Introducing AWS Elemental Link

AWS Elemental Link is a compact hardware device designed to bridge the gap between a live video source and the AWS cloud. It connects directly to AWS Elemental MediaLive, AWS’s broadcast-grade live video processing service, removing the need for on-premises encoding infrastructure or specialist expertise at the point of capture.

Hardware at a Glance

• Form factor: Approximately 32 cubic inches — small enough to sit beside a camera or A/V rack
• Weight: Less than one pound
• Power draw: Very low; fanless and completely silent in operation
• Video inputs: Built-in 3G-SDI and HDMI connectors
• List price: $995 (as of the original announcement in May 2020)

How It Works

AWS Elemental Link devices can be ordered directly from the AWS Management Console and are shipped preconfigured to the intended location. Once on site, setup requires only three connections: power, a video source (via 3G-SDI or HDMI), and an internet connection. No local software installation or A/V expertise is required at the point of use.

When a video source is connected, the device automatically transmits all video, audio, and metadata streams to AWS Elemental MediaLive. Bandwidth adaptation is automatic and hands-free—the device adjusts its output to match available internet capacity without manual intervention.

Cloud-Side Processing with AWS Elemental Media Services

Once your live video reaches AWS Elemental MediaLive, you have access to the full suite of AWS Elemental Media Services for downstream processing:

• AWS Elemental MediaLive – Encode the live stream into adaptive bitrate formats for broadcast and OTT delivery
• AWS Elemental MediaPackage – Package and protect video for reliable delivery across devices
• AWS Elemental MediaStore – Store live video with low-latency access for origin serving
• AWS Elemental MediaConvert – Transcode recorded segments for on-demand distribution
• Amazon CloudFront – Distribute the live or on-demand stream globally at scale

Who Is It For?

AWS Elemental Link is aimed at organizations that need reliable, cloud-connected live video without the operational overhead of traditional broadcast infrastructure. Typical use cases include:

• Schools and universities streaming lectures or ceremonies
• Local sports organizations broadcasting games
• Enterprises running internal all-hands events or product launches
• Small performance venues or houses of worship
• Event production companies managing multiple remote locations from a single console

Centralized Management

All Link devices registered to an AWS account can be monitored and managed centrally from the AWS Management Console. This means a central operations team can oversee devices deployed across many locations—venues, campuses, or remote offices—without requiring technically skilled staff at each site.

Key Takeaways

• AWS Elemental Link lowers the barrier to broadcast-quality live streaming by replacing complex on-premises encoders with a plug-and-play device.
• The device handles bandwidth adaptation automatically, reducing operational risk during live events.
• Integration with AWS Elemental MediaLive and the broader Media Services portfolio means the same content pipeline used by large broadcasters is now accessible to smaller organizations.
• At $995 per device (plus MediaLive processing costs), it targets budget-conscious deployments where dedicated broadcast hardware is not viable.

For pricing, regional availability, and the latest specifications, refer to the official AWS Elemental Link product page.

The Cloud Adoption Gap in Small Business

Cloud migration has shifted from a competitive differentiator to a standard business practice. Organisations of all sizes now rely on third-party servers accessed over the internet to run applications and store data. Yet a significant portion of small businesses — particularly in emerging markets — have been slow to adopt cloud technology.

Research conducted by accounting software company Xero in partnership with World Wide Worx found that, as of 2018, only 58% of South Africa’s small businesses planned to incorporate cloud technology into their operations. That means roughly four in ten small businesses were still planning to go without it.

The most commonly cited barrier? Cost. Many small business owners assume cloud computing is a large-enterprise luxury — a misconception that can end up being far more expensive in the long run.

Why the “Cloud Is Expensive” Myth Persists

The perception of high cost often stems from comparing cloud services to a zero-cost baseline — in other words, “we’re managing fine without it.” But this ignores the hidden costs of on-premises IT: hardware depreciation, software licences, energy consumption, physical security, and the salaries of dedicated IT staff. When those costs are factored in, cloud computing frequently comes out ahead.

