CommScope Cat6 & FRLS Cabling for Turnq Private Limited | Layerix
Client: Turnq Private Limited
Technologies Deployed
Zero Outsourcing — Always
Every cable in this deployment was pulled, terminated, labelled, and Fluke-tested by Layerix Networking Experts' own full-time certified engineers. No subcontractors. No third-party labour. The same team that installed your cabling answers your support call twelve months later.
About Turnq Private Limited — EPC Done Right
Turnq Private Limited is a Bengaluru-based Engineering, Procurement & Construction (EPC) company. In the EPC model, a single firm takes full responsibility for a project from concept to commissioning — handling design, procuring all materials and equipment, and delivering a functioning facility on time and within budget. Their clients expect precision. They expect documentation. And they expect that every component installed meets the specification it was procured to.
Companies that hold themselves to that standard in their own client delivery tend to be very particular about the vendors they bring into their own office. A sloppy cabling installation, unlabelled cables, and no Fluke test reports isn't something a professional EPC firm tolerates in a project they're delivering — and it's not something they should have to tolerate in their own office infrastructure either.
Turnq engaged Layerix Networking Experts for a complete CommScope Cat6 structured cabling installation — 1,350 metres of cable, FRLS PVC conduit throughout, a Netrack 6U rack, CommScope patch panels and IO ports, and multi-core copper cable for access control circuits — all Fluke DSX CableAnalyzer certified, professionally labelled, and documented in an as-built handover package. The kind of infrastructure that a firm building projects for others actually deserves for itself.
Why EPC & Construction Firms Are Unusually Demanding Cabling Clients — And Why That's Exactly Right
An EPC firm's entire value proposition is that they deliver what they promise — on spec, documented, and accountable. Their clients scrutinise BOQs, inspect materials, and review as-built drawings against the original design. When an EPC firm applies the same standard to their own office infrastructure, they notice things that a typical office occupant would never catch: a cable not labelled at both ends, a conduit run that cuts a corner, a Fluke report that shows a marginal pass. These firms know what good construction looks like, because they build it for a living.
Layerix Networking Experts' design-first, Fluke-certified, fully-documented approach is not a premium add-on for EPC clients. It's the baseline they correctly expect. FRLS-rated conduit throughout, CommScope components at every termination point, and a DSX CableAnalyzer report for every port — because that's what the specification says, and the specification exists for a reason.
The Challenge — FRLS Conduit, Multi-Core Cable, and No Shortcuts
The Turnq office structured cabling scope had four specific requirements that separate a professional installation from a standard office cabling job:
- FRLS-rated conduit mandatory throughout — not standard PVC: Flame Retardant Low Smoke PVC conduit was specified for all cable pathways. FRLS conduit reduces toxic smoke emission under fire conditions — a specification that commercial building regulations increasingly require and that EPC firms typically mandate in their own fitout projects. Standard PVC was not an option. Layerix supplied 32mm and 25mm rigid FRLS conduit for main and branch runs, and 25mm flexible FRLS conduit at every dropping place.
- Multi-core copper cable — separate routing from Cat6 data: The access control system required 200m of 8-core 0.75 sq.mm unarmoured copper cable and 80m of 4-core 0.75 sq.mm unarmoured copper cable, both routed through the existing 25mm PVC conduit. EMI separation from Cat6 data runs needed to be planned at the conduit routing stage — not improvised after the cables were pulled.
- CommScope components end-to-end — no substitutions: The BOQ specified CommScope Cat6 cable, CommScope Cat6 IO ports with single face plates, and CommScope 24-port loaded patch panels. When CommScope is specified, CommScope is installed. Not a white-label alternative with a CommScope sticker. The channel test report from the Fluke DSX covers the entire link from IO port to patch panel — and that result is only valid if the passive components are genuine CommScope throughout.
