Business-Grade Internet Over Cable, Fiber PON, DSL, Fixed Wireless, 5G/LTE & Satellite — With Evidence
Broadband is the fastest way to get sites online and keep costs predictable.
SolveForce engineers business-grade broadband as part of a unified connectivity fabric—paired with SD-WAN, Zero Trust, and evidence pipelines—so branches, pop-ups, retail, clinics, home offices, vehicles, and remote sites stay reachable, secure, and measurably reliable.
Related pages
• Rails → /connectivity • SD-WAN → /sd-wan • LAN/Wi-Fi → /lan
• Fiber (DIA/Transport) → /fiber-internet • Fixed Wireless → /fixed-wireless • Satellite → /satellite-internet
• Mobility → /mobile-connectivity • Security → /sase • /ztna • /nac • Evidence → /siem-soar
🎯 Outcomes We Optimize
- Fast turn-ups & lower cost— get sites live in days/weeks; keep DIA for critical hubs and add broadband as primary/secondary underlays.
- Resilient apps— SD-WAN steers around brownouts, uses packet duplication/FEC for voice/video, and fails over to 5G/satellite.
- Secure by default— ZTNA per-app, SASE for web/SaaS, device posture via MDM/EDR; IPsec or Private APN where needed.
- Evidence on demand— modem levels, throughput, latency/jitter, path events and change diffs stream to SIEM/SOAR. → /siem-soar
🧭 Broadband Catalog (access technologies we deliver & operate)
- Cable (DOCSIS 3.1/4.0)— Coax last-mile with fiber backhaul; business tiers, optional static IPs.
- Fiber PON (GPON/XGS-PON)— Shared optical access; business SLAs available in many metros.
- VDSL/ADSL / G.fast— Copper last-mile; best for limited-reach sites.
- Fixed Wireless— Licensed/unlicensed microwave or CBRS; rooftop or near-LoS; fast to deploy. → /fixed-wireless
- 5G/LTE Business Internet— eSIM/SIM gateways, private APN + IPsec to hubs; great as primary/backup with SD-WAN. → /mobile-connectivity
- LEO/MEO/GEO Satellite— Remote primary or tertiary path; vehicle/ship options. → /satellite-internet
- T1/Legacy— Supported for special cases (alarms/elevators or last-resort).
Need Dedicated Internet Access (DIA) or Ethernet over Fiber? See /fiber-internet and /wavelength for guaranteed, symmetrical services.
📊 Technology & Speed Matrix (typical business-grade broadband)
| Access Tech | Typical Down/Up* | p95 Latency (metro)** | Best For | Notes |
|---|---|---|---|---|
| Cable DOCSIS 3.1 | 100–1000 / 10–50 Mb/s | 10–25 ms | Retail/branch, UC/CCaaS, SaaS | Shared; request static IPs (avoid CGNAT) |
| Cable DOCSIS 4.0 | 1–8 Gb/s / 100–1000 Mb/s | 8–20 ms | High-density branches, media | Emerging availability; symmetric-ish |
| GPON | 300–1000 / 300–1000 Mb/s | 5–15 ms | Stores, clinics, SD-WAN | Shared optical; strong price/perf |
| XGS-PON | 1–10 / 1–10 Gb/s | 3–10 ms | Analytics, backup, UC | Business SLAs in many metros |
| VDSL / G.fast | 25–200 / 5–50 Mb/s | 15–30 ms | Light branches, PoS | Distance-sensitive; copper loops |
| Fixed Wireless (PtP/PtMP) | 50–1000 / 25–500 Mb/s | 5–20 ms | Quick turn-ups, rooftops | Survey required; weather/LoS |
| 5G Sub-6 | 100–600 / 20–100 Mb/s | 20–40 ms | Primary/backup WAN | Private APN + IPsec recommended |
| 5G mmWave | 1000–3000 / 50–200 Mb/s | 5–15 ms | Events, campuses | Short-range, LoS, density friendly |
| LTE (Cat 4–12) | 10–150 / 5–50 Mb/s | 30–60 ms | Backup, pop-ups, vehicles | Great tertiary for SD-WAN |
| LEO Satellite | 20–220 / 5–40 Mb/s | 40–80 ms | Remote sites/vehicles | Plan for sky view & power |
* Real-world rates depend on plant, spectrum, RF, congestion, and plan.
