NetApp NVMe Solutions. Our end-to-end NVMe-FC SAN solutions deliver the highest throughput and fastest response times yet for your enterprise workloads. Why NetApp NVMe? Tangible, real-world impact for your business. Being first to market only matters when it has tangible benefits for customers. And that's what NetApp is all about.

我们率先推出了端到端 nvme/fc，现在作为唯一一家提供 nvme/tcp 的主要供应商，我们正在开拓另一条新的道路。 借助 NetApp AFF A 系列系统，您可以获得所有优势，这些系统将继续为您的混合云部署提供性能至上的基础。

NVMe (nonvolatile memory express) is a new storage access and transport protocol for flash and next-generation solid-state drives (SSDs) that delivers the highest throughput and fastest response times yet for all types of enterprise workloads.

You can use the non-volatile memory express (NVMe) protocol to provide storage in a SAN environment. The NVMe protocol is optimized for performance with sol...

NetApp ® ONTAP ® 目前提供基于光纤通道的 NVMe 支持。 鉴于光纤通道在性能与可靠性方面展现出的卓越优势，以及其对于网络结构下分区与命名服务的强大支持能力，许多企业都以光纤通道为核心构建了其整个基础架构。

NetApp 的端點對端點 NVMe-FC SAN 解決方案可協助您因應最嚴苛的 SLO 目標與商業挑戰，讓您的企業工作負載獲得快速的回應時間。 BlueXP 登入 解決方案與產品

您的 Data Fabric 采用 NetApp ® ONTAP ® 9 横向扩展架构，无需叉车式升级，即可添加 NVMe 等新技术。您甚至可以在许多现有 SAN 部署中启用基于光纤通道的 NVMe (NVMe/FC)，只需为部分 AFF A 系列全闪存阵列型号更新软件即可。

2023年6月21日 · You can also refer to the official NetApp NVMe-oF Host Configuration for ESXi 8.x with ONTAP guide here. At a high level, the process is fundamentally like this: Create or configure an SVM. Create or configure LIFs. Enable VMkernel port(s) for NVMe/TCP. Add NVMe/TCP software adapter(s). Add an NVMe subsystem. Add NVMe controller(s).

Beginning with ONTAP 9.4, the non-volatile memory express (NVMe) protocol is available for SAN environments. FC-NVMe uses the same physical setup and zoning practice as traditional FC networks but allows for greater bandwidth, increased IOPs and reduced latency than FC-SCSI.

the arrival of NVMe over Fabrics (NVMe-oF), NVMe’s performance and latency benefits now extend across network fabrics such as Ethernet, Fibre Channel, and InfiniBand. NVMe-oF adds support for a front-end storage interface, greater distances within a data center over which NVMe devices and subsystems can communicate, and the