of the manual is available online at the Ubuntu Documentation website2. 1 https://help.ubuntu.com/18.04/installation-guide/ 2 https://help.ubuntu.com 1 Introduction 1. Support There are a couple of quick overview of installing Ubuntu 18.04 LTS Server Edition. For more detailed instructions, please refer to the Ubuntu Installation Guide1. 1 https://help.ubuntu.com/18.04/installation-guide/ 3 Installation explains various aspects to consider before starting the installation. 1.1. System Requirements Ubuntu 18.04 LTS Server Edition supports four (4) major architectures: AMD64, ARM, POWER8, LinuxONE and z Systems

7.1.3 20.06 NVIDIA CUDA 11.0.167 1.6.0a0+9907a3e TensorRT 7.1.2 20.03 1.5.0a0+8f84ded 20.02 18.04 NVIDIA CUDA 10.2.89 1.5.0a0+3bbb36e TensorRT 7.0.0 PyTorch Release 23.07 PyTorch RN-08516-001_v23 0a0+17f8c32 20.10 NVIDIA CUDA 11.1.0 1.7.0a0+7036e91 TensorRT 7.2.1 20.09 1.7.0a0+8deb4fe 20.08 18.04 NVIDIA CUDA 11.0.3 1.7.0a0+6392713 TensorRT 7.1.3 PyTorch Release 23.06 PyTorch RN-08516-001_v23 NVIDIA CUDA 10.2.89 1.4.0a0+174e1ba 19.10 1.3.0a0+24ae9b5 19.09 1.2.0 TensorRT 6.0.1 19.08 18.04 NVIDIA CUDA 10.1.243 1.2.0a0 including upstream commits up through commit 9130ab38 from July 31

}Copyright © 2020 Bob Steagall K E W B C O M P U T I N G Testing Methodology – Platforms • Ubuntu 18.04 on Cascade Lake • GCC 10.2, all code compiled with -O3 –mavx512 -march=skylake • Clang 10.0.1, all 2018Copyright © 2020 Bob Steagall K E W B C O M P U T I N G Testing Methodology – Platforms • Ubuntu 18.04 Core i9 • GCC 9.3, all code compiled with -O3 -mavx2 -march=skylake • Clang 10.0.1, all code compiled iconv() CppCon 2018 125Copyright © 2020 Bob Steagall K E W B C O M P U T I N G GCC 9.3 – Ubuntu 18.04 – Core i9 – UTF-32 126 CppCon 2020 - Adventures in SIMD Thinking 3104 2941 3044 2861 2711 2783

simply typing a few commands at terminal. Installation packages are provided for Ubuntu16.04, Ubuntu18.04, Debian9, CentOS7 and Raspbian-stretch currently. The supported platforms are amd64, i386, armv7l `error`. Device connect to Hub Service Statement: The operating system used in this test is Ubuntu 18.04 The MQTT.fx and MQTTBox are used as MQTT Clients, MQTT.fx for TCP and SSL connection test and MQTTBox transferring among devices with Hub Service Statement The operating system used in this test is Ubuntu 18.04 The MQTTBox is used as MQTT client in this test Different from Device connect to Hub Service, if

simply typing a few commands at terminal. Installation packages are provided for Ubuntu16.04, Ubuntu18.04, Debian9, CentOS7 and Raspbian-stretch currently. The supported platforms are amd64, i386, armv7l 7 Device connect to Hub Service Statement: • The operating system used in this test is Ubuntu 18.04 • The MQTT.fx and MQTTBox are used as MQTT Clients, MQTT.fx for TCP and SSL connection test and transferring among devices with Hub Service Statement • The operating system used in this test is Ubuntu 18.04 • The MQTTBox is used as MQTT client in this test Different from Device connect to Hub Service,

offline copy of the current version of this site: Ubuntu 20.04 LTS (Focal Fossa) and later: PDF Ubuntu 18.04 LTS (Bionic Beaver): Web and PDF Navigation Navigation Level Path Navlink 0 Introduction 0 1 Ubuntu 16.04 LTS can upgrade to Ubuntu 18.04 LTS, but cannot jump directly to Ubuntu 20.04 LTS. To do this, the user would need to upgrade twice: once to Ubuntu 18.04 LTS, and then upgrade again to Ubuntu LTS to the next LTS release are only available after the first point release. For example, Ubuntu 18.04 LTS will only upgrade to Ubuntu 20.04 LTS after the 20.04.1 point release. If users wish to update

simply typing a few commands at terminal. Installation packages are provided for Ubuntu16.04, Ubuntu18.04, Debian9, CentOS7 and Raspbian-stretch currently. The supported platforms are amd64, i386, armv7l Device connect to Baetyl with Hub service Statement: • The device system used in this test is Ubuntu 18.04 • MQTT.fx and MQTTBox are MQTT Clients in this test, which MQTT.fx used for TCP and SSL connection with Local Hub Service Statement • The operating system as mentioned in this document is Ubuntu 18.04. • The MQTT client toolkit as mentioned in this document is MQTTBox. NOTEDarwin can install Baetyl

simply typing a few commands at terminal. Installation packages are provided for Ubuntu16.04, Ubuntu18.04, Debian9, CentOS7 and Raspbian-stretch currently. The supported platforms are amd64, i386, armv7l Device connect to Baetyl with Hub service Statement: The device system used in this test is Ubuntu 18.04 MQTT.fx and MQTTBox are MQTT Clients in this test, which MQTT.fx used for TCP and SSL connection test devices with Local Hub Service Statement The operating system as mentioned in this document is Ubuntu 18.04. The MQTT client toolkit as mentioned in this document is MQTTBox. NOTE：Darwin can install Baetyl

• Systems – Top6 Linux Distributions and even more based on your requirement – Include Ubuntu 18.04-22.04, Deepin 20.8+, Fedora 37+, Mint 21.1+, Kali, Manjaro • Features 12 欢迎加入 Linux Lab 用户组，联系微信：tinylab，公众号：泰晓科技 distributions. Such a type of rootfs has been introduced and has been released as docker image, ubuntu 18.04 is added for arm32v7 at first, more later. Run it via docker directly: 1 $ docker run -it tinylab/arm32v7-ubuntu disk * Support Ubuntu 18.04-21.04, Deepin 20.2+, Fedora 34+, Mint 20.2+, Ezgo 14.04+, Kali, Manjaro – Pocket Linux Disk, pre-installed Linux distribution disk * Support Ubuntu 18.04-21.04, Deepin 20.2+

• Systems – Top6 Linux Distributions and even more based on your requirement – Include Ubuntu 18.04-22.04, Deepin 20.5+, Fedora 34+, Mint 20.2+, Kali, Manjaro • Features – Boot from any powered-off distributions. Such a type of rootfs has been introduced and has been released as docker image, ubuntu 18.04 is added for arm32v7 at first, more later. Run it via docker directly: 1 $ docker run -it tinylab/arm32v7-ubuntu disk * Support Ubuntu 18.04-21.04, Deepin 20.2+, Fedora 34+, Mint 20.2+, Ezgo 14.04+, Kali, Manjaro – Pocket Linux Disk, pre-installed Linux distribution disk * Support Ubuntu 18.04-21.04, Deepin 20.2+