Guided optical/PON troubleshooting platform.
Single-mode OTDR platform.
Multimode + single-mode Quad OTDR platform.
For frontline FTTH/PON technicians who need fast guided troubleshooting with minimal OTDR experience.
For single-mode PON and point-to-point verification with full OTDR modes, trace analysis and multi-wavelength options.
For data centers, enterprise networks and PON teams that need multimode and single-mode OTDR testing in one platform.
| Requirement | TS100 | FS200 | FS300 Quad |
|---|---|---|---|
| Primary Role | Guided optical/PON troubleshooting | Full single-mode OTDR | Multimode + single-mode Quad OTDR |
| Best User Fit | Frontline field technician | Novice to expert SM OTDR user | Enterprise/data center + PON technician |
| Fiber Type | Single-mode | Single-mode | Multimode + single-mode |
| Wavelengths | 1650 nm fault-location workflow | 1550 / 1650 / 1310-1550 / triple-wave variants | 850/1300 MM + 1310/1550 SM |
| Fast Test | Fault location ≤3 sec | FleXpress <5 sec on supported models | SmartAuto one-button automated test |
| Dynamic Range | Not positioned as conventional OTDR dynamic range | Up to 37 dB | ≥29/29 dB MM; ≥37/36 dB SM |
| PON Splitter | TS100-70: up to 1:64 | Up to 1:64 on PON models | Single-mode PON up to 1:64 |
| LinkMap® | Yes + corrective guidance | Yes + Trace | Yes + Trace |
| VFL | Integrated | Integrated | Integrated |
| OLS / OPM | Included in TS100-60/70 workflow; P1/P2 options | Optional/configuration-dependent | P1 option/configuration-dependent |
| Data Center MMF | No | No | Yes — OM1 to OM5 compatible |
The TS100 is designed for technicians who need an answer quickly without interpreting a conventional OTDR trace. It measures received power, link length, loss and ORL, identifies network events with LinkMap® and can recommend corrective actions.
Locate faults in under three seconds and display link length, loss, ORL and pass/fail results.
SmartAuto® configures test settings and presents easy-to-read event icons for connections, splices and splitters.
TS100-60/70 operate at 1650 nm; TS100-70 is specified for testing through splitters up to 1:64.
VFL, OLS and OPM functions support fault location, tone generation/detection and Wave ID workflows.
| Source Specification | TS100 |
|---|---|
| Fault Locator Wavelength | 1650 nm |
| TS100-60 / TS100-70 Max Link Loss | ≤18 dB / ≤23 dB |
| Test Through Splitter | TS100-70: up to 1:64 |
| Test Time | Length, Loss, ORL and faults: ≤3 sec; splitter loss: ≤40 sec on TS100-70 |
| OPM Range | +10 to -50 dBm |
| Battery | >12 hours |
| Display | 4.3 in color touchscreen, 480×272 |
The FS200 is the full single-mode OTDR option in the supplied family. SmartAuto, Expert and Real-time modes support both automated workflows and deeper trace-based troubleshooting, while LinkMap® provides an easier icon-based view for less experienced users.
Model-dependent configurations support high-loss and longer single-mode links.
Supported models complete dual-wavelength tests in less than five seconds.
Model options cover in-service PON troubleshooting, PON verification and standard point-to-point links.
FS200 can control AFL’s multi-fiber switch through USB to automate 12-fiber MPO testing.
| Source Specification | FS200 Family |
|---|---|
| Wavelength Options | 1550; 1650; 1310/1550; 1310/1550/1625; 1310/1550/1650 nm |
| Dynamic Range | Model-dependent, up to 37 dB |
| Event Dead Zone | 0.8–1.0 m depending on model |
| PON Dead Zone | Supplied 2020 PDF: 25 m on relevant PON configurations |
| Range Settings | 250 m to 240 km |
| OTDR Modes | SmartAuto, Expert, Real-time |
| Battery | >12 hours |
QA for webmaster: AFL’s current 2026 FS200 page now advertises “as low as 18 m PON dead zone”. The visible table above intentionally preserves the supplied 2020 datasheet value. Update the PDF/spec table together when Fibernet approves the current manufacturer version.
The FS300 Quad OTDR is the broadest platform in the supplied set for organizations that maintain both multimode and single-mode infrastructure. It supports data-center and enterprise multimode links as well as single-mode point-to-point and FTTH/PON networks.
850/1300 nm multimode and 1310/1550 nm single-mode OTDR capability reduces the need to carry separate test platforms.
Multimode point-to-point testing plus single-mode point-to-point and PON testing up to 1:64.
Icon-based pass/fail troubleshooting for fast interpretation with trace modes available for detailed analysis.
The supplied FS300 document includes onboard Print-to-PDF and TRM® 3.0 reporting workflows.
| Source Specification | Multimode | Single-Mode |
|---|---|---|
| Fiber Compatibility | OM1–OM5 | All G.65x |
| Wavelengths | 850 / 1300 ±20 nm | 1310 / 1550 ±20 nm |
| Network Type | Point-to-point | Point-to-point + PON up to 1:64 |
| Dynamic Range | ≥29 / 29 dB | ≥37 / 36 dB |
| Event Dead Zone | ≤0.8 m typical | ≤0.8 m typical |
| Attenuation Dead Zone | ≤3.0 m | ≤3.5 m |
| PON Dead Zone | N/A | ≤25 m |
| Range Settings | 250 m to 30 km | 250 m to 240 km |
Current-market QA: AFL’s 2026 FS300 web page has expanded the family to “Quad and HDR OTDRs” with newer specifications and Data Center test-mode claims. This page preserves the specifications from the supplied FS300 Quad OTDR PDF; refresh them only with an approved current manufacturer datasheet.
Verify power, link condition, splitter behavior and faults in GPON/XGS-PON access networks.
Locate and characterize connectors, splices, macro-bends and link ends across single-mode infrastructure.
Use FS300 Quad for multimode and single-mode verification across cross-connects, interconnects and backbone links.
Support mixed-fiber environments with pass/fail verification, trace analysis and documentation.
Use supported FS200/FS300 workflows with AFL multi-fiber switching to reduce repetitive test time.