- Fluke DSX certification on every link — test report delivered: An EPC firm knows what a test report looks like. Every link tested to TIA-568 specification: insertion loss, NEXT, return loss, and propagation delay per port. Pass/fail result per run. Delivered as a PDF at handover.
Layerix designed the cable routes before pulling a single metre, confirmed FRLS conduit types per zone, planned multi-core cable routing away from data runs, and produced as-built documentation that matched the installed infrastructure — not the original floor plan assumption.
The Scope — 1,350m of CommScope Cat6, FRLS Conduit Throughout, Fluke-Tested
Ten BOQ line items. One Layerix team. Every item installed, terminated, tested, and documented by the same in-house certified engineers.
1,350 metres of CommScope Cat6 UTP cable — the horizontal structured cabling backbone for Turnq's office. Terminated to T568B wiring standard at CommScope IO ports and 24-port patch panels. CommScope Cat6 at this volume: 1Gbps to every desktop, 10GBase-T capable at shorter runs, and a 15-year rated lifespan when installed to TIA-568 specification. Fluke DSX CableAnalyzer certified on every single port.
CommScope CAT6 IO ports with single face plates installed at each data outlet position. The IO port (integrated outlet) approach gives a cleaner, flush faceplate finish than a keystone-in-separate-plate setup — the right choice for a professional EPC office where finish quality is noticed. Each IO port labelled with the port number matching the patch panel port schedule.
Two CommScope Cat6 24-port loaded patch panels fully terminated in the Netrack 6U rack — all 1,350m of cable runs landed, dressed, and labelled. Port schedule produced at termination: every port number maps to a physical outlet location. The document that makes any future add/move/change possible without a site resurvey.
Netrack 6U wall-mount rack installed at the main distribution point — housing the two CommScope patch panels, active switching equipment, and cable management. Rack position selected in the site survey to minimise cable run lengths. Cable management fitted before the first patch cord was dressed.
10m of 32mm dia 2mm-thick FRLS rigid PVC conduit (backbone pathway), 85m of 25mm dia 2mm-thick FRLS rigid PVC conduit (branch runs), and 20m of 25mm dia FRLS flexible conduit at all dropping places. All FRLS-rated — Flame Retardant Low Smoke — with full accessories (bends, tees, junction boxes). The building spec required FRLS throughout. Layerix delivered FRLS throughout.
200m of 8CX0.75 sq.mm and 80m of 4CX0.75 sq.mm unarmoured copper cable pulled through the existing 25mm PVC conduit — the low-voltage control cable backbone for access control hardware. Routed on separate conduit paths from Cat6 data runs to avoid EMI coupling. Conductors sized at 0.75 or 1 sq.mm per site conditions.
Three Phases — Conduit First, Cable Second, Certify Third
The sequence Layerix follows on every structured cabling installation is non-negotiable: design the route, install the conduit, pull the cable, terminate, then Fluke-test. Not the other way around. For Turnq, this meant FRLS conduit in before a single metre of Cat6 was pulled — and multi-core copper cable routes planned away from data runs before installation began.
The Conduit Goes In Before the Cable. Always.
Layerix engineers walked the Turnq office, mapped every cable route, and drew the conduit plan before a single metre of conduit was cut. The 32mm FRLS rigid backbone run was identified, branch runs to outlet positions were mapped to 25mm rigid, and every dropping place where the rigid conduit transitions to the wall outlet was flagged for flexible FRLS conduit. The multi-core copper cable routes were planned separately from the Cat6 data runs at this stage — not as an afterthought when the data cables were already in the conduit.
32mm FRLS Rigid Conduit — Main Backbone
10m of 32mm dia 2mm-thick FRLS rigid PVC conduit installed as the main cable backbone pathway. FRLS specification is mandatory in commercial buildings — the 'Flame Retardant Low Smoke' rating means the conduit does not emit toxic halogen gases in a fire condition the way standard PVC does.
