BorborProjects / Campus network performance upgrades
PROJECT BRIEF / SWITCHING, UPLINKS AND PERFORMANCE TROUBLESHOOTING
From problem to verifiable outcome.
Field experience diagnosing bandwidth bottlenecks and replacing aging network components with higher-capacity infrastructure.
Public case study · Sensitive operational specifics intentionally withheldHIGH-LEVEL SYSTEM VIEW — NOT AN AS-BUILT DIAGRAM
Clients → Access switch → Gigabit/fiber uplink → Distribution (simplified)
What needed to change
Some segments experienced slow access owing in part to aging switches and 100 Mbps paths. The goal was to remove evidenced bottlenecks without assuming every slowdown had the same cause.
Constraints & decisions
- Legacy network ports and cabling could cap negotiated speed.
- Uplink optics, VLAN carriage and switch compatibility required validation.
- Upgrades needed to minimize disruption to existing users.
Implementation approach
- Examined access and uplink capacity, interface status, error counters and affected services.
- Identified opportunities to upgrade links from 100 Mbps to Gigabit Ethernet where feasible.
- Supported deployment of higher-capacity switching and fiber connections.
- Followed up with operational users and infrastructure monitoring.
Validation & evidence
- Validated negotiated interface rates and connectivity on upgraded segments.
- Collected user feedback indicating improved responsiveness in several work areas.
- Continued observing for faults and remaining bottlenecks.
Lessons learned
- Trace the entire data path; one upgraded port cannot overcome a slower uplink.
- Record a before-and-after baseline when possible.
- A phased replacement strategy gives better long-term value than random hardware swaps.
Responsible disclosure: This writeup is a generalized description based on professional or independent project work. It is not an employer-approved as-built diagram. Do not infer production addressing, exact architecture, vendor secrets or customer data from this page.