AWS Outposts: A hybrid approach to designing hybrid environments—Part Three

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Amazon Web Services® (AWS) Outposts is ideal for workloads that require low latency access to on-premises systems, local data processing, or local data storage. In Part three, we wrap up with ordering an AWS Outposts unit.

This three-part series examines the following topics:

  • Why AWS Outposts is relevant in today’s technology ecosystems
  • How you can leverage Outposts to create hybrid environments
  • What makes up an Outposts’ data rack
  • What does it cost to incorporate this technology into your environment
  • How to begin your Outposts journey by setting up a site

If you haven’t already seen them, read Part one of this series, and Part two of this series, before reading this installment.

Ordering an Outpost Unit—What goes into creating a new Site

There is quite a bit of information required before you ever see the AWS truck backing up to your loading ramp with an Outpost rack, and the first step is to create a New Site through the AWS console. After you log into Amazon, select the Outpost service, which lives under the Compute service submenu.

On the creation page, enter an Outpost name, an optional description, a Site ID, and an Availability zone. If this is your first time creating an Outpost, you can’t go any further because your Site ID drop-down slot is empty. As luck would have it, a Create Site button is right beneath the Site ID drop-down, so you do not have to look too hard to find it. The site ID brings you to a new page, which starts you along the path of defining the Outpost site. As you might expect, the list of questions is quite extensive.

First Set Of Questions

The first series of questions concerns the shipping address where you plan to install the Outposts unit. This might go without saying, but Amazon will not deliver an Outpost rack to a PO box. After you have cleared the relatively straight-forward question about the delivery address, the questions increase in complexity.

Second Set Of Questions

The second question requires a simple yes or no response, focusing on the facility’s air conditioning, humidity, and airflow conditions. No amount of AWS magic can keep a server rack from overheating in a space with inadequate cooling.

I still have a burn scar on my left forearm from where my server racks ran over the weekend aboard a navy ship with no AC, back in the early 2000s. By the time I arrived on Monday morning, the walls were literally sweating, and the server rack was so hot it scorched my arm.

Obviously, AWS would like to ensure that you don’t put their equipment in that sort of peril, before agreeing to drop one off at your facility.

Key questions
  • Temperature range of 41° to 104° F (5° to 40° C)
  • Humidity Range 10° F (-12° C) 8% Relative Humidity to 70°F (21° C) and 80% Relative Humidity
  • Airflow – Front to Rear, 162 Cubic Feet Per minute times the kVA draw of the Outpost Rack

Third Set Of Questions

The third grouping of questions requires a simple yes or no response and focuses on the facility’s clearance requirements.

Key questions
  • Loading dock can accommodate rack crate (94” high by 54” wide by 48” deep)
  • Access path from Loading Dock to Rack install location
  • 48” or more clearance in front of rack & 24” of clearance behind the rack, at the install location

Fourth Set Of Questions

The fourth series of questions concerns rack position requirements. This information ranges from the weight restrictions to basic physical security constraints, such as bringing an AWS laptop into the facility.

Key questions
  • Max Weight Supported at Install Site
  • Bracing Requirements
  • Use of AWS owned equipment while onsite

Fifth Set Of Questions

The fifth grouping of questions focuses on power. This section requires you to consult a power specialist or datacenter facility manager to answer. Even the savviest data center engineers are typically tripped up by the power aspects of data center racks. Failing fast may be a great option in cloud design, but failing fast when dealing with power can have explosive results … literally. These power-related questions provide AWS with the data they need to select the appropriate UPS and PDUs to power the device correctly and allow for a graceful shutdown in the event of an emergency.

Key questions
  • Power Draw
  • Breaker Location
  • Single Phase AC (200v – 277v, 50-60Hz) vs Three Phase AC (346v – 480v, 50-60Hz

Sixth Set Of Questions

The last set of questions pertains to the networking capabilities that you have and expect to use for your Outpost rack. Unlike the data center’s power and cooling properties, you can likely determine this information by speaking to a network engineer. The networking questions are relatively simple, and you need these details to ensure AWS incorporates the correct network interface cards into the build.

Key questions
  • Uplink Speed (1Gbps, 10Gbps, 40Gbps, 100Gbps)
  • Fiber Type (Single-mode or Multi-Mode)
  • Optical Standard

Complete Your Site Creation

After you complete the questionnaire, you are ready to finalize your site creation. Enter a name for your site, enter an optional description, and select Create Site to complete the process successfully. If you recall, earlier, you could not move forward with site creation without a pre-populated site. However, at this juncture, your drop-down box should display the site you just finished creating, and you can move on to choosing your instance bundle. The bundle is simply the many build options available based on your compute and storage needs. You can find a full list of the available bundles at

After you complete these steps, AWS will send an Outpost unit loading rack to your data center along with a team of AWS engineers. There are additional steps to configuring the unit to interoperate with your AWS cloud infrastructure, but that falls outside of this blog’s scope. For clients interested in learning more about acquiring an AWS Outposts unit, I recommend reaching out to your preferred AWS partner for more details.


AWS Outposts is a truly unique offering from our partners at Amazon. While it might not be a perfect fit for every situation, Outposts has a lot to offer for clients trying to up their hybrid game. When combined with the ever-growing arsenal of AWS cloud-native tools, Outposts can leverage cloud technology from the confines of a customer-owned data center.

Here are my top ten takeaways from my review of this new AWS Service:

  1. AWS Outposts extends access to cloud-native services from within your local datacenter.
  2. Outposts seamlessly bridges on-premises networks with AWS VPCs and availability zones.
  3. Outposts is a fully managed service, and the ownership and operation of the delivered hardware fall to AWS.
  4. AWS Outposts costs you a minimum of $6,965 per month, not counting associated charges for other AWS services. You might find discounting programs or special pricing to adjust the price.
  5. AWS leverages numerous Hardware Technology partners and independent software vendors (ISVs) to create a cohesive Outpost unit.
  6. Creating an AWS Outpost site via the AWS console requires knowledge of the physical space housing the rack, power, cooling, airflow, and networking.
  7. AWS Outposts is proof that Amazon innovation focuses on providing a solution for every outcome and need, not just ones that address the vast majority of user requirements.
  8. Outposts offers a wide range of instance bundles, including General Purpose, Compute Optimized, Memory Optimized, Graphics Optimized, and I/O Optimized instance types.
  9. Outposts offers a wide range of local services, including EC2, ECS, EKS, EBS, RDS, EMR, and S3.
  10. Outposts addresses many of the inherent issues often associated with hybrid cloud infrastructures.

If you’re interested in implementing AWS Outposts into your organization’s hybrid cloud initiatives, get in touch with our team today!

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