** End-to-end depends on backhaul and SD-WAN path.
🧩 When to Choose Broadband vs DIA
| Scenario | Pick | Why |
|---|---|---|
| Branch @ Scale (dozens/hundreds of sites) | Broadband + SD-WAN (dual underlays) | Best price/performance; packet duplication gives voice/video quality close to DIA |
| HQ/Hub/Colo/Cloud Edge | DIA/Ethernet over Fiber | Guaranteed, symmetrical, BGP/IP Transit, MACsec/L1 options |
| Pop-ups/Events | 5G/Fixed Wireless + SD-WAN | Fast install, portable gear, packet-dup resilience |
| Remote/Rural | LEO Satellite + LTE/5G backup | Coverage, latency reasonable; SD-WAN handles weather/brownouts |
| Payment/PCI only | Broadband + ZTNA/SASE + DLP | Compliance via overlays, tokenization, and pause/resume for voice → /pci-dss |
🔧 Engineering Broadband for Business
- Dual-underlay design— e.g., Cable + 5G or GPON + Fixed Wireless; diverse providers and paths.
- QoS end-to-end— EF for RTP, AF for signaling; ensure DSCP preservation across access, CPE, and SD-WAN.
- NAT/static IP planning— avoid CGNAT for inbound needs; use Private APN + IPsec for cellular with inbound ZTNA.
- IPv6 ready— enable dual-stack where carriers support; SD-WAN policies account for both families.
- Cloud adjacency— use regional on-ramps; SD-WAN breaks out SaaS locally but pins private apps over secure paths.
- Evidence— modem levels, RF surveys, iperf/synthetic results, RFC 2544/Y.1564 (where supported), and path events → /siem-soar.
🔐 Security & Zero-Trust Over Broadband
- ZTNA per-app(no flat VPNs) and SASE for web/SaaS. → /ztna • /sase
- Device posture(MDM/UEM + EDR) before access; NAC 802.1X on LAN. → /mdm • /nac
- IPsec/Private APNfor cellular, WAF/Bot for portals/APIs, email auth (SPF/DKIM/DMARC to p=reject). → /waf • /email-auth
🔁 Use-Case Patterns
- Retail / Restaurants — Cable/GPON primary + LTE/5G backup; PCI tokenization; CCaaS; captive portal Wi-Fi. → /retail • /ccaas • /pci-dss
- Clinics / Healthcare — XGS-PON primary, LTE tertiary; HIPAA overlays; PHI-aware DLP for transcripts. → /hipaa • /healthcare-networks
- Construction / Events — Fixed wireless or 5G primary; edge gateway; SD-WAN; rapid de-mobilization.
- Logistics / Ports / Airports — Private 5G yards + public 5G backhaul; SD-WAN; EHS evidence. → /logistics • /maritime-aviation
- Work-from-Home — Business cable/GPON kits with ZTNA client, SASE, and optional 5G failover; QoS for UC. → /hosted-voice
📐 SLO Guardrails (targets you can tune)
| Metric | Broadband (Metro/Regional) | Notes |
|---|---|---|
| One-way latency | ≤ 10–25 ms / ≤ 15–40 ms | Cable/GPON; cellular varies by RF |
| Packet loss (sustained) | < 0.3–0.5% | Steer/dup if higher |
| Jitter (one-way) | ≤ 20–30 ms | Voice EF lane |
| Attach (5G/LTE) | ≤ 5–10 s | From boot to IP |
| Brownout steer (SD-WAN) | ≤ 1–3 s | Policy-driven path swap |
| Availability (monthly) | ≥ 99.5–99.9% | Dual underlays → ≥ 99.95% effective |
| Evidence to SIEM | ≤ 60–120 s | Tests/changes/alerts |
Breaches auto-open a case and trigger SOAR runbooks (switch path, enable packet duplication/FEC, throttle noisy flows, rotate keys, escalate carrier) with artifacts. → /siem-soar
🧪 Acceptance Tests & Artifacts (we keep the receipts)
- Provisioning— MAC/serials, node/channel locks, power/SNR, profile screenshots.
