// Managed Networking — Use Case
Internet Engineered for Conversations, Not Just Downloads.
QoS-configured networks, prioritized voice and video traffic, and circuit sizing calibrated to your real communication load — so calls don't crackle and meetings don't freeze.
Fast internet isn't the same as good internet. A 1 Gbps circuit that's saturated by cloud backups still drops VoIP calls. What voice and video need is prioritized, low-jitter, low-loss transport — which comes from proper Quality of Service configuration, not raw bandwidth. We tune the network to protect real-time traffic: VoIP and video get priority queues, critical apps get reserved bandwidth, and non-urgent traffic (backups, updates) gets throttled during peak hours.
// Value Prop
Quality of Service, Done Right
Voice & Video Prioritization
Real-time traffic gets the low-latency queue and guaranteed bandwidth — even when the rest of the network is saturated.
Traffic Shaping
Large downloads, cloud backups, and software updates are shaped to available headroom so they don't crush the circuit during business hours.
Right-Sized Circuits
We calculate bandwidth based on concurrent VoIP calls, video meetings, cloud app users, and headroom — not a random SKU off a price sheet.
// How It Works
From Degraded Calls to Crystal-Clear Communication
We measure current traffic patterns, identify congestion and prioritization gaps, size the circuit appropriately, and configure QoS on the edge router and SD-WAN to protect voice and video. Post-deployment monitoring tracks jitter, loss, and latency continuously so we catch regressions early.
// Who It's For
Who This Is For
Businesses running VoIP phone systems, heavy video conferencing users, contact centers, distributed teams on Zoom/Teams all day, and anyone experiencing choppy calls, frozen meetings, or degraded audio quality. Especially relevant for offices where voice quality got worse after adding cloud backups or video collaboration tools.
// FAQ
Common questions
Q
How much bandwidth does a VoIP call use?
About 100 Kbps per concurrent call with HD codecs. Video conferencing ranges from 500 Kbps to 4+ Mbps per participant depending on resolution. We size circuits with multipliers for concurrent users plus overhead.
Q
Does QoS work over the public internet?
QoS on your edge shapes traffic leaving your network, which solves most upload-direction issues. For full end-to-end QoS, SD-WAN or a private overlay (like MPLS) is needed. We design to the need.
Q
Our internet is fast but calls are still bad. What gives?
Usually jitter, packet loss, or LAN-side congestion — not raw bandwidth. We do a network assessment that measures the actual voice-relevant metrics (MOS score, jitter, loss) rather than just speed test results.
// Ready when you are