EXFO FTB-2 Pro and EXFO FIP: A 7-Point Buying Checklist for Fiber Test Equipment

I’m not the engineer who stares at an OTDR trace and identifies the exact fault. I’m the office administrator who takes that request and turns it into a purchase order before finance starts asking questions. For the last four years I’ve managed field-test equipment buying for a 180-person fiber contractor—roughly $450,000 a year in orders across a dozen vendors, most of it related to fiber networks. I report to both operations and finance, which is a polite way of saying I get blamed when a shiny tester sits unused because nobody ordered the right accessories.

So I build checklists. Five minutes of verifying a spec beats five days of shipping a platform back or paying a crew to revisit a site. The checklist below is the one I run whenever a tech asks for an EXFO FTB-2 Pro, an EXFO FIP probe, a new OTDR module, or a full kit refresh.

It is not written for optical engineers. It’s for the person who has to make sure the engineers actually use what we buy.

Who this checklist is for

If you are the person who takes a tech’s shopping list and turns it into a PO, keep reading. If you are managing a crew that moves between different network owners, this applies even more. Our senior crew lead, Jack, clarified that for me once: “Take Crown Castle vs. a county utility job. Same fiber, different report formats.” Jack’s right, and that difference is why I now ask about reporting before I ask about wavelengths.

Seven checks I run before buying fiber test equipment

Check 1: Buy a platform, not a drawer of one-trick boxes

When someone writes “EXFO FTB 2” on a request, the first thing I verify is the platform. An EXFO FTB-2 Pro is a modular test platform. With the right modules, the same unit can be an OTDR, an optical loss tester, a PON power meter, or a workstation for a fiber inspection probe. A crew can switch from troubleshooting a backbone to certifying an FTTH drop without carrying three separate mainframes.

I used to buy what the techs called “point tools” because the initial price looked lower. Then I watched a team waste a morning looking for the right power supply and the right case. The modular route was more expensive on the first PO, but it simplified battery management, calibration, and training. That matters when you are standardizing 20 trucks.

Check 2: Put an EXFO FIP probe on the same purchase order

The most expensive fiber problems often start at the connector end face. The core of a single-mode fiber is about 9 microns across; a speck of dust that you can barely see is huge compared to that core. Dirty connectors cause insertion loss, reflections, and intermittent failures that send crews back to the same patch panel twice.

An EXFO FIP fiber inspection probe gives the technician a magnified view and automatic pass/fail grading based on the IEC 61300-3-35 standard. It removes the “it looks clean to me” argument. What I check before signing: the FIP is included, the adapter tips match the connector types we actually touch, and the cleaning kit is on the order.

Check 3: Confirm the report format before choosing anything else

This is the check that hit our budget. Last year we had to send a crew back to several sites because the network owner’s system could not read the saved trace files. The field work was fine. The file format was not accepted. The rework invoice was just over $2,400, and that did not include the hit to the customer’s confidence.

So now I ask the vendor to show me the export options before I ask about pulse widths. Can the platform export standard OTDR trace files such as Bellcore .sor? Can it generate PDF or CSV summaries? Can the EXFO FIP images be embedded in the same report? If the reporting workflow is clumsy, the test data will sit in a folder and the whole purchase was wasted.

Check 4: Do not assume the OTDR knows about launch conditions

An OTDR sends pulses and reads backscatter. It cannot see the first few meters of fiber clearly unless the technician connects a launch fiber and sets the correct compensation in software. The FTB-2 Pro supports this configuration, but somebody has to set it up. I have seen a bad first connector blamed on the tester when the actual problem was the launch setup.

For a buyer, this means asking for launch cables or a launch box in the quote, plus a short demonstration of how the platform handles launch and receive fiber lengths. If the sales rep cannot show it, the training plan needs more attention.

Check 5: Match the module to the networks you actually maintain

Fiber networks are not all the same. A team that mostly certifies single-mode access networks may only need a 1310/1550 nm OTDR module. A group that works on PON may need a PON power meter that can measure at splitter legs. A contractor that also touches enterprise multimode fiber will need 850/1300 nm capability.

It feels good to buy an all-wavelength, all-feature module, but it is wasted money if the techs never use it. I ask Jack which tasks recur in a typical month and then buy for those tasks. The platform protects us from obsolescence; the module should match today’s work.

Check 6: Ask what happens when the unit needs service

A test platform is not like a laptop you can replace from a drawer. Optical modules drift, connectors wear, and screens break in the field. Before the PO, I ask three questions. Where does EXFO calibration take place? What is the typical turnaround for a repair? Does the warranty include a loaner if the FTB-2 Pro has to go back for a week?

Calibration costs are also real. Most optical test equipment manufacturers recommend a specific calibration interval for power and loss modules. Put that into the maintenance budget instead of reacting to it later.

Check 7: Price the whole kit, not just the mainframe

The quoted price for a mainframe can look reasonable and still miss a surprising amount of accessories. I use a simple checklist when comparing quotes:

1. FTB-2 Pro mainframe and any OTDR modules
2. EXFO FIP probe, tips, and cleaning supplies
3. Launch fiber or launch box
4. Extra battery and charger
5. Carrying case and straps
6. Calibration certificate and warranty terms
7. Training or report-software license

Every item you add later costs more in freight and paperwork than it would have on the original order. And if two quotes are close, the tie-breaker is support, not the extra wavelength you may never use.

Common mistakes I watch for

The first mistake is ordering the FIP probe but not the cleaning supplies. The probe will happily show you a dirty end face; the crew still needs ferrule cleaners, lint-free wipes, and cleaning fluid. Otherwise, the inspector becomes an expensive way to confirm a problem that could have been solved in seconds.

The second mistake is assuming that “compatible” test equipment behaves the same way as the EXFO platform the rest of the team uses. A cheaper module can have the same headline specs and different menus, different trace formats, and different reporting quirks. Standardization has a dollar value, even if it does not appear on the spec sheet.

The third mistake is copying last year’s PO. Our network mix changed when we started doing more small-cell and PON work. The old OTDR still worked, but the test data did not satisfy the new customers. Review the requirements before every refresh.

Bottom line

An EXFO FTB-2 Pro with an EXFO FIP is not the only way to test a fiber network, but it has become the standard in our fleet because one platform covers so many jobs and one reporting workflow keeps the data clean. The hardware is only half the decision. The other half is the checklist: end-face inspection, launch conditions, export formats, calibration, and the support you will need in year two.

Nobody enjoys being the person who explains to finance why the new tester is not helping. Ten minutes of checking before the order prevents a lot of that. In my job, prevention is the cheapest purchase we make.