- Performance— iperf/synthetic throughput, latency/jitter/loss; SD-WAN path flip timing; packet-dup effectiveness.
- RF/Fixed Wireless— link budget, LoS/photos, RSRP/RSRQ/SINR; alignment results.
- Cellular— APN attach logs, IPsec to hubs, static IP tests, failover drills.
- Security— ZTNA admits, SASE policy hits, NAC profiling, WAF/Bot events, email auth headers.
- Ops— change diffs, outage RCAs, vendor escalation logs; quarterly report packs.
All artifacts stream into /siem-soar for QBRs and audits.
🧰 Design Notes & Best Practices
- Diversityseparate laterals/POPs/providers; add 5G or satellite tertiary.
- CGNATrequest static IPv4/IPv6 or use Private APN + IPsec for inbound needs.
- QoSmark at hosts, trust at switches; validate DSCP across CPE and carriers.
- MTUmind overhead with IPsec/SD-WAN; test fragmentation.
- DNS & split horizonsteer SaaS vs private apps correctly; Anycast edges for UC/CCaaS.
- TEM/FinOpspool cellular plans, monitor roaming, right-size tiers; dispute credits with evidence. → /expense-management
📝 Broadband Intake (copy/paste & fill)
- Sites & addresses(MPOE/IDF notes, roof access for FW)
- Primary/backup plan(Cable/GPON/Fixed Wireless/5G/Satellite) & target speeds
- Diversity(dual providers/paths/POPs; letters needed?)
- Handoff & IP(Copper vs SFP; static IPs; APN/IPsec)
- SD-WAN(vendor/policies; packet duplication/FEC; Anycast edges)
- Security(IdP/SSO/MFA, ZTNA/SASE/NAC, WAF; email auth state)
- Cloud/SaaS(on-ramp regions, breakout vs backhaul policy)
- Compliance(PCI/HIPAA/NIST/etc.), retention of artifacts
- Operations(managed vs co-managed; change windows; SIEM destination)
- Budget & timeline(ROM vs build-ready), success metrics (SLOs, cost)
We’ll return a design-to-quote with carrier options, RF surveys (if needed), SLO-mapped pricing, compliance overlays, and an evidence plan for audits and QBRs.
Or jump to /customized-quotes.
📞 Get Broadband That Works for Business—Fast, Secure, and Auditable
- Call: (888) 765-8301
- Email: contact@solveforce.com
From retail lanes and clinics to pop-ups, fleets, and remote fields, we’ll deliver broadband that’s cost-smart, resilient—and proven.
Key terms in plain language
Open a term for a concise explanation of language used on this page.
Broadband
A general term for always-on, high-speed Internet access. Broadband can be delivered over fiber, cable, DSL, fixed wireless, cellular, or satellite networks.
Fiber Internet
Internet delivered through strands of glass using light. Fiber commonly supports high capacity, low latency, and strong upload performance, but availability must be confirmed for the exact address.
Latency
The time it takes data to travel between two points. Lower latency improves voice, video meetings, cloud applications, gaming, and other real-time services.
Dedicated Internet Access (DIA)
A business-grade Internet connection with capacity dedicated to the customer rather than shared in the same way as typical consumer broadband. It often includes symmetrical speeds and an SLA.
SD-WAN
Software-defined wide area networking. It manages multiple connections and chooses paths based on application needs, performance, and policy to improve resilience and control.
VPN
A virtual private network creates an encrypted connection across another network, commonly allowing remote users or offices to access private resources securely.
Software as a Service (SaaS)
Software accessed as an online service instead of being installed and maintained entirely on the customer’s own computers or servers.
Zero Trust
A security model that does not automatically trust a user or device because of its location. Access is continuously verified and limited to what is necessary.