25mm FRLS Rigid Conduit — Branch Runs
85m of 25mm dia 2mm-thick FRLS rigid PVC conduit for branch runs from the backbone to each outlet position. All bends, tees, and junction boxes included — every junction point accessible for future cable additions without breaking the conduit.
25mm FRLS Flexible Conduit — Dropping Places
20m of 25mm FRLS flexible conduit at all dropping places — where the rigid conduit run ends and the cable needs to flex down to the wall or ceiling outlet. Same FRLS rating maintained through every transition point.
8-Core & 4-Core Copper Cable — Separate Route
200m of 8CX0.75 and 80m of 4CX0.75 unarmoured copper cable pulled through the existing 25mm PVC conduit for the access control circuit backbone — routed on separate conduit pathways from the CommScope Cat6 data runs to prevent EMI coupling between data and control wiring.
1,350 Metres. Every Run Numbered. Every Termination to Spec.
With FRLS conduit commissioned and multi-core copper cable pulled, 1,350 metres of CommScope Cat6 UTP cable was pulled through the conduit network — each run numbered at both ends with heat-shrink labels before termination. The CommScope Cat6 IO port terminations at each outlet were done to T568B standard with consistent pair untwist length and jacket strip depth. Cat6 cabling installation quality is determined at termination — a correctly specified cable with a poorly terminated connector gives a marginal or failed Fluke result. Every IO port was terminated, covered with the CommScope single face plate, and labelled before the installation team moved to the next outlet.
1,350m CommScope Cat6 Cable — Numbered Both Ends
CommScope Cat6 UTP cable pulled through the FRLS PVC conduit network to every drop point — IO port positions and patch panel termination points. Every run numbered at both ends before any termination begins. The numbering that makes the port schedule accurate and makes future troubleshooting take minutes rather than hours.
10 × CommScope Cat6 IO Ports — T568B, Single Face Plate
CommScope CAT6 IO ports terminated at each outlet position — pair untwist minimised to TIA-568 specification, jacket strip depth consistent across all ports. Single CommScope face plate fitted flush to the wall surface. Port number label applied before the face plate was closed.
Rack Built. Panels Terminated. Every Port Fluke-Certified.
The final phase built the Netrack 6U wall-mount rack, terminated both CommScope 24-port loaded patch panels with all incoming cable runs, and then ran the full Fluke DSX CableAnalyzer certification — every Cat6 link tested to TIA-568 specification. An EPC firm reviewing their office infrastructure handover documentation can see the same kind of test evidence they would produce for a client qualification activity.
Netrack 6U Rack — Cable Management Before Patch Cords
Netrack 6U wall-mount rack assembled and mounted — rack level and anchor points verified, all cage nuts fitted before patch panels were installed. Horizontal cable management in place before the first patch cord was run. The rack that is easy to add to in three years and still looks like it was built yesterday.
2 × CommScope 24-Port Loaded Patch Panels — Port Schedule
Both CommScope Cat6 24-port loaded patch panels terminated with all 1,350m of incoming cable runs — each cable dressed into the panel rear, pair-by-pair termination to T568B, velcro-tied. Port schedule produced: every patch panel port number mapped to the physical outlet location. Delivered in the as-built handover pack.
Fluke DSX CableAnalyzer — Every Port, Pass/Fail Report
Full Fluke DSX CableAnalyzer run on every Cat6 cable link — insertion loss, NEXT, PS-NEXT, ACR-F, return loss, and propagation delay tested per port against TIA-568 limits. Pass/Fail report generated per run. The test reports go into the handover pack alongside the as-built drawing, port schedule, and rack layout documentation.
Professional Labelling & As-Built Handover Pack
Every cable labelled at both IO port and patch panel end with a consistent scheme. As-built documentation delivered: cabling layout drawing with conduit routes and outlet positions, port schedule, Fluke DSX test report per link, rack photo. The documentation that makes the infrastructure serviceable by any engineer, on any future date.
