Supermicro is best known for server hardware, but the vendor makes some of the fastest motherboards. Granted, server mom boards don’t have to worry much about the second most popular motherboard use: overclocking. IoT Edge Computing with Xilinx and Mellanox
Attendees at the Xilinx Developer Forum in 2017 heard about edge computing. For those who don’t know, that term refers to computing at the edge of networks instead of data centers. Most frequently, edge computing involves small devices such as cell phones and IoT devices sending information to data centers for analysis instead of immediately analyzing the data on-site. There are a couple of reasons for this. First, many IoT devices aren’t powerful enough to handle all of the analysis on-site; second, connecting back to a data center via WAN can be faster than doing everything locally; and third, some companies won’t let IoT devices connect directly back to their internal networks. IoT Edge Computing with Xilinx and Mellanox
Attendees at the Xilinx Developer Forum in 2017 heard about edge computing. For those who don’t know, that term refers to computing at the edge of networks instead of data centers. Most frequently, edge computing involves small devices such as cell phones and IoT devices sending information to data centers for analysis instead of immediately analyzing the data on-site. There are a couple of reasons for this. IoT Edge Computing with Xilinx and Mellanox – Meetup
Attendees at the Xilinx Developer Forum in 2017 heard about edge computing. For those who don’t know, that term refers to computing at the edge of networks instead of data centers. Most frequently, edge computing involves small devices such as cell phones and IoT devices sending information to data centers for analysis instead of immediately analyzing the data on-site. There are a couple of reasons for this.
IoT Edge Computing with Xilinx and Mellanox
Attendees at the Xilinx Developer Forum in 2017 heard about edge computing. For those who don’t know, that term refers to computing at the edge of networks instead of data centers. Most frequently, edge computing involves small devices such as cell phones and IoT devices sending information to data centers for analysis instead of immediately analyzing the data on-site. There are a couple of reasons for this.
First Look: Supermicro’s 12-Bay 2U Storage Server Solution
Supermicro announced a new 2U storage server solution to its line-up of products that can be used by data centers and enterprises looking for large-scale storage arrays. The new solution is the Storage Server 2028R-E1CR24H, which can house 12 3.5” hot-swappable hard disks with up to 12TB capacity each. IoT Edge Computing with Xilinx and Mellanox
Attendees at the Xilinx Developer Forum in 2017 heard about edge computing. For those who don’t know, that term refers to computing at the edge of networks instead of data centers. Most frequently, edge computing involves small devices such as cell phones and IoT devices sending information to data centers for analysis instead of immediately analyzing the data on-site. There are a couple of reasons for this.
First Look: Supermicro’s 12-Bay 2U Storage Server Solution
Supermicro announced a new 2U storage server solution to its line-up of products that can be used by data centers and enterprises looking for large-scale storage arrays. IoT Edge Computing is Ready for Production
Keeping up with the growing demand for the Internet and mobile gadgets has challenged many companies. While most businesses don’t want to take on the enormous task, Apple has been doing it so well that other companies are starting to take notice. The mobile industry is increasing, and every tech company is working on ways to keep up with all of the latest trends. One Thousand Cores Is Not Enough: 10nm CPU From AMD Coming In 2018 With 1TB/s of Bandwidth and 64 Cores.
