Video Streaming Server Hosting

What a video streaming server does

A video streaming server holds the video and hands it to viewers in short segments over HTTP, or relays a live feed as it arrives. HLS does the delivery half, RTMP does the ingest half, and one machine can do both. A web server that sends one whole MP4 per request is not a streaming server.

• HLS sends a small .m3u8 playlist plus 2 to 6 second segments, so playback starts after one segment and drops quality when the network sags.
• RTMP keeps one connection open from the encoder to the server, which is why OBS, vMix and hardware encoders all speak it.
• A cloud VPS runs both roles once the RTMP module is installed and the ports are open.

Shared hosting fails here for three reasons: port 1935 is closed, modules cannot be installed, and the per-account CPU cap kills an encode mid-stream. The rest of this page assumes a machine where you have root.

Live ingest with RTMP, playback with HLS

Live streaming uses both protocols in series, not one instead of the other. The encoder pushes RTMP into the server, the server repackages that feed as HLS segments, and viewers fetch the segments over HTTPS.

Plain HLS at six to thirty seconds suits a webinar with a chat box. It is wrong for an auction or a live class where people talk back, because the presenter hears the question long after it was asked. Decide the latency first: low-latency HLS needs a newer packager and more CPU than plain HLS.

RTMP is an ingest format, not a viewing format. Flash is gone, so no modern browser plays RTMP directly, which is why the server must repackage to HLS for the audience.

The bandwidth maths before you rent

Multiply bitrate by viewers by hours. One Mbps held for an hour moves 0.45 GB, so 4.5 Mbps of 1080p is about 2 GB per viewer per hour, not the 5 GB that hosting copy often repeats.

The 1080p row is the one to keep: a three-hour match for 200 people is about 1.2 TB of egress. If the plan meters transfer, compare that number with the allowance before the event, not after. What bandwidth means covers the GB versus Mbps confusion in more detail.

Then do the port sum, which most buyers skip. Two hundred viewers at 4.5 Mbps is 900 Mbps arriving in the same second, close to a full gigabit uplink. A CDN in front cuts that, because the origin feeds caches instead of every viewer.

RAM, CPU and storage for transcoding

Transcoding is the only part that needs real CPU. When every viewer gets a file you encoded earlier, the server mostly moves bytes and 8 GB of RAM is plenty.

• One live 1080p H.264 encode with FFmpeg at veryfast takes about one vCPU core and 1.5 to 2 GB of RAM.
• A three-rung ladder (1080p, 720p, 480p) is three encodes, so plan three cores before anything else runs.
• Disk is cheaper than CPU: one hour of 1080p HLS at 4.5 Mbps is about 2 GB before the ladder multiplies it.

Those rows are planning estimates, not benchmarks; a GPU machine encodes far faster per rupee at scale. No WebJi cloud tier ships a GPU, so pre-encode the library to H.264 and AAC and let viewers direct-play instead of transcoding on the fly.

Embed, rent a server, or pay per minute

Three routes with three different bills. Pick by who owns the audience and who owns the bill.

Cloudflare Stream, read on 30 October 2026, lists $5.00 per thousand minutes stored and $1.00 per thousand minutes delivered. A 60-hour library is 3,600 minutes, so storage lands near $18 a month before anyone presses play.

For most small Indian businesses the embed wins. Self-hosting pays when you sell the video, when the player has to carry your brand, or when platform ads sit badly beside paid content.

Set up RTMP ingest and check HLS playback

This is the shortest working path on Ubuntu 24.04 with root. It gives you one stream key, HLS output, and a check that proves playback before you share the link.

1. Install the pieces: apt install nginx libnginx-mod-rtmp ffmpeg.
2. Add an rtmp block to /etc/nginx/nginx.conf: application live { live on; hls on; hls_path /var/www/hls; hls_fragment 4; }.
3. Create the folder: mkdir -p /var/www/hls && chown www-data:www-data /var/www/hls.
4. Open the ports: ufw allow 1935/tcp, then 80 and 443. If the provider runs its own firewall, open 1935 there too.
5. Test and reload: nginx -t && systemctl reload nginx.
6. In OBS set Server to rtmp://your-server-ip/live and Stream Key to test, then press Start Streaming.
7. Check the playlist: curl -I https://your-domain/hls/test.m3u8 should return 200 and the file should list .ts segments.

You know it worked when the playlist returns 200, the segment count grows every few seconds, and VLC opens the .m3u8 URL. If the playlist 404s, the usual cause is that hls_path is not writable by www-data, or port 1935 never reached nginx.

Port speed and location for viewers in India

Port speed sets the ceiling. A 1 Gbps uplink carries about 220 concurrent 1080p viewers at 4.5 Mbps before it is full, and a 100 Mbps port carries about 22.

So the "best high bandwidth streaming server" question is really about the uplink and the transfer allowance, not the CPU badge. Ask for three numbers in writing: port speed in Mbps, egress included per month, and whether inbound 1935 is open.

A dedicated server starts at ₹4,999 a month before 18% GST for a Xeon E3/E5 machine with 32 GB RAM, NVMe or SATA in RAID, a gigabit uplink and IPMI. That is a sensible floor for a paid live event; a cloud tier is enough below roughly 200 concurrent viewers. Keep the origin in an India location so domestic round trips stay under 80 ms, and let a CDN pull segments for overseas viewers.

What WebJi® rents for streaming video

WebJi® rents the machine, not an OTT platform. You get root, the port and the transfer; the encoder, the player and any DRM layer stay yours.

Prices are before 18% GST. Anything above those tiers is quoted by email before payment: send the bitrate, peak concurrent viewers, hours per month and where the audience sits. For a live event, send the date as well.

Email support@webji.services in Hindi or English; the desk answers 24/7 and the average first reply is under 60 minutes. Start at contact if you want the sizing done with you.