Cloud computing also offers measurable business benefits — increased operational efficiency, improved return on investment, and a competitive edge across functions including finance, marketing, and human resource management. Avoiding the cloud to save money can therefore mean forfeiting savings elsewhere.

Four Reasons Cloud Computing Is Affordable for Small Businesses

1. Pay-As-You-Go Pricing

The most fundamental cost advantage of cloud computing is its consumption-based pricing model. Much like a utility bill for water or electricity, businesses pay only for the compute, storage, and bandwidth they actually use. There is no need to purchase capacity in advance or maintain idle infrastructure. This eliminates wasted expenditure and gives small businesses granular control over their IT spend.

2. Elimination of On-Premises Infrastructure Costs

Setting up an on-premises IT environment requires significant capital investment: physical servers, networking equipment such as routers and switches, software licences, and a climate-controlled space to house it all. Cloud computing removes every one of these requirements. The cloud service provider owns, operates, and maintains the underlying hardware.

A study cited in the original source (attributed to California State University) found that small businesses that adopted cloud services significantly reduced their capital investment in hardware and software. Without servers to purchase and maintain, small businesses can redirect budget toward growth activities rather than IT upkeep.

3. Reduced Need for Specialised In-House IT Skills

Managing on-premises infrastructure requires skilled systems administrators and network engineers — roles that command competitive salaries and are difficult for small businesses to justify. Cloud providers handle infrastructure management, patching, and uptime, which means smaller organisations can access enterprise-grade IT capabilities without needing to hire a full in-house IT team.

This does not eliminate the need for any IT expertise — someone still needs to configure services, manage access controls, and handle security. But it substantially reduces the headcount required compared with a fully on-premises environment.

4. Flexibility and On-Demand Scalability

One of the most practical advantages of the cloud for small businesses is the ability to scale resources up or down in response to actual demand. A retail business can increase compute capacity during peak seasons and scale back during quieter periods — paying only for what is used at each point in time. This elasticity is simply not possible with fixed on-premises hardware.

Scalability also means that a small business starting out with modest requirements is not locked into a large upfront investment. Resources can grow in step with the business itself.

Choosing the Right Cloud Model

Not all cloud deployments are identical. Small businesses have several deployment models to choose from, each with different cost and control trade-offs:

• Public cloud: Infrastructure owned and operated by a third-party provider (such as AWS, Microsoft Azure, or Google Cloud) and shared across many customers. Typically the lowest-cost entry point for small businesses.
• Private cloud: Dedicated infrastructure used by a single organisation, either on-premises or hosted by a provider. Offers greater control but at higher cost.
• Community cloud: Shared infrastructure used by a group of organisations with similar requirements — for example, businesses within the same regulated industry.
• Hybrid cloud: A combination of public and private environments, allowing organisations to keep sensitive workloads on private infrastructure while using public cloud for less sensitive or more variable workloads.

For most small businesses, a public cloud model — or a hybrid approach that starts predominantly public — offers the best balance of cost, flexibility, and ease of management.

The Real Cost of Not Moving to the Cloud

The irony of avoiding the cloud to control costs is that staying on-premises often costs more over time. Hardware ages and must be replaced. Software licences renew. Staff are needed to keep systems running. Meanwhile, cloud-native competitors operate leaner, scale faster, and can experiment with new tools at minimal cost.

Small businesses that delay cloud adoption are not just forgoing a technology upgrade — they are potentially forgoing the productivity gains, operational efficiencies, and cost savings that cloud computing delivers. The barriers most commonly cited for not adopting cloud are, in many cases, the strongest arguments for doing so.

Getting Started Without a Large Budget

Small businesses do not need to migrate everything at once. A pragmatic starting point is to identify a single high-value, low-risk workload — such as email, file storage, or a business accounting application — and move that to a cloud-based service first. This limits initial cost and risk while allowing the team to build familiarity with cloud tools and billing models before expanding further.

Major cloud providers offer free tiers and small-business pricing plans that make it practical to evaluate services before committing. Starting small, measuring the outcome, and scaling from there is a far more manageable approach than attempting a full lift-and-shift migration on a constrained budget.