Back to Resources
Original Research

Philippine Network Deployment Time Benchmark 2026

How long does network deployment take in the Philippines? A comparison of 1IX Subscription IT deployment timelines vs. traditional procurement across 6 scenarios.

By 1IX Engineering TeamReviewed by 1IX NOC TeamPublished July 12, 2026
87%
Average deployment time reduction vs. traditional procurement
2-6
Weeks to go-live with 1IX (vs. 16-52 weeks traditional)

Key Finding

1IX Subscription IT deployments go live in 2-6 weeks across all scenarios, compared to 16-52 weeks for traditional procurement-driven deployments. The largest time savings come from eliminating the procurement cycle (budget approval, vendor RFQ, bidding, import) and from Zero-Touch Provisioning, which automates device configuration. For ISPs, this means 33 weeks of additional billing revenue; for government agencies, it eliminates the PhilGEPS bidding cycle for agencies with existing IT maintenance budgets.

Deployment Timeline Comparison

ScenarioTraditional (weeks)1IX Subscription (weeks)Time SavedReduction
Small Office (20 users)16w2w14w88%
Enterprise Campus (200 users)24w3w21w88%
ISP Core (5,000 subs)36w3w33w92%
Datacenter Fabric (200 servers)28w4w24w86%
Multi-Site Enterprise (5 sites)40w6w34w85%
Government Agency Network52w5w47w90%

Small Office (20 users)

1IX pre-stages equipment with Zero-Touch Provisioning, eliminating the procurement cycle entirely.

Traditional (16 weeks)

  1. 1Procurement RFQ (4w)
  2. 2PO approval (2w)
  3. 3Shipping + customs (3w)
  4. 4Installation (2w)
  5. 5Configuration + testing (3w)
  6. 6Cutover (2w)

1IX Subscription (2 weeks)

  1. 1Network design (3d)
  2. 2Equipment staging + ZTP (2d)
  3. 3Installation (3d)
  4. 4Configuration + testing (3d)
  5. 5Cutover (2d)

Enterprise Campus (200 users)

Traditional budget approval alone takes longer than the entire 1IX deployment.

Traditional (24 weeks)

  1. 1Budget approval (4w)
  2. 2Vendor RFQ + evaluation (6w)
  3. 3PO + procurement (3w)
  4. 4Shipping (2w)
  5. 5Cabling + rack install (2w)
  6. 6Switch/AP install (2w)
  7. 7Configuration (3w)
  8. 8Testing + migration (2w)

1IX Subscription (3 weeks)

  1. 1Site survey + design (4d)
  2. 2Equipment staging (2d)
  3. 3Cabling + install (4d)
  4. 4ZTP configuration (3d)
  5. 5Testing + cutover (4d)

ISP Core (5,000 subs)

ISP can start billing subscribers 33 weeks earlier with subscription model.

Traditional (36 weeks)

  1. 1CapEx board approval (8w)
  2. 2Vendor selection (6w)
  3. 3PO + import (4w)
  4. 4Equipment delivery (3w)
  5. 5Rack + power install (2w)
  6. 6BGP + CGNAT config (4w)
  7. 7Testing + IX peering (4w)
  8. 8Subscriber migration (5w)

1IX Subscription (3 weeks)

  1. 1Network design + BGP planning (4d)
  2. 2Equipment staging + ZTP (3d)
  3. 3Rack install (2d)
  4. 4BGP + CGNAT config (4d)
  5. 5Testing + IX peering (3d)
  6. 6Go-live (2d)

Datacenter Fabric (200 servers)

EVPN fabric automation enables parallel configuration of all leaf switches simultaneously.

Traditional (28 weeks)

  1. 1Budget + RFQ (6w)
  2. 2PO + procurement (3w)
  3. 3Shipping (2w)
  4. 4Rack + cabling (3w)
  5. 5Spine-leaf install (2w)
  6. 6EVPN-VXLAN config (4w)
  7. 7Tenant migration (4w)
  8. 8Testing (4w)

1IX Subscription (4 weeks)

  1. 1Fabric design (4d)
  2. 2Equipment staging (3d)
  3. 3Rack + cabling (5d)
  4. 4Spine-leaf + EVPN config (5d)
  5. 5Testing + migration (7d)

Multi-Site Enterprise (5 sites)

1IX deploys all 5 sites in parallel; traditional model installs sequentially due to staffing limits.

Traditional (40 weeks)

  1. 1Per-site budget approval (8w)
  2. 2Vendor selection (6w)
  3. 3PO + procurement (4w)
  4. 4Sequential site install (15w)
  5. 5WAN configuration (4w)
  6. 6Testing (3w)

1IX Subscription (6 weeks)

  1. 1Network design for all sites (5d)
  2. 2Parallel equipment staging (3d)
  3. 3Parallel install (2w)
  4. 4EVPN fabric config (5d)
  5. 5Testing + cutover (5d)

Government Agency Network

OPEX subscription avoids PhilGEPS bidding entirely for agencies with existing IT maintenance budgets.

Traditional (52 weeks)

  1. 1Budget allocation (12w)
  2. 2PhilGEPS bidding (16w)
  3. 3PO + procurement (4w)
  4. 4Shipping (3w)
  5. 5Installation (4w)
  6. 6Configuration (5w)
  7. 7Security audit (4w)
  8. 8Testing (4w)

1IX Subscription (5 weeks)

  1. 1Requirements + design (5d)
  2. 2OPEX budget approval (5d)
  3. 3Equipment staging (3d)
  4. 4Installation (5d)
  5. 5Configuration + testing (5d)
  6. 6Security audit (5d)

Why 1IX Deploys 87% Faster

1. No Procurement Cycle

Traditional deployments spend 6-16 weeks on budget approval, vendor RFQ, bidding, and purchase orders. 1IX owns the equipment, so deployment starts immediately upon contract signing.

2. Zero-Touch Provisioning (ZTP)

All Juniper devices are pre-staged and pre-configured at our staging facility. When equipment arrives on-site, it downloads its configuration automatically via ZTP, eliminating manual CLI configuration that takes 2-4 weeks in traditional deployments.

3. Parallel Multi-Site Deployment

1IX deploys multiple sites simultaneously using our engineering team and ZTP automation. Traditional deployments install sites sequentially due to limited staff and configuration complexity.

4. Pre-Built Configurations

We maintain tested configuration templates for ISP, enterprise, datacenter, and government scenarios. New deployments start from proven templates, reducing design and configuration time from weeks to days.

5. No Import/Customs Delays

1IX maintains local inventory of the most-deployed Juniper platforms in our Manila staging facility. Traditional imports of carrier-grade networking equipment face 2-4 week customs clearance delays.

Deploy Your Network in 2-6 Weeks

Stop waiting for procurement. Get carrier-grade infrastructure deployed and billing-ready in weeks, not months.