For a single, already encoded 4 Mbps feed that a Linode VM only relays to YouTube, outbound transfer is likely to be the first plan constraint: the stream sends about 1.30 TB in a 30-day month. A VM that continuously transcodes video has a different workload, so you should also assess CPU capacity rather than choosing from transfer allowance alone.
The practical answer is to calculate from your actual output bitrate, then check current plan allowances, regional availability and price on Akamai’s official pages. The examples below are reference points, not a complete or guaranteed-current plan table, and they do not establish that a Linode region is available in India.
Relay and transcoding are different workloads
A relay forwards an already encoded video feed without changing its resolution, codec or bitrate. In that arrangement, the VM still has to handle the stream and network traffic, but the main sizing question may be how much outbound data it sends over the month. If your encoder runs elsewhere and the VM simply forwards the feed, a shared-CPU plan may be worth evaluating, subject to monitoring and route performance.
Transcoding means decoding and re-encoding video, for example to reduce a high-resolution feed to a lower bitrate before sending it onward. That takes sustained compute, and the chosen settings, number of streams and source material all affect the load. Linode’s guidance identifies audio and video transcoding as a workload to consider on Dedicated CPU plans; that is a reason to compare them, not proof that every stream needs one.
Be clear about where the work happens. If OBS, FFmpeg or another encoder on your own computer creates the final stream, the VM may only relay an encoded feed. If the VM itself runs the encoder, it is doing more than forwarding. For an overview of the software side, the guide to running a pre-recorded YouTube channel nonstop with OBS plugins can help you think through how a continuous channel is assembled; it does not substitute for testing the VM workload.
Estimate transfer for a steady 4 Mbps feed
A continuous bitrate adds up even when the stream looks modest on screen. To estimate the payload, multiply megabits per second by the number of seconds in the billing period, then divide by eight to convert bits to bytes. For a 30-day month, a constant 4 Mbps feed sends roughly 1.30 TB of payload. This is arithmetic for the stated bitrate and period, not a promise about the exact amount your account will be charged for.
Actual outbound use can be higher. Protocol overhead, bitrate variation, retries, additional applications and other services can all add traffic. A channel that uses a variable bitrate may average below or above its nominal setting over time; use measured output from a representative stream where possible, and keep headroom rather than selecting a plan that only just matches the arithmetic.
The audience watching on YouTube does not usually determine the VM’s outbound transfer in the way a self-hosted viewer stream would. In this relay example, the VM sends its feed to YouTube’s ingest endpoint; YouTube then serves viewers. Your own plan and topology matter, however, and you should not assume the relay has no other network activity. Akamai describes how transfer allowances and charges are treated in its network transfer usage and costs documentation.
Use the calculation as a baseline, then look at actual transfer over a representative period in account monitoring. A short test cannot prove a whole month’s bill, but it can reveal whether the real bitrate is materially different from your intended setting. If the channel also runs a website, analytics jobs or other feeds on the same account, include those in the account-level estimate.
What the Nanode 1 GB example tells you
Akamai’s official pricing page, as accessed for this article in October 2026, lists a Nanode 1 GB example with 1 TB of monthly transfer. That is less than the approximately 1.30 TB payload estimate for a continuous 4 Mbps feed over 30 days, before overhead or other workloads. It is therefore not a sound fit to assume that this example’s included transfer alone covers that feed.
That comparison does not mean the VM will stop streaming as soon as it reaches the listed allowance, nor does it tell you the final charge for a particular account. Akamai’s current pricing summary lists ordinary outbound overage at US$0.005 per GB, with regional exceptions; confirm the applicable terms for the region and product you select. An allowance can also be pooled across an account under provider guidance, so other eligible capacity may affect the accounting. Check the current transfer documentation rather than treating the example as a universal billing rule.
The point of the Nanode example is to make the first calculation visible: compare monthly transfer against expected outbound use before buying. If your stream will run at a lower bitrate, only part of the time, or with other allowance in the account pool, the decision may differ. Conversely, overhead and other workloads make a bare 1 TB comparison more restrictive, not less. Do not treat 1 TB as adequate for a continuous 4 Mbps stream on its own.
Compare larger allowance without treating examples as a plan table
The same Akamai pricing page, as accessed in October 2026, gives a Shared CPU Linode 8 GB example with 5 TB of monthly transfer. That is a second reference point, not a recommendation that you buy an 8 GB VM. It also does not establish that every tier between the 1 GB and 8 GB examples has a particular allowance, price or regional availability.
Check the live plan table for the intermediate sizes before deciding. For a relay, compare included outbound transfer first, then memory, storage, expected network route and monthly price. A larger allowance may be useful even when you do not need more RAM or CPU, but plans bundle resources, so there may not be a perfect match for every stream. Estimate whether account-pool capacity or potential overage is acceptable rather than assuming either will always be available or inexpensive.
For example, a small devotional channel might have one prepared video loop, a single encoded feed and no other compute jobs. Its decision could be driven principally by transfer and consistent delivery. A local news loop that re-renders graphics or combines several sources on the VM has a different profile; it may need more memory and compute as well as outbound allowance. The title of a plan is not a workload assessment.
