Operations in the latest version of Turbo linux

We need to learn a lot when using the Turbo linux system. Next, let's take a look at the solutions to the problems in detail. I hope you will gain some benefits. Turbo linux 11.3 (GreatTurbo Enterprise Server 11.3) was officially released.

This is the latest version of the Turbolinux server operating system. Its features are described as follows: x86, Intel EM64T, AMD64, and Itanium architectures are supported and optimized for Intel Nehalem 8-core processors.

Supports common IA server platforms on the market.

Supports FCoE, iSCSI, and Infiniband technologies.

RHEL5.4 is fully compatible with RHEL5.4. Even drive Disks Made by hardware vendors for RHEL5.4 can be directly used on GTES11.3 without any modification.

Ease of use in Turbo linux

Easy deployment: the simple installation wizard and unattended installation mechanism Save the workload of deploying the system and achieve fast delivery.

The integrated system cloning tool can be used to clone the configured operating system and software as a template to facilitate the application to other servers or recover the software in the future.

Easy to manage: the unified control panel and centralized network management tools help you easily configure and manage the system by clicking the mouse.

Online update: Turbolinux provides a software repository and online component installation and update services over the Internet.

Application Support: provides a third-party software pre-installation environment and Application Deployment Wizard to simplify the complexity of deploying commercial applications, improve implementation efficiency, and reduce overall implementation costs.

Scalability of Turbo linux

Supports up to 256 logical CPUs and 2 TB memory, as well as common file systems such as EXT3, EXT4, ReiserFS, XFS, JFS, NTFS, and FAT32.

Supports GFS2 and OCFS2 cluster file systems to achieve concurrent data operations, while improving performance and ensuring scalability and availability.

The built-in Xen and KVM Virtualization Technologies help enterprises make full use of hardware resources, reduce energy consumption, and control costs.

Hadoop distributed computing framework: the Core design of Hadoop is MapReduce and HDFS, which features scalability, reliability, and efficiency,

It is suitable for processing and storing massive data.

Interoperability of Turbo linux systems

Windows File System: Fuse supports NTFS file system, which allows you to conveniently operate data in Windows and migrate data between systems.

Windows Network: Use Samba to connect to a Windows Network for Mutual access and resource sharing.

Unix Network: GTES11 supports NFS network file systems of different versions to achieve interoperability with various Unix and Linux systems.