OTDR | Reflectometer / JDSU MTS-6000 OTDR (8126 HD)

Description

## **VIAVI / JDSU MTS-6000 OTDR (8126 HD)** ## Key Specifications * **Type:** Single-mode (SM) — Long-Haul & Metro Network Qualification * **Wavelengths:** $1310 \pm 20\text{ nm}$ / $1550 \pm 20\text{ nm}$ * **Dynamic Range:** $43\text{ dB}$ / $41\text{ dB}$ * **Event Dead Zone:** $0.8\text{ m}$ | **Attenuation Dead Zone:** $4\text{ m}$ * **Max Distance Range:** $380\text{ km}$ * **Pulse Width:** $3\text{ ns}$ to $20\text{ }\mu\text{s}$ * **Sampling Points:** Up to 128,000 ## Platform & Design * **Display:** 8.4-inch transreflective TFT color LCD display ($800 \times 600$), optimized for complete clarity under high-intensity glare and direct sunlight. * **Dimensions:** $285\text{ mm} \times 189\text{ mm} \times 95\text{ mm}$ ($11.22\text{ in} \times 7.44\text{ in} \times 3.74\text{ in}$) including standard single module plug-in. * **Weight:** $3.4\text{ kg}$ ($7.5\text{ lb}$) including heavy-duty internal battery and single OTDR module. * **Power Autonomy:** Smart removable Lithium-Ion battery pack providing up to 11 hours of continuous field testing (per Telcordia GR-196-CORE). * **Storage Capacity:** Secure internal data storage capacity optimized for holding over 1,000 trace files (expandable with a minimum 1 GB flash extension). * **Interfaces & Connectivity:** * $2 \times \text{USB}$ host interfaces (fully compatible with fiber video inspection probes and external data storage) * $1 \times \text{RJ-45}$ High-Speed Ethernet interface * Audio headset $2.5\text{ mm}$ jack with built-in optical talkset hardware capability for point-to-point field communications. ## Integrated Tools & Software * **Light Source:** Integrated Continuous Wave (CW) single-mode laser source (Output power: $0\text{ dBm}$) * **Power Meter:** Built-in broadband mainframe power meter option (Measurement range: $+10$ to $-60\text{ dBm}$) * **Intelligent Analysis:** Fully Smart Link Mapper (SLM) and FiberComplete active link management capable. It automates unique bi-directional trace analysis to reduce test times by up to 50%, transforming long-haul reflectograms into linear, icon-based schematic physical diagrams. ## Applications * Long-haul core network commissioning, high-capacity backbone fiber profiling, and ultra-precise long-distance splice point audits. * Metropolitan ring qualifications, FTTx central office through high-ratio splitters test architectures, and physical layer diagnostic analytics. ---