Fluke Testing
Fluke Test are a series of industrial tests and measurements for physical links conducted with Fluke testers such as Fluke Network Cable Analyser which can provide “Pass” or “Fail” information in accordance with industry standards
1
What is a Fluke Test?
Fluke Test is a series of industrial tests and measurements for physical links conducted with Fluke testers such as Fluke Network Cable Analyser which can provide “Pass” or “Fail” information in accordance with industry standards.
​
It provides a level of assurance that network cabling links have the desired network transmission capability to support the data communication desired by the users.
​
In the Fluke Test, patch cord testing, channel testing and permanent link testing are adopted by installers and end-users to verify the performance of the installed twisted-pair cabling links.
2
Why Should We Do Fluke Test?
Users expect their Ethernet network cabling to work perfectly, but some users are likely to cut the corners and skip the cable testing process during installation, which can make them fail to find out the cable issues, directly resulting in network downtime. This problem can be avoided by our trained professional testers to locate faults quickly.
​
Fluke Testing gives greater capabilities when it comes to troubleshooting cable, all while maintaining a higher grade of accuracy.
​
Fluke Testing will allow you to track and archive your test results for future reference. Having data to reference is especially important, as the same network may be tested multiple times over a span of a few years.
3
Patch Cord Testing
Patch cord testing is a method to measure the performance of the network patch cords themselves, thus it has the highest level of requirements for the cable performance. A network patch cable passing the patch cord testing usually has higher performance and is more durable and reliable to be deployed in high-end data centres because it can avoid packet or data losses.
​
When conducting the patch cord testing, a copper patch cord is connected between two pieces of test equipment including the whole patch cable and the test adapters. Any cable that is longer than 10m is not compliant and should be tested to channel specifications. That’s also why patch cord testing is most adopted to verify the copper patch cables between adjacent racks in the data centers.
4
Permanent Link Testing
The permanent link refers to the ‘permanent’ or fixed part of the copper network which comprises of components that will permanently stay in place such as a patch panel, LAN cable and an outlet. Permanent link testing is used to verify the performance of the installed twisted pair cabling links including pre-terminated trunk cables and bulk cables in the field, thus being considered as the true foundation of the network.
​
In the Fluke Test, the permanent link testing excludes the equipment cords because it only measures the fixed portion of the channel, typically patch panel to patch panel in the data center or patch panel in the telecommunications room to work area outlet or consolidation point in the LAN. The maximum permitted length of the permanent link is 90 meters.
Fluke DSX 8000
The Fluke DSX-8000 Cable Analyzer copper test solution enables cable testing and certification for network deployments up to 40 Gigabit Ethernet, including Cat 5e, 6, 6A, 8, or Class I/II cabling systems.
The Fluke DSX-8000 can achieve complete copper certification to Cat 6A in 8 seconds or certify two fibers at two wavelengths in just 3 seconds.
Features
-
Versiv™ modular design supports copper certification, fiber optic loss, OTDR testing, and fiber end-face inspection
-
Unmatched speed for Cat 6A, 8, Class FA, I/II, and all current standards
-
ProjX™ system manages job requirements and progress from set-up to systems acceptance
-
Taptive™ user interface simplifies set-up and eliminates errors
-
Analyze test results and create professional test reports using LinkWare™ management software
-
Graphically displays the source of failures including crosstalk, return loss, and shield faults for faster troubleshooting
-
Intertek Verified to TIA Level 2G
-
Endorsed by cabling vendors worldwide
-
Built in Alien Crosstalk testing capability
Fluke DSX 5000
The DSX 5000 CableAnalyzer™ is a certification tool for copper cables. This range includes OLTS certifications for optical fibre and OTDR modules. The DSX 5000 is also used for the certification of copper links, fibre loss and analysis of a Wi-Fi connection.
The DSX 5000 Cable Tester will certify and test twisted pair cabling for deployments up to 10 Gigabit Ethernet. All cable types can be analyzed for Category 5e, 6, 6A or Class FA.
Features
-
Versiv enables users to accomplish more than ever with a cable tester, by accelerating every step of the testing process ProjX management system eases tasks from initial set-up of a job to system acceptance. It eliminates redundant steps, and ensures that all tests are completed correctly the first time, and every time
-
Taptive user interface puts advanced data analysis and easy set-up and operation at the fingertips of of technicians of all skill levels
-
LinkWare management software provides unmatched analysis of test results and professional test reports The DSX reduces the time required to fix cabling faults with Dedicated Diagnostics, a simple test that locates the problem
-
Ten second Cat 6A test time contributes to the fastest way to gain certification
-
Graphically displays the source of failures including crosstalk and distance to shield faults for faster troubleshooting
-
Manage up to 12,000 test results with full graphics
-
Capacitive touchscreen allows quick tester setup with easily selectable cable types, standards and testing parameters
-
1 billion links reported on LinkWare management software
Standards
-
Compliant with ANSI/TIA-1152-A Level 2G and proposed standard IEC 61935-1 Ed
-
5 Level VI field tester accuracy requirements to 2000 MHz
-
Supports the complete suite of resistance unbalance standards needed for power over Ethernet (PoE) – IEEE 802.3bt, ANSI/TIA/EIA-568, ISO/IEC 11801 series documents
-
TCL and ELTCTL measurements compliant to IEC 61935-1-1 (Draft)
Standards
-
Compliant with ANSI/TIA-1152-A Level 2G and proposed standard IEC 61935-1 Ed. 5 Level VI field tester accuracy requirements to 2000 MHz
-
Supports the complete suite of Resistance Unbalance standards needed for Power over Ethernet (PoE) –IEEE 802.3bt, ANSI/TIA/EIA-568, ISO/IEC 11801 series documents
-
TCL and ELTCTL measurements compliant to IEC 61935-1-1 (Draft)
-
Screen continuity along path of cabling