Akamai / Linode vs Liquid Web

Linode and Liquid Web serve different segments of the infrastructure market, with Linode functioning as a broad-spectrum IaaS provider and Liquid Web focusing on mid-tier managed compute. Linode’s entry point starts at $5.00/mo for 1 GB of RAM and 20 GB of storage, scaling all the way up to high-density $6307.20/mo instances featuring 512 GB of RAM and 256 vCPU cores. Liquid Web maintains a much tighter, higher-priced range, beginning at $25.00/mo for 2 GB of RAM and 40 GB of storage, topping out at $99.00/mo for 16 GB of RAM and 8 vCPU cores. While Linode leverages modern AMD EPYC hardware for their high-end instances, Liquid Web targets users who prioritize consistent, smaller footprints over extreme vertical scaling.

• Linode charges $0.01/GB for excess bandwidth, while Liquid Web doubles that penalty to $0.02/GB.
• Both providers align on local storage overages, charging a standard $0.10/GB for any capacity exceeding the base allocation on your NVMe or SSD volumes.
• Liquid Web provides a baseline 10000 GB of egress across all plans, whereas Linode’s bandwidth scales dynamically from 1000 GB up to 20000 GB based on the instance size.
• The memory ceiling is significantly higher on Linode, allowing for memory-intensive workloads that require up to 512 GB, which is not an option within Liquid Web’s current hardware catalog.

Choosing between these two comes down to your scaling requirements and the necessity of high-capacity compute. Linode is the logical choice for teams that need to scale from lightweight microservices up to massive, multi-core database clusters on the same network backbone. Liquid Web functions as a static environment for applications that fit comfortably within a defined, mid-range resource envelope where you do not anticipate needing to expand beyond their 16 GB RAM limit. If your roadmap involves unpredictable growth, the flexibility of Linode’s resource spectrum avoids the architectural wall you might hit using Liquid Web’s limited hardware tiers.