NXP Semiconductors’ Post

NXP S32N55 processor first super-intergration chip with consolidate all critical fucntion of automotive in single chip and capability to process in real time

xiRAID Classic 4.1 is here and it's a big one! The standout feature? High Availability (HA) Clustering. xiRAID now supports HA clustering, which means your data is safer and more accessible than ever. If one node fails, no problem! xiRAID components will automatically migrate to other operational nodes, ensuring you never experience downtime. #xiRAID #Xinnor #HighAvailability #DataIntegrity #zerodowntime #SoftwareRAID #Innovation #ClusterComputing

This is how next generation chips will be cooled thanks to targeted flow or hybrid #immersioncooling. A combination of traditional + precision immersion cooling in the same tank. In the video you can see a Supermicro server with two nodes running at full blast, each containing an NVIDIA 1000W GH200 Superchip in one single server unit (1U). If you missed it, we’ll be showcasing this and much more at #sc24 https://lnkd.in/dJ__UMDY At #sc24 we’ll be showcasing the Submer SmartPod EXO platform with #targetedflow upgrade, allowing you to deploy up to 50 of these systems in a single immersion tank.

The Synology WRX560 is a top choice for all-around Wi-Fi performance. With strong signal strength and superior throughput on both radio bands, this dual-band Wi-Fi 6 router also offers multi-gig networking and robust parental controls. Its file transfer performance could be improved, but it's otherwise an excellent, feature-rich mainstream router. #SynologyWRX560 #WiFi6 #Router

xiRAID Classic version 4.1 is here. Finally, it is possible to deploy NVMe in high availability, to survive not only multiple drive failures, but even an entire server node failure. No need to use slow and expensive SAS SSD anymore. It's time to fully embrace the speed of NVMe, even for mission critical applications #nvme #highavailability #performance #raid #xiRAID #xinnor

If you're leaving SC'24 inspired by what you saw, and you want to just get started playing with something new, then you can watch this latest Tech Short which shows you how to spin up an AMD cluster in 15 mins, complete with fast filers, MPIs and all the stuff you care about. Ready to explore .. and break things. Get busy exploring - you're only ever 15 minutes away from recovering what you broke. Best way to learn. https://buff.ly/4fY2JnV

It's Day 1 of the #Chiplets: Building the Future of SoCs virtual event! 🎉 Join us today as we look at chiplet definitions, standards, and technologies. Check it out ➡️ http://arw.li/6041cHjCS #ChipletsVirtualEvent

Growing weary of repetitive clock maintenance, inconsistent time, and unattractive wires? Switch to Primex OneVue Sync for online clock status, guaranteed coverage, and wireless clocks. https://lnkd.in/e3vWiQ8x

🚨 Announcing: support for AV1, VP9, and H.265. Only in Foxglove! 🚨 With the release of 2.19 Foxglove adds support for AV1, VP9, and H.265, extending codec support beyond H.264. We’re particularly excited about supporting all four leading codecs, both natively and directly in the browser. By embracing the strengths of each codec, Foxglove is delivering unparalleled flexibility, enabling you to choose the optimal solution for your specific needs. You can now choose between the codec being used—“h264,” “h265,” "vp9", or “av1”—and define it in the format field of the foxglove.CompressedVideo message schema. Populate the data field with the appropriate units: NAL units in Annex B format for H.264 and H.265, or OBUs for VP9 and AV1. Each message should contain enough packets to decode exactly one video frame. Link to read the full blog in the comments 👇

Thrilled to see Foxglove's new support for H.265, VP9, and AV1 video codecs in action! Honored to share how these advancements enhance video quality and performance for robotics applications. See: https://lnkd.in/g5XBN4Y7