At a Glance
Company
First Nations Schools
Region / Country
Northern Manitoba / Canada / North America
Industry
Education
Panduit Solution
Extending Reliable Connectivity Without Adding Network Closets
Two remote northern Manitoba schools needed modern education network infrastructure, but long distances from existing network closets made standard copper runs impractical. Tri-Star Technical used Panduit Extended Reach Category 6 Cable for longer links while installing standard Category 6 cabling elsewhere. The tested solution delivered certified connectivity throughout both buildings without adding multiple intermediate distribution frames.
Challenges
- Outdated Category 5 cabling and inconsistent connections limited reliable classroom network access.
- Incremental building expansions placed classrooms beyond the practical reach of existing network closets.
- A conventional design would require multiple new intermediate distribution frames, fiber backbones, switches, power, cooling, and ongoing maintenance.
- Remote locations and limited IT resources increased the importance of documented, dependable performance.
Solution
- Installed Panduit Extended Reach Category 6 Cable on runs estimated to exceed 80 meters.
- Used a 22 AWG cable design engineered to support gigabit Ethernet connections at extended distances, with defined testing parameters.
- Paired extended-reach cabling with standard Panduit Category 6 cabling, jacks, and patch panels.
- Certified every installed cable run with Fluke testers programmed to Panduit extended-reach limits.
Outcome
- Every installed cable run passed certification testing.
- Upgraded Category 6 infrastructure was installed throughout both schools without additional distribution closets.
- Classrooms are prepared to support teacher workstations, smart boards, future wireless access points, and security cameras.
- Certification records provide documented performance for warranty support and future troubleshooting.
Challenges
The Challenge: Updating Schools Built for a Different Era
When Jeff Ward, estimator and technician at Tri-Star Technical, first walked through two schools on a First Nations reserve in northern Manitoba, he immediately recognized the challenge ahead. One high school and one elementary school – both built incrementally over the years – needed complete network infrastructure overhauls.
Many of the First Nations schools in northern Manitoba lack the capacity to support the technology that would benefit teachers and students in the classroom. For these two schools, it was a familiar story: outdated Category 5 cable, with structural additions and modifications over the years creating a patchwork of questionable connections. Many classrooms had inadequate network access, limiting teachers' ability to use modern educational technology.
But the real problem emerged when Tri-Star Technical began planning the new installation. Both buildings had grown organically over time, with classrooms added wing by wing. The result? Schools that were simply too large for their existing network closet locations. Main distribution frames (MDFs) and intermediate distribution frames (IDFs) were in place, but both schools were physically too spread out for those facilities to serve the furthest reaches in the buildings.
To meet network demands, one school would need two additional IDFs, while the other would require three to four new distribution closets to meet standard cabling distance requirements.
“The fact that there is a test, and Panduit has guidelines we can show them, they have a warranty, that’s perfect.”
– Jeff Ward, BScEE, RCDD
Estimator and Technician, Tri-Star Technical
The Panduit Strategy and Solution:
The conventional approach was clear: construct additional IDFs throughout each school building. But that option came at a high cost:
- Construction costs for 3-4 new closet spaces per building
- Fiber backbone to connect new IDFs to the main distribution frame
- Active equipment: Network switches for each closet
- Infrastructure support: Additional power circuits, HVAC to cool equipment, proper ventilation
- Ongoing complexity: More points of failure, more equipment to maintain, more confusion for schools with high staff turnover
For schools already struggling with limited IT resources and frequent staff changes, adding multiple distribution closets would create an ongoing maintenance burden.
A Different Approach: Extended Reach Cable
The school division was already exploring alternatives to the added IDFs, with a specification that called for extended reach cabling on any run longer than 80 meters. The specification called to use a competitor's product – one that made bold claims about extended distances.
But Ward had concerns. "I dug through the information available for their product and the claims that are being made to get a feel for how it works and what the limitations are," he says. "They say that they guarantee performance, but they don't actually guarantee the performance."
