atlas
c Compute
5 Generation 5
d Local NVMe
.
xlarge 4 vCPU · 8 GiB

$167/mo

On-demand in Tel Aviv

4 vCPU

Xeon Skylake, 3.4 GHz

8 GiB

2 GiB per vCPU

100 GB NVMe

Local storage

Up to 10 Gbps

Network bandwidth

Up to 2.25 Gbps

EBS bandwidth

x86_64

Architecture

Every way to pay

Prices in Tel Aviv. Bars are relative to on-demand.

PlanMonthlyYearlySaves

On-demand

Pay by the second, no commitment

$167$2,006

Reserved, 1 yr

No upfront, this size and region

$105$1,261−37%

Reserved, 3 yr

No upfront, this size and region

$72.27$867−57%

What will it cost me?

Enter how you plan to run it.

× c5d.xlarge, on-demand

/mo

a year

You run these most of the time. A 1-year reservation bills every hour, and would still cost /mo.

Same usage on each planMonthlyYearly
On-demand
Reserved 1 yr
Reserved 3 yr

Reservations bill every hour of the month, whether the instance runs or not.

Other sizes in this family

Price roughly doubles with each step. Pick a size to open it.

Price in every region

Cheapest in US East (N. Virginia). Moving from Tel Aviv would save $324 a year per instance.

Not offered in Calgary , Central , Malaysia , New Zealand , Thailand , Taipei .

Same shape, other families

Every instance with 4 vCPU · 8 GiB in Tel Aviv, ranked by price.

InstanceProcessorGenerationLocal diskPrice/movs c5d.xlarge
c6g.xlargeGraviton2Gen 6EBS only$112−33%
c7g.xlargeGraviton3Gen 7EBS only$119−29%
c8g.xlargeGraviton4Gen 8EBS only$131−22%
c6i.xlargeXeon Ice LakeGen 6EBS only$140−16%
c7i.xlargeXeon Sapphire RapidsGen 7EBS only$147−12%
c5.xlargeXeon SkylakeNewestEBS only$147−12%
c6gn.xlargeGraviton2Gen 6EBS only$150−10%
c5d.xlargeXeon SkylakeGen 5100 GB NVMe$167—
c6id.xlargeXeon Ice LakeGen 6237 GB NVMe$175+5%
c6in.xlargeXeon Ice LakeGen 6EBS only$196+17%

Specifications

API name
c5d.xlarge
Processor
Intel Xeon Platinum 8124M
Local storage
1 × 100 GB NVMe
Family
Compute optimized
Clock speed
3.4 GHz
Network
Up to 10 Gbps
Generation
Gen 5
Architecture
x86_64
EBS bandwidth
Up to 2.25 Gbps
vCPUs
4
Memory
8 GiB
GPUs
None