100G Optical Transport Analyzer

MTS1000+MTS1110 100G Optical Transport Analyzer

The MTS1110 portable 100G optical transmission analyzer, crafted by OPWILL, a leading provider of communication test solutions, is a multifunctional test device designed for modern complex communication environments. The instrument features a dual-port design and supports comprehensive testing functions for various communication protocols such as SDH/OTN/Ethernet at rates from 10M to 100G.
The launch of the MTS1110 portable 100G multi-service transmission analyzer has not only raised the performance standards of communication test equipment but also brought significant benefits to the entire communication industry. For equipment manufacturers, it helps ensure the high quality and stability of their products. For telecom operators, it enhances the efficiency of network maintenance and reduces operating costs. For private network service providers, it ensures the high reliability and security of private networks.
With its powerful testing capabilities, user friendly interface, wide range of applications, and profound impact on the industry, the MTS1110 portable 100G optical transmission analyzer is gradually becoming an important force in driving the continuous development of communication technology.

Key Features of the Platform

• The instrument is equipped with a 10 inch high definition display screen, which provides users with an unparalleled visual experience due to its clarity, brightness, and ease of reading.
• It runs on the Linux operating system, which is stable and reliable, allowing users to easily complete test settings and operations, thereby greatly improving work efficiency.
• It integrates various transmission and data tests, including OTN and Ethernet, and supports concurrent testing on multiple ports, further enhancing testing efficiency.
• It has built in Wi-Fi and Bluetooth, providing users with more flexible and convenient ways for testing and data transfer.
• The built in GPS function can accurately locate the test site, which is convenient for subsequent data analysis and network planning.

Module Features

• The only domestic portable dual port 100G multi service test solution, supporting functional and performance testing of 100G OTN, 10G OTN, 100GE, 10GE Ethernet and other service interfaces for 100G OTN optical network systems and equipment.
• Two independent 100G QSFP28 optical module interfaces, supporting 100GE Ethernet testing and 100G OTU4 OTN service testing.
• Two independent 10G SFP+ optical module interfaces, supporting 10GE Ethernet testing and 10G OTU2/OTU2e/OTU1e OTN service testing.
• The optical module interfaces must be native physical interfaces, and all physical interfaces can be tested independently and simultaneously.
• Upgrade to support 400G, 200G Ethernet and flexE, FlexO, OTN service testing functions.
• External clock interface.
• Eye pattern reference clock output.
• Automatic test timing function, which automatically generates and saves the test report after the unattended test is completed.

Optical Module Testing

• Testing of optical transmit and receive power.
• Monitoring of module status and temperature.
• Frequency offset testing and display function for each physical wavelength channel.

OTN Features

• Compliant with ITU-T G.709 and G.sup43 standards.
• Testing of OTU2, OTU1e, OTU2e, OTU4 interface rates, with mapping structures supporting the mapping adaptation of 100GE and 10GE interfaces.
• Error and FEC performance analysis and testing of OTU2, OTU1e, OTU2e, OTU4 optical signals in accordance with the ITU-T G.709 frame structure.
• Synchronous or asynchronous mapping of SDH/SONET signals.
• Support for RFC2544 performance testing of OTN payloads with GE/10GE/40GE/100GE Ethernet: throughput, latency, frame loss, and back-to-back testing.
• Error insertion and alarm generation for OTU, ODU, and OPU.
• Monitoring and control of overhead bytes for OTU, ODU, and OPU.
• OTN multiplexing granularity, including first order and second order multiplexing of various granules such as ODU0/1/1e/2/2e/3/flex into OTU4.
• APS automatic protection switching time measurement, with a time test accuracy of 1ms, capable of recording 50 switching times, occurrence times, and each switching duration; switching timeout count, maximum and minimum times.
• Loopback delay test function, with a test accuracy of 1ns.
• OTN testing supports testing and display functions for each parallel physical channel of the received signal, and supports frequency offset insertion and detection functions, with an insertion and detection range of ±100ppm.

Ethernet

• Two 100GE/10GE test interfaces, compliant with the IEEE 802.3 standard.
• Two 10G Base-X test interfaces, dual port 10G WAN/LAN test interfaces.
• Two 10/100/1000M Base-T, 100M Base-FX, 1000M Base-X test ports, supporting full-duplex and half-duplex auto-adaptation for all interfaces.
• Throughput, back-to-back, latency, and frame loss measurements (bi-directional results) in accordance with the RFC 2544 standard.
• Complete Y.1564 test suite (bi-directional results) for comprehensive field testing of mobile backhaul and business services.
• Support for in-service scanning based on destination/source MAC, destination/source IP, Layer 3 VLAN ID, and Layer 3 MPLS Label.
• Up to 512 data streams generation and analysis, with each stream providing throughput, latency, frame loss, and packet jitter measurements.
• Support for packet jitter testing based on the RFC 3393 standard to evaluate IP packet delay variation.
• Advanced PING test function with specified IP address pools.
• Layer 1 to Layer 4 error, loopback, and intelligent remote loopback tests.
• Pass-through testing, with the ability to insert network impairments during the pass-through process to validate network performance.
• Service disruption testing.
• FEC encoding in accordance with the IEEE 802.3 standard KR4 FEC RS(528, 514), with support for KR4 FEC on/off functionality.
• FEC performance statistics, including symbol error count at the channel level, real-time bit error rate, and average bit error rate statistics.