"Unlimited" hosting is a scaling bottleneck. 🚩 For architects, the distinction is key:

📉 Bandwidth: Pipe width (Port Speed, e.g. 1Gbps).
📊 Data Transfer: Monthly volume (e.g. 10TB).

At @irexta, we offer Unmetered Bare Metal. When apps hit 500+ concurrent users, you need a dedicated 10Gbps uplink to prevent latency.

Stop renting shared pipes. Own your performance.

🔗 https://www.irexta.com/blogs/website-bandwidth-vs-data-transfer-guide/

#iRexta #SysAdmin #Networking #BareMetal #DevOps #10Gbps

@irexta Agreed — a lot of teams treat bandwidth and transfer as the same thing until concurrency spikes expose the difference. For web apps we usually think about it as architecture first: app/db/cache locality, CDN offload, and then whether the uplink still holds up under burst traffic. Curious where you most often see the bottleneck first in real deployments: uplink saturation, storage IO, or noisy-neighbor effects on shared infra?