Tri-Star was already using Panduit Category 6 cabling in these two schools, so Ward researched Panduit offerings and found the extended reach Category 6 cable solution. The difference between the two extended reach cable offerings was immediately apparent: clear testing protocols using readily available Fluke testers, defined distance limits, and a conservative engineering approach.
Panduit extended reach cable enables Ethernet connectivity beyond the standard 100-meter limit, delivering Gigabit Ethernet up to 150 meters and 10 Mbps applications up to 240 meters. Larger 22 AWG copper conductors help maintain signal integrity, minimize power loss, and deliver up to 90 watts of Power over Ethernet across extended distances. Clearly defined testing parameters for Fluke certification testers further simplify validation and help ensure reliable performance.
The value proposition was compelling for both the school division and Tri-Star: eliminate multiple IDF installations while using a proven, tested solution backed by clear guidelines.
The Implementation
The Installation: Bringing Modern Infrastructure to Scale
The scope of work was substantial: 132 cable drops in the larger school and 100 drops in the smaller building. Each classroom received connections for teacher workstations and smart boards – the kind of technology that requires reliable gigabit networking.
Approximately 10-15% of all the cable runs installed in the two buildings required extended reach cable, while the rest used standard Category 6 cabling. The longest runs stretched to 120-130 meters of horizontal cable – well beyond standard limits but comfortably within guidelines for a 4-connector channel configuration with extended reach cable.
"Their specification was for any run estimated to be longer than 80 meters to be done with extended reach cable," Ward explains. While cabling standards allow up to 100 meters, the school division had learned from experience that in their remote communities where infrastructure maintenance and rework could be a challenge, it made sense to have a buffer.
For the installation crews, the extended reach cable handled exactly like standard Category 6. "They didn't complain at all," Ward notes. "They didn't talk about any differences. It ran just fine."
The larger 22 AWG conductors that enable the extended distances caused no termination issues. Crews used standard Panduit jacks and patch panels, following the same procedures they'd use with any Category 6 installation.
Testing & Certification: Proven Performance
Every cable run underwent rigorous testing using Fluke certification testers programmed with extended reach limits specified by Panduit. The results? Every installation passed.
"No issues right now at all," Ward confirms. The test results provide documented proof of performance, critical for warranty applications and future troubleshooting.
For schools with limited IT expertise – where staff turnover means institutional knowledge walks out the door regularly – having clear certification documentation provides peace of mind. Future administrators won't need to guess whether that long cable run will support their needs. They'll have test results proving it.
The Outcome
The Results: Infrastructure that Scales
With the infrastructure in place and certified, each classroom now has proper network connectivity, ready to support:
- Teacher workstations and laptops
- Interactive smart boards for modern teaching methods
- Future wireless access points
- Security cameras
The school division achieved their goal: modern Category 6 infrastructure throughout both buildings without the cost, complexity, and space requirements of additional distribution closets.
Lessons Learned: Where Extended Reach Fits
The project confirmed what Tri-Star Technical had suspected: extended reach cable fills a critical gap in the contractor's toolkit.
"We're starting to see more and more applications for it," Ward notes. "We’re seeing a lot of tenders where they want it for a half dozen cameras or single devices where the cables are just a bit too long."
The Bottom Line: Engineering for Real-World Conditions
For contractors, the appeal of Panduit extended reach cable comes down to one word: confidence.
"The fact that there is a test, and Panduit has guidelines that we can show them, they have a warranty, that's perfect," Ward emphasizes.
In remote communities nine hours from the nearest distributor, on projects where "just run it and hope it works" isn't acceptable, having proven solutions with clear specifications makes all the difference.
The two schools in Northern Manitoba now have infrastructure that will serve students for years to come – without the complexity and cost of distribution closets scattered throughout hallways and converted janitor's closets. Teachers can use smart boards, administrators can connect workstations anywhere in the building, and future additions won't immediately exceed infrastructure capabilities.
Sometimes the best solution isn't adding more equipment – it’s using better cable.
