When businesses upgrade their IT infrastructure to hyperconvergence (HCI), they often hope to cut costs and improve resource utilization by repurposing existing hardware devices like servers. However, this can be challenging in practice as the selected HCI product may not be compatible with the existing hardware or may only be available in a packaged hardware form. Another challenge is managing both legacy and new hardware devices in a unified manner.
Presently, ZBS uses RDMA (remote direct memory access) in two areas: the storage access network and the data synchronization network of internal storage. We have explored access protocols in the previous blog Exploring the Architecture of ZBS – How NVMe-oF Boosts Storage Performance. In this a…
In the article “Exploring the Architecture of ZBS – SmartX Distributed Block Storage”, we explained the communication between the Access (data access component) and the Meta (management component) in ZBS when I/O occurs. This is the latter part of the I/O path.
In this article, we will focus on the former part, i.e., the access protocol layer for communication between the computation side and ZBS. We will first evaluate different access protocols and explain the design and implementation of NVMe-oF in ZBS, and then provide test data of ZBS performance based on different access protocols.
This article is a comparison of Nutanix and SmartX HCI in terms of offerings, storage architecture, and performance. While both Nutanix and SmartX HCI solutions are comprised of similar products based on similar architecture, SmartX HCI clearly outperforms Nutanix HCI in a variety of scenarios.
This article will walk you through the process of using knest to manage Kubernetes clusters step by step.
Users of VMware vSAN may experience issues such as high latency, cache breakdown, and performance degradation. While many factors can contribute to these problems, the design of storage architecture (e.g., I/O path and cache) plays a critical role. If you are troubled in the same way and seeking to upgrade your legacy IT infrastructure, here are some articles that can help you understand how vSAN works and how SmartX, with modernized HCI, can improve cluster performance and make IT simple.
This article compares the I/O paths of VMware vSAN and SmartX HCI by analyzing read and write I/O under various scenarios and their locality probabilities to explain the effects of the I/O path on storage and cluster performance.
In this article, we will discuss issues around multi-tenancy in Kubernetes. In particular, we will thoroughly examine the two implementations of multi-tenancy – cluster sharing and multi-cluster – and provide suggestions for enterprises caught in a bind.
In this article, we will compare the caching mechanisms of vSAN (using vSAN 7 as an example) and SmartX distributed block storage component ZBS*. Following that, a comparison of VM performance based on these two caching mechanisms is performed to disclose their business impacts.
In this article, we will describe the storage architecture of SmartX distributed block storage ZBS, focusing on its key capabilities and how we achieve them.
We introduced the 4 critical capabilities of SmartX HCI in our August webinar, including 1) investment on demand and quick resource allocation, 2) support multiple hypervisors and hardware, 3) support mission-critical applications, and 4) intelligent operations and maintenance with zero downtime. But how does SmartX achieve these critical capabilities?
Today, SmartX releases SMTX Backup & Recovery, a new product that provides backup and recovery solutions and enterprise-level data protection for data center workloads running on SmartX IT infrastructure (including SmartX HCI). SMTX Backup & Recovery 1.0 focuses on backing up virtual machines running on SmartX native ELF virtualization platform, to external NAS servers.
To help readers gain a better understanding of how snapshot works in VM and impacts I/O performance, we will evaluate VMware vSphere snapshots’ and SmartX SMTX OS (SmartX’s core HCI software) snapshot’s technical mechanism. We’ll also compare the snapshot performance of the two software through the test.
As far as we know, the ultimate performance of a distributed storage cluster is physically decided by its hardware configuration. However, if unexpectable problems such as hard disk and node failures happen and trigger the data recovery during business rush hours, users may find themselves facing a hard choice: which should be the priority, accelerating data recovery or optimizing business performance?
Today, we are excited to announce the Virtink project, an open-source and lightweight virtualization add-on for Kubernetes.
Due to the limitation of centralized storage, it’s usually difficult and risky for the IT infrastructure based on legacy virtualization architecture to scale out. Hyperconvergence, on the contrary, enables flexible expansion and on-demand investment as it streamlines the architecture by converging compute virtualization and distributed storage. This is one of the most critical reasons why more enterprises are turning to HCI.
In this article, we focus on SPDK Vhost-user and explain how to leverage this technology to improve the I/O performance of Virtio-BLK/Virtio-SCSI storage in KVM. In particular, we tested vhost-user’s performance on SMTX OS, the SmartX HCI core software.
SmartX, a modern IT infrastructure innovator, has released the HCI Kit Community Edition, a free version of its hyperconvergence product SmartX HCI. The Community Edition includes core HCI software SMTX OS and management platform CloudTower. It is freely available, easy-to-deploy, feature-rich, and community-supported, providing easy access to hyperconvergence for worldwide users.
In this article we would answer these questions by explaining the differences between the hyperconverged and legacy VMware virtualization infrastructure.
As anyone who has worked as an IT infrastructure administrator knows, upgrades of software, hardware, and patches can always be nightmares. This is because IT infrastructure upgrades may incur unexpected problems and cause system outages, which can be a catastrophe to critical business — with a massive loss not limited to revenue and reputation. So most companies would avoid upgrading their IT infrastructure too often.
SmartX has announced the addition of a new Network and Security component to its hyper-converged infrastructure (HCI). With micro-segmentation at its core, the new component aims to help customers secure east-west traffic in various virtualization scenarios, enhance network security inside data centers, and build “zero trust” enterprise cloud infrastructure.
SmartX has released the newest version of SMTX ZBS (version 5.0), an upgrade of its leading distributed block storage product specifically designed and developed for production environments.
Preview version of IOMesh, a cloud-native storage product specifically designed and developed for Kubernetes, was released today. Committed to accelerating the containerization journey of stateful applications such as databases, IOMesh possesses cloud-native characteristics including containerized deployment, automatic operation, declarative APIs, and demonstrates excellent performance: in TPC-C MySQL test under the same hardware conditions and test parameters, IOMesh achieved TPS 2.81 times that of Portworx.
Leading hyperconverged infrastructure (HCI) provider SmartX announced its latest high-performance, low-latency HCI solution and SmartX Halo P series appliance built with SmartX’s core software SMTX OS and Intel® Optane™ persistent memory (PMEM). For the first time in the industry, SmartX has…
SmartX announced that the Container Storage Interface (CSI) driver of its distributed storage platform SMTX ZBS has been added on Kubernetes CSI production drivers list so as to integrate block storage system with Kubernetes containerized environment. Enterprise users can not only leverage SMTX ZBS to build private cloud and hyper-converged infrastructure system, but also introduce persistent storage into stateful applications on Kubernetes.
A recent joint lab testing by SmartX and Intel finds out that SMTX OS, core software of SmartX, combined with Intel 2nd Gen Xeon Scalable Processors and Intel Optane SSD DC P4800X can create a hyperconverged infrastructure that produces significant system performance gains and reduces the latency for low IO queue depth, mission-critical workloads such as Oracle Database.