A single 24/7 YouTube stream can fit within Oracle Cloud’s published Always Free outbound-transfer allowance on egress arithmetic alone. That does not establish that a VM is available in your home region, can encode your stream, or will keep it running continuously.
Use the 5 Mbps example below as a calculation, not a measurement or a complete account bill. Before provisioning, check your tenancy’s current limits, quotas and usage in its home region, then test the workload you actually intend to run.
What Free Tier can and cannot answer
Oracle’s Always Free documentation lists 10 TB per month of outbound data transfer as part of its free resources. That figure lets you make a useful first comparison: a constant 5 Mbps stream works out to about 1.62 TB over a 30-day month under the assumptions shown below. Oracle’s allowance is shared cloud transfer, however, not a stream-only bucket.
The allowance answers only one question: whether the estimated outbound data for the stream is below the stated monthly transfer figure. It does not establish that you can create a particular VM, that the VM can process your video and audio continuously, or that your YouTube broadcast will remain connected. Oracle documents limits and resource conditions beyond egress, and YouTube has its own channel and encoder requirements.
Always Free resources are tied to the tenancy’s home region. The actual resources available to you are account-sensitive, so a generic list is not a promise that every shape can be provisioned in your account today. In particular, a free transfer allowance should not be read as a service-level uptime commitment.
For a broader explanation of the moving parts in a cloud-based continuous stream, see this guide to using a cloud server for continuous prerecorded YouTube video. It helps separate the task of supplying a video from the separate work of sustaining an encoder and connection.
Check current tenancy limits and home region
Sign in to the Oracle Cloud console and inspect the tenancy’s Limits, Quotas and Usage for the home region before building around a particular instance shape. Oracle’s service-limits documentation explains that limits can depend on the pricing model and tenancy, and that the console reflects resources for which the account is currently signed up. Service documentation can also contain additional limits. The Oracle Limits by Service reference is useful context, but your live tenancy view is the operational check.
Oracle’s Always Free documentation describes up to two VM.Standard.E2.1.Micro instances and an Ampere A1 allowance described as the first 1,500 OCPU hours and 9,000 GB-hours per month, equivalent for Always Free tenancies to 2 OCPUs and 12 GB of memory. Those are published allowance descriptions, not a guarantee that a specific shape is provisionable in your region or account at the time you try. Check the current page and console rather than assuming a headline limit is an available instance.
Oracle also says Always Free compute must be created in the tenancy’s home region. If a shape is unavailable there, do not treat another region as an automatic substitute for an Always Free workload. Confirm what your tenancy can use and whether the option remains within its applicable limits before proceeding.
The key questions to record are straightforward: which home region applies, what compute shapes and quantities appear as available, what current quota and usage are shown, and whether the resources you need are actually eligible for the plan you intend to use. If the console does not show the capacity you need, pause rather than designing your plan around an assumed allocation.
Estimate monthly stream egress
A constant bitrate gives a simple way to estimate the stream’s video and audio transfer. For a 30-day month, multiply megabits per second by the number of seconds in 30 days, divide by eight to convert bits to bytes, then use decimal units to express the result in TB. This estimate assumes an uninterrupted stream at a fixed bitrate; it is arithmetic, not observed Oracle usage.
The example that often matters to a small channel is 5 Mbps. YouTube lists 5 Mbps as its recommended H.264 bitrate for 1080p at 30 frames per second. Applying the calculation to that bitrate gives approximately 1.62 TB over 30 days. This is not a universal recommendation for every stream: resolution, frame rate, codec, and source material affect the encoder setting you choose.
| Constant bitrate | Estimated transfer in 30 days | Approximate share of 10 TB |
|---|---|---|
| 1 Mbps | 324 GB | 3.2% |
| 4 Mbps | 1.296 TB | 13.0% |
| 5 Mbps | 1.62 TB | 16.2% |
| 6 Mbps | 1.944 TB | 19.4% |
| 10 Mbps | 3.24 TB | 32.4% |
These values are calculations from the bitrate and month assumptions, not figures Oracle publishes for particular streams. Decimal units are used: 1 TB is treated as 1,000 GB. If your encoder varies its bitrate, the table is a planning approximation rather than a precise forecast. To choose a suitable stream setting, compare your source and target quality with the bitrate guidance for YouTube radio streams and YouTube’s live encoder settings and bitrate guidance.
YouTube’s guidance covers more than a bitrate number. The protocol, codec, frame rate, keyframe interval and audio settings need to match the encoder and the intended stream. The 5 Mbps example is useful for estimating transfer, but it cannot answer whether a given VM can encode the chosen source or whether a particular channel meets YouTube’s requirements.
Compare egress with the published allowance
Oracle’s Always Free documentation states that accounts receive 10 TB per month of outbound data as part of Always Free resources. Compare your estimate with that published figure, while treating it as shared allowance rather than assigning it entirely to one broadcast. Other applications or services in the tenancy may also send outbound data.
Under the assumptions in the table, a single 5 Mbps stream uses about 16.2 per cent of the stated 10 TB allowance in a 30-day month. Even at 10 Mbps, the calculated stream transfer remains below the allowance. This is a narrow conclusion about estimated transfer, not a claim that the complete account will use only that much or that the free plan is suitable overall.
The figure excludes protocol overhead, bitrate variation, reconnections, restarts and any other outbound workload. It also does not resolve how Oracle measures or presents your account’s actual usage in every circumstance. Keep margin rather than planning right up to the published amount, and check the console’s usage view as the stream runs.
