our new AI Tracking PTZ camera: 4K/1080P60 12X/20X/30X Optical Zoom with HDMI, USB3.0, NDI/IP(POE), 3G-SDI, Line in, Line out, USB2.0, Kingston anti-theft, etc., supports Audio and Video output at the same time, built-in microphone (can be used as a microphone in Zoom meetings), with USB2.0, RS232 in, RS232 out, RS485, Line in, Line out, Kingston anti-theft, IR control, supports multiple network protocols and control protocols. Extreme quiet Pan/Tilt movement.

Dex in vehicle is reshaping how agencies access information at their fingertips! See how Dex can provide in-vehicle computing with enhanced communication and streamlining tasks all while reducing costs!

Analyzing 𝗧𝗶𝗺𝗲-𝗦𝗲𝗻𝘀𝗶𝘁𝗶𝘃𝗲 𝗡𝗲𝘁𝘄𝗼𝗿𝗸𝗶𝗻𝗴 (TSN) requires specialized capture tools like the Profishark 1G. With TSN standards used in audio and video bridging, automotive applications, and industrial processes like robotic applications, ProfiShark helps meet capture requirements: ⦿ Suitable for IEEE 802.1AS and 1588 v2 through minimal in-line latency and jitter ⦿ ProfiShark 1G is capable of capturing any type of frame, including preempted frames (IEEE 802.1Qbu/802.3br), fragmented and CRC-invalid frames ⦿ Integration with Wireshark Foundation allows proper dissection of L1 frames. Once dissected, the additional L1 data is displayed in the Packet detail view and doesn’t conflict with higher protocols Read the full feature brief here: https://hubs.la/Q02gVccm0 #tsn #packetcapture #wireshark

Tuya JSON specification - how to get smart device IO template automatically?: Automatic Tuya JSON extraction allows you to automatically configure the GPIO template of your smart device. Unlike in Tasmota, where all GPIO probing has to be done manually, OpenBeken flasher BK7231GUIFlashTool is able to extract the Tuya GPIO roles, so it can automatically tell which pin is used for relay, which pins are used for PWMs, which baud is used for TuyaMCU, etc.The usage of this feature has been presented already in our video: Today I am going to show you few more details about the Tuya JSON inner working.Let's start...

🔍 Uncover the secrets of USB4/TBT3 Sideband (SB) Channel (SBTX / SBRX) with our introduction video! 🎥 Join us as we dive deep into the world of signal decoding using Acute's powerful TravelBus3016F Logic Analyzer, which is a 16-channel logic analyzer capable of capturing signals up to 50MHz, and is able to decode more than 70 protocols. 🛠️Whether you're a seasoned engineer, a tech enthusiast, or just curious about the inner workings of digital signals, this video is packed with insights that will expand your understanding.🔗✨ #USB #USB4 #thunderbolt3 #sideband #Logic #Analyzer #protocol

SAE J1939-22: Features and Improvements of CAN-FD-Based J1939 The SAE J1939-22 standard addresses the issue of limited bandwidth for future data-demanding applications when using Classical CAN as the hardware layer. The proposed solution is CAN FD, which enables larger data frames and higher transmission speeds. However, the originally envisioned backward compatibility has not been achieved. https://lnkd.in/ejF7fRz8 #canfd #classicalcan #j1939 #fleetmanagment #network #dieselengine #canbus

The ISE70 #PressureSensor provides continuous quantitative values, as well as switched digital outputs when pressure set points are met. This sensor is also #IOLink compatible. Sensor information, such as identity, functional state, cable connection, and current or switch values can be set or monitored remotely though an IO-Link master, and connected to a fieldbus network. Learn more at https://ow.ly/PxfL50Sn8Yf