Fluke Networks-certified professionals
Specialized knowledge of testing and certification methodologies.
STRUCTURED & CERTIFIED CABLINGTalk to an expert
Your network's reliability begins long before the first data packet.
A network infrastructure can use the best switches, servers, access points, and applications on the market. If the physical layer fails, everything else fails with it. Add Solution designs, implements, organizes, tests, and certifies structured copper and fiber-optic cabling infrastructures for environments where availability, performance, and capacity for expansion are business requirements.
ORIGEMDESTINO
ENLACE CERTIFICADO · PASS
CopperProfessional cabling and certificationFiber opticsImplementation, splicing, and diagnosticsFluke NetworksCertified professionals
Our delivery does not end when the last cable is installed. It ends when we can prove that the infrastructure is ready to operate within the parameters for which it was designed.
Installation is only one step. Proving performance is what turns installation into engineering.
A cable may look organized and still have termination faults, interference, signal loss, or limitations.
Add Solution measures and turns subjective quality into measurable, documented results.
INSTALLED≠CERTIFIEDDESIGNED + INSTALLED + TESTED + DOCUMENTEDPROVEN INFRASTRUCTURE
Quality proven by those who execute and those who measure.
Add Solution has Fluke Networks-certified professionals and professional instrumentation to assess, test, and document copper links.
Professional instrumentation
DSX CableAnalyzer equipment turns performance into technical evidence.
DSX2-5000DSX-602DSX-602-PRODSX-PLA004S
We bring more than tools. We bring the engineering capability to prove the infrastructure.A link holds far more information than simply “works or does not work.”
Certifiers analyze electrical and transmission parameters and compare them against the limits of the selected standard.
01Wire Map
02Length
03Insertion Loss
04NEXT
05PS NEXT
06Return Loss
07ACR-N
08ACR-F
09Propagation Delay
10Delay Skew
11DC Loop Resistance
LINK RESULTPASS
The link either meets or does not meet the parameters established for the design.
Fiber optics: from implementation to link characterization.
From installation through preparation, splicing, termination, organization, testing, and documentation.
Fiber installation
Optical backbones
Splice and distribution boxes
DIOs and terminations
Fiber splicing
Connectorization
Cleaning and inspection
Testing
Documentation
Measuring how much signal arrives is as important as knowing where it came from.
SOURCELINKPOWER METER
Measurement assesses insertion loss and end-to-end optical performance.
It is not enough to know there is loss. We need to understand where it occurs.
The OTDR characterizes events and estimates positions along the link.
Precision is also measured in micrometers.
Preparation, cleaving, alignment, splicing, protection, and organization require specific tools.
1Prepare2Clean3Cleave4Align5Splice6Protect7Organize8Test
Infrastructure built on standards, not improvisation.
Designs and tests consider applicable standards; this does not represent institutional certification.
ABNT NBR 14565
Structured cabling in Brazil
ANSI/TIA-568
Cabling systems
ANSI/TIA-569
Pathways and spaces
ANSI/TIA-606
Administration and identification
ANSI/TIA-607
Bonding and grounding
ISO/IEC 11801
Generic cabling
IEEE 802.3
Ethernet applications
The cable is only one part of the infrastructure.
Design, pathways, racks, backbones, identification, measurement, and documentation form a single system.
01Design02Physical infrastructure03Horizontal cabling04Backbones05Racks06Patch panels07DIOs08Identification09Certification10Documentation
From infrastructure to acceptance.
- 01
Survey
Environment and technical requirements analysis.
- 02
Design
Topology, distribution, routes, and infrastructure.
- 03
Size
Capacity, growth, density, and performance.
- 04
Implement
Physical execution according to the design.
- 05
Organize
Racks, patch panels, DIOs, fibers, and pathways.
- 06
Identify
Link standardization.
- 07
Test
Applicable technical checks.
- 08
Certify
Instrumented measurement.
- 09
Document
Consolidation of results.
- 10
Deliver
Technical acceptance and documentation.
Traceability
The result should not depend on interpretation.
Reports, identification, acceptance evidence, and history create a reliable foundation for maintenance and expansion.
CERTIFICATION REPORTPASS
Identified link
Verified parameters
Documented result
Different environments. The same reliability requirement.
Logistics
Organized, testable infrastructure prepared for connectivity and continuous operation.
Hospitals and healthcare
Organized, testable infrastructure prepared for connectivity and continuous operation.
Industry
Organized, testable infrastructure prepared for connectivity and continuous operation.
Corporate environments
Organized, testable infrastructure prepared for connectivity and continuous operation.
Execution quality
Certification does not fix a poor installation. It reveals it.
Bend radius, pulling tension, separation, routes, termination, identification, and maintainability must be correct from the start.
Certification is the final evidence of a correct process.What are we really delivering?
Not just cables, connectors, and racks. An infrastructure that connects:
PeopleApplicationsWi-FiTelephonyCamerasAutomationServersCloudCritical operations
Every digital transformation relies on physical infrastructure. That is where our work begins.Your technology investment deserves infrastructure to match.
Add Solution combines design, execution, organization, testing, certification, and documentation to deliver environments ready to operate reliably today and continue evolving tomorrow.
Talk to our expertsFREQUENTLY ASKED QUESTIONS
Structured cabling, certification, and documentation.
A reliable physical infrastructure must be designed, installed, measured, and delivered with evidence.
01What is the difference between testing and certifying a link?
A simple test can indicate connectivity. Certification measures parameters defined by the category and applicable standards, recording objective results for acceptance and traceability.
02Does certification replace a properly executed installation?
No. Certification demonstrates the performance achieved. Routes, bend radius, pulling tension, termination, organization, identification, and separation must be handled correctly from the start of execution.
03Can the design include copper and fiber optics?
Yes. The architecture can combine copper cabling, optical backbones, distributors, racks, terminations, splices, and documentation according to the environment's distances, applications, and requirements.
04What information helps with the initial survey?
Floor plans, number and location of outlets, planned applications, distances, available routes, environmental conditions, expected growth, and acceptance criteria make sizing more accurate.
FALE COM UM ESPECIALISTA
Vamos conversar sobre Structured & Certified Cabling.
Share the context of your environment, the perceived impacts and the results your organization seeks. Add Solution will direct the conversation to the most appropriate experts.
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