If your stream uses playlists or regular content changes, those operating details can affect how you prepare the feed but not the basic transfer arithmetic. The guide to running multiple Indian music playlists in a 24/7 YouTube stream is relevant to channel planning; still calculate the bitrate of the output that actually leaves the relay.
Verify current region, price and route
Do not assume that a Linode region is currently available in India. This research did not establish India-region availability, and availability can change. Before committing, check Akamai’s current region list and plan details directly, then confirm that the specific plan you need can be deployed in the selected location. The Akamai Cloud pricing page is the primary source for the plan examples and listed price; its live details, rather than this article, should guide a purchase.
If no suitable India region is offered, that does not automatically make another region unusable, but it changes the trade-off. Consider route quality and latency to the YouTube ingest endpoint you intend to use, as well as the geography of any other services the VM must reach. A nearby location is not necessarily available or optimal. Test the actual stream from the chosen region rather than inferring reliability from a map or a country name.
Prices and terms are region-sensitive and may change. The examples cited here are not a quote for deployment in India: verify the displayed price and any regional transfer conditions at checkout or in current official documentation. Akamai’s transfer guide notes that regional exceptions can apply to overage. Treat any cost estimate based on a general allowance as provisional until you confirm the selected region’s terms.
A separate laptop-based setup may be more suitable if you already have a spare computer and can keep it powered and connected. That approach has its own power, internet and restart concerns. The practical guide on keeping a 24/7 Tamil songs stream running on a spare laptop is useful for comparing that operating model with a cloud relay, without assuming one is right for every channel.
When dedicated CPU deserves a closer look
A relay that forwards one encoded feed is not the same as an encoder that continuously processes video. If the VM is transcoding, test the exact codec, resolution, frame rate and output bitrate you plan to use. These settings determine the work it must do, and an illustrative plan size cannot establish that the encoder will sustain them.
Akamai’s Linode guidance on Dedicated versus Shared CPU plans provides context for the distinction. Shared plans share host CPU resources, so host load and CPU availability can affect a latency-sensitive workload. Dedicated CPU plans offer a different CPU allocation model and are worth comparing for sustained encoding, multiple computationally intensive feeds or unstable shared-plan tests. They cost more, and that additional allocation is not automatically useful for a simple relay.
Measure before you resize. During a representative stream, monitor CPU use, memory, network transfer and whether the encoder reports missed or delayed frames. Test the settings you will actually leave running overnight, not just a brief daytime preview. If the VM is consistently constrained, reduce the work it performs, move encoding elsewhere, or compare a plan with more suitable CPU capacity. If CPU remains low but transfer is approaching the allowance, changing CPU size alone may not solve the problem.
A community answer about an Ant Media setup offers an anecdote, not a benchmark: its respondent described around 10 Mbps for one 4K stream, then said two re-rendered 480p outputs were consistently about 4.03 Mbps each. Those figures describe that person’s setup and should not be treated as a universal requirement or current plan recommendation. They are a reminder that output settings can change transfer demand and that encoding behavior depends on the actual workload.
Confirm capacity before you choose
Write down the stream’s expected bitrate, hours per day, number of simultaneous outputs and whether the VM relays or transcodes. Estimate monthly transfer from the output rate and schedule, then add room for overhead and other account traffic. Compare that estimate with the current allowance and regional overage terms. For a 24/7 stream, use the full month in the estimate even if your channel sometimes restarts or has brief interruptions.
Then confirm the deployment details: current availability in the region, price for the selected plan, route quality to YouTube ingest and any account-pool rules that apply. Do not infer those details from an old forum post or a plan example. If your audience is in India, your stream can still be hosted elsewhere if the route works for your operation, but test rather than assume that it will.
Start with the smallest current plan that clears the measured transfer and resource needs with sensible headroom, not simply the cheapest plan or the largest example listed here. Run a representative stream while watching metrics, and resize or adjust the topology if you find a bottleneck. For a channel where the recurring problem is leaving a home computer on overnight, StreamNeo removes that specific burden by turning an uploaded file into a YouTube live stream that runs with your computer switched off; it is YouTube-only, so it is not a substitute if you need a general-purpose VM for your own transcoding or other services.
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
Is a Nanode 1 GB enough for a continuous 4 Mbps stream?
Its listed 1 TB monthly transfer example is below the roughly 1.30 TB payload estimate for 30 days at 4 Mbps, before overhead. Do not treat that allowance alone as adequate; check current account-pool rules, other workloads and regional overage terms if you are evaluating it.
Which Linode plan should I use for a relay?
There is no plan size that can be selected from the bitrate alone without checking current transfer allowances, region and route. For an already encoded single feed, compare monthly outbound transfer first, then verify that monitoring shows stable CPU, memory and network behaviour on the plan you choose.
Do I need Dedicated CPU for YouTube live?
Not necessarily. A VM that forwards an encoded feed may not need the same CPU capacity as one that continuously transcodes video. Test your actual encoder settings and compare Dedicated CPU plans if sustained compute is the bottleneck.
Is a Linode region available in India?
This article does not establish current India-region availability. Check Akamai’s official region and pricing information before planning an India-hosted deployment, and test the route from the region you select to the YouTube ingest endpoint.