Ephemeral Local SSDs

Ultra-low latency temporary storage.

Directly attached NVMe SSDs for the lowest possible latency. Sub-100μs reads for caching, scratch space, and temporary data processing.

Local NVMe SSDsnvme0n11 TBnvme1n11 TBnvme2n11 TBnvme3n11 TB< 100 μs2M IOPS

Local NVMe

Type

< 100 μs

Latency

2M+

IOPS

Self-encrypting

Encryption

Fastest temporary storage.

Local NVMe with sub-100μs latency.

Sub-100μs latency

Directly attached NVMe with no network hop. The fastest storage available on any instance.

2M+ IOPS

Over 2 million random read IOPS from a single instance. Up to 4 TB per instance.

Self-encrypting drives

Hardware AES-256 encryption with automatic key management.

Stripe for throughput

RAID 0 stripe across local SSDs for maximum sequential throughput.

Secure erase

Data securely erased on instance termination. No data persistence.

Any instance type

Available on compute-optimized and storage-optimized instance families.

Getting started

Launch your first instance in three steps. CLI, console, or API — your choice.

Terminal
ur compute instances create my-vm \
  --machine-type=n2-standard-8 \
  --local-ssd-count=2

Ephemeral storage patterns.

Caching and scratch space.

High-speed caching

Redis, Memcached, and application caches with sub-100μs latency.

View tutorial

Suggested configuration

Local NVMe · 2M IOPS · Ephemeral

Estimate your costs

Create detailed configurations to see exactly how much your architecture will cost. Pay for what you use, down to the second.

Configuration 1

Estimated: $220.24/mo

Platform & Architecture

Compute Resources

GB

Storage

GB

Cost Optimization

Preemptible InstanceSave up to 70% — may be reclaimed
Config 1 cost$220.24

Cost details

$220.24

Ephemeral storage — data lost on instance stop/delete.

Configuration 1
$220.24
4 vCPU × 16 GB Compute$210.24
Persistent Storage$10.00

Works seamlessly with

Compute
Kubernetes
Monitoring
KMS
Logging
Databases

Frequently asked questions

Fastest temporary storage.

Local NVMe with sub-100μs latency and 2M+ IOPS.