HB368rs_v5 by Microsoft Azure
(All-cores)
(Single-core)
Specifications
Server Metadata
Vendor ID | azure |
Server ID | Standard_HB368rs_v5 |
Name | HB368rs_v5 |
API Reference | Standard_HB368rs_v5 |
Description | HBv5 family [RDMA capable] [Premium Storage capable] [Intel processor] 368 vCPUs |
Family | HBv5 |
Hw Virt | - |
Status | active |
Observed At | 2026-08-01T20:41:41.685669 |
Availability
| REGION / ID | SPOT | ONDEMAND |
|---|---|---|
Central US (US) / centralus | 3.659 USD/h | 19.8 USD/h |
East US (US) / eastus | 3.659 USD/h | 19.8 USD/h |
South Central US (US) / southcentralus | 4.3908 USD/h | 23.76 USD/h |
Sweden Central (SE) / swedencentral | 4.7571 USD/h | 25.742 USD/h |
Processor
vCPUs | 368 |
Hypervisor | Microsoft Hyper-V |
CPU Allocation | Dedicated |
CPU Architecture | x86_64 |
System Resources and Accelerators
| MEMORY | |
|---|---|
Memory Amount | 448 GiB |
| GPU | |
|---|---|
GPU Count | 0 |
GPU Memory Min | 0 MiB |
GPU Memory Total | 0 MiB |
GPUs |
| STORAGE | |
|---|---|
Storage Size | 15851 GB |
Storages |
|
| NETWORK | |
|---|---|
Inbound Traffic | 0 GB/month |
Outbound Traffic | 0 GB/month |
IPv4 | 0 |
Server Description
A high-density compute instance featuring 368 dedicated vCPUs, massive local storage, and RDMA networking for parallel clustered workloads.
Microsoft Azure HB368rs_v5 is a high-density compute instance from the HBv5 family, built on the x86_64 architecture and managed via the Microsoft Hyper-V hypervisor. It features 368 dedicated vCPUs powered by an Intel processor, paired with 448.0 GB of system memory. This allocation yields a low memory-to-core ratio of 1.22 GB, prioritizing raw parallel processing power over memory capacity. The instance includes 15851 GB of local storage, supports Premium Storage, and features RDMA capabilities for low-latency cluster networking. It does not contain any GPU accelerators. This hardware profile is designed for highly parallelized, compute-intensive workloads such as engineering simulations and high-performance computing clusters where massive local storage and rapid node-to-node communication are required, while the low memory-per-core ratio represents a deliberate tradeoff to optimize compute density and cost efficiency.
Economics
Alternatives
Servers of the Same Family
| INSTANCE | vCPUs | MEMORY | GPUs |
|---|---|---|---|
| HB368-48rs_v5 | 48 | 448 GiB | 0 |
| HB368-96rs_v5 | 96 | 448 GiB | 0 |
| HB368-144rs_v5 | 144 | 448 GiB | 0 |
| HB368-192rs_v5 | 192 | 448 GiB | 0 |
| HB368-240rs_v5 | 240 | 448 GiB | 0 |
| HB368-288rs_v5 | 288 | 448 GiB | 0 |
| HB368-336rs_v5 | 336 | 448 GiB | 0 |
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