You can use the Oracle Always Free resources page to verify the current published allowance and the other Always Free conditions. Since the allowance or the applicable terms may change, revisit the official documentation when you plan the service and during operation. A past calculation remains useful for scale, but the live tenancy view is what shows how your account is consuming its resources.
Assess VM compute suitability separately
A stream can sit comfortably below the egress allowance and still be a poor fit for a VM. A prerecorded loop may require decoding, assembling or transcoding audio and video, then maintaining an encoder output to YouTube. Which work the VM must do depends on the file and software pipeline; the transfer calculation says nothing about processor headroom, memory pressure or whether frames are processed at the required pace.
Oracle’s published compute descriptions establish an allowance ceiling, not an encoding benchmark. The research available for this article does not provide a controlled comparison of instance shapes for YouTube encoding, so it would be misleading to say that a named free shape can sustain a particular resolution. Architecture and available capacity matter, but only a test with your actual media and settings can tell you how that workload behaves.
Test an unlisted or otherwise appropriate stream before relying on the setup. Watch the encoder’s resource use and YouTube’s stream health while using the actual video, audio, codec, resolution and bitrate you expect to operate. Check that the output does not fall behind and that a reconnect does not leave the process stopped. A short successful test can reveal basic configuration problems; it cannot guarantee long-run performance or uninterrupted service.
There is also an idle-resource question. Oracle documents that it may reclaim idle Always Free compute instances. Its published idle test considers CPU and network use over a seven-day period; for A1 it also considers memory use. The listed test uses utilisation below 20% at the 95th percentile for CPU and network, and also for memory on A1. A low-activity or static stream may be relevant, but Oracle’s documentation does not establish how a particular workload will be classified. Do not assume that a continuously connected process is exempt or that a small amount of activity guarantees retention.
For the separate problem of choosing a stream pipeline, this guide to running a YouTube radio stream with Liquidsoap and FFmpeg can help clarify where media handling and encoding occur. Whatever software you choose, the VM still has to match that work and Oracle’s current account limits.
Account for other traffic and overhead
A single stream is rarely the only possible consumer of outbound transfer. Updates, uploads, monitoring, backups, a website, or another workload may contribute to the same account-level allowance. The egress table deliberately counts one constant-bitrate broadcast only; it is not a bill forecast for all services under a tenancy.
Protocol overhead and reconnects also mean a stream’s actual transfer need not equal the simple bitrate calculation. If the encoder changes bitrate to suit content or conditions, your monthly total will differ from a calculation that holds the bitrate constant. Treat the table as a baseline and leave room for the traffic you have not yet measured.
Keep a record of the stream bitrate, the hours it was live, and the Oracle usage figures you observe. Compare those observations with the estimate after a representative period, but do not assume a short sample captures every month’s activity. Investigate unexpected usage in the console and identify which resource is responsible before changing the stream or adding another workload.
YouTube’s own channel eligibility and encoder health are separate checks. Its help documentation says the channel must meet livestream eligibility conditions, including verification and no livestream restrictions in the preceding 90 days. Oracle’s transfer and compute quotas do not satisfy those requirements. Check YouTube’s current live streaming basics and encoder guidance before planning a public broadcast.
Decide whether the setup fits your needs
An Oracle Free Tier VM may be worth testing if the current home-region console shows the resources you need, the chosen media pipeline works on that shape, and your combined outbound traffic leaves suitable headroom below the published allowance. Those conditions are separate. Passing the egress comparison is a reason to continue checking, not a reason to treat the whole arrangement as dependable.
For a devotional channel playing a static bhajan loop, for example, the 5 Mbps calculation can show that transfer is not necessarily the first constraint. The harder questions may be whether the VM sustains the encoder workload, whether the tenancy can create the instance, whether its idle policy applies, and how you will notice and recover from a failure. A local news loop with frequent source changes may have different processing and operational needs.
Decide what failure means for your channel. If a short interruption is acceptable and you can monitor the process, a tested self-managed setup may suit your tolerance. If the broadcast must continue while your own computer is off and you do not want to supervise a VM, compare the operational work with a managed approach. StreamNeo can remove the need to keep your computer on for a prerecorded stream, without changing the need to check YouTube settings and your channel’s requirements.
If you want to compare a self-managed VM with a managed workflow, use the same criteria: transfer metering, compute suitability, regional availability, recovery behaviour, monitoring, and your willingness to maintain the process. This guide to comparing INR billing for YouTube 24/7 streaming services offers a useful framework for comparing operating costs without reducing the decision to one headline price. Check every provider’s current terms directly; do not infer cost or reliability from the free egress calculation.
Before committing, compare the operating options on the pricing page. When the file and channel are ready, start free — 24-hour trial, no card.
FAQ
Does 5 Mbps use 1.62 TB every month?
Not necessarily. It is the decimal-unit calculation for a constant 5 Mbps stream that runs uninterrupted for a 30-day month, with no overhead or other outbound traffic included. Variable bitrate, reconnects and additional workloads change actual usage.
Is the 10 TB allowance reserved for my livestream?
No. Oracle describes 10 TB per month of outbound data as part of Always Free resources, not as an allocation reserved for one YouTube stream. Consider other tenancy traffic and check your current usage in the console.
Can I assume a Free Tier VM will encode 1080p continuously?
No. Oracle’s published compute limits are not an encoding benchmark, and the available material does not establish performance for a particular shape and workload. Test the media, encoder settings and stream health you actually intend to use, without treating a successful test as an uptime guarantee.
Where should I check availability and quotas?
Start with the tenancy’s current Limits, Quotas and Usage view in its home region, then verify the applicable conditions in Oracle’s official Always Free and service-limits documentation. The account view matters because limits and available resources can vary by tenancy.