The Outcome — EPC-Grade Cabling for an EPC Firm
When Layerix completed the Turnq deployment, the office had:
- 1,350m of CommScope Cat6 structured cabling — Fluke DSX certified on every link, T568B terminated, with CommScope IO ports, face plates, and patch panels end-to-end. Cabling infrastructure with a 15-year rated lifespan, documented to be extended or modified without a site resurvey.
- FRLS PVC conduit throughout — 32mm rigid backbone, 25mm rigid branch runs, and flexible FRLS at every dropping place. The fire safety specification was delivered, not approximated.
- Netrack 6U rack with two CommScope 24-port patch panels — clean, labelled, and cable-managed from day one.
- 8-core and 4-core copper cable — properly routed for access control, EMI-separated from data runs, documented in the as-built.
- 12×6 post-deployment support — Turnq can raise a ticket at support.layerixnetworks.com and reach the same Layerix team that built the infrastructure. Not a helpdesk. Not a call centre. The engineers who terminated the cables.
Project Scale
CommScope Cat6 — Fluke DSX certified
FRLS rigid + flexible PVC conduit
Multi-core copper cable (8C + 4C)
Post-handover support — always available
Components & Technologies Deployed
Why EPC & Construction Companies Deserve Enterprise-Grade Cabling Infrastructure
EPC and construction companies spend their working days holding vendors, materials, and subcontractors to documented specifications. The irony is that many of them have office infrastructure that was installed without a BOQ, without Fluke test reports, and by the cheapest electrician who happened to be available — because the internal IT budget was treated as less important than the project delivery standards they hold their own clients to.
The CommScope Cat6 structured cabling installation Layerix delivered at Turnq Private Limited is built to the same specification standard that an EPC firm would demand on a project they're delivering for a client: FRLS-rated PVC conduit raceway throughout, genuine CommScope components end-to-end, Fluke DSX certification on every link, and as-built documentation at handover. Backed by a 12×6 support SLA and a 5-year workmanship warranty.
For EPC firms, construction companies, and engineering organisations across Bengaluru and Karnataka looking at a structured cabling upgrade or new office fitout, Layerix provides the full scope: Cat6/Cat6A cabling, FRLS conduit, network rack installation, Fluke certification, and optional AMC — all from a single in-house certified team, with zero subcontracting.
"An EPC firm builds to spec for their clients. Their own office infrastructure should be held to the same standard — FRLS conduit, CommScope end-to-end, Fluke-certified, and documented at handover."
— Layerix Networking Experts Engineering Team
Explore the Services Deployed at Turnq Private Limited
About Layerix Networking Experts
Layerix Networking Experts is a Bengaluru-based enterprise IT infrastructure company with 40+ certified, full-time in-house engineers and a strict zero-outsourcing model. We are Cisco-certified and Check Point-partnered. We deliver TIA-568 Fluke-certified Cat6/Cat6A structured cabling, FRLS PVC conduit raceway, network rack installation, enterprise WiFi 6, IP CCTV, biometric access control, network security, and 12×6 managed AMC for engineering, construction, healthcare, manufacturing, and commercial clients across Karnataka and pan-India. Every deployment is Fluke-certified, fully documented, and backed by a 5-year workmanship warranty.
Key Results
1,350m CommScope Cat6 UTP cable — TIA-568 T568B compliant, Fluke DSX certified on every port
10 × CommScope CAT6 IO ports with single face plates — clean outlet finish
2 × CommScope Cat6 24-port loaded patch panels — fully terminated and labelled
1 × Netrack 6U wall-mount rack with all accessories
10m 32mm dia 2mm thick FRLS rigid PVC conduit with accessories
85m 25mm dia 2mm thick FRLS rigid PVC conduit with accessories
20m 25mm dia FRLS flexible conduit for dropping places
200m 8CX0.75 unarmoured copper cable in existing 25mm PVC conduit
80m 4CX0.75 unarmoured copper cable in existing 25mm PVC conduit
Fluke testing of all cables and ports — pass/fail report per link delivered at handover
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