Anritsu MP2110A MP1900A Difference? BERTWave Eye Mapper Oscilloscope All-in-One
Anritsu demonstrated that its BERTWave MP2110A and MP1900A 56G PAM4 BERT can be combined to provide TDECQ measurements for 400Gbps optical chips and modules. This demonstrates that the MP1900A is a related product to the MP2110A and that the two can work together for specific types of testing.
What is the technical specification comparison between MP2110A and MP1900A?
The technical specification comparison between MP2110A and MP1900A is mainly in the following aspects:
Measurement Functions and Performance:
The MP2110A is an all-in-one measurement instrument that integrates a Bit Error Rate Tester (BERT) and a sampling oscilloscope, supporting high-speed sampling of up to 250,000 samples/second, capable of capturing one million samples in approximately four seconds.10 It also supports simultaneous BER measurements and eye diagram pattern analysis12 and, in its standard configuration, can measure a wide range of bit rates from 24.3 Gbit/s to 28.2 Gbit/s and from 9.5 Gbit/s to 14.2 Gbit/s by installing Option 093.
The MP1900A is a high-performance BERT capable of generating multi-channel FEC mode signals, such as 400GbE PAM4 signals, and measuring jitter tolerance. It is capable of generating defined RS-FEC patterns for 400, 200, 100, 50, and 25 GbE, supported using the DUT's internal BER count data.
Interface and Dimensions:
The MP1900A is equipped with a 12.1-inch (1280 x 800) LCD display and Ethernet/USB interface, has case dimensions of 340.0 x 222.5 x 451.0 mm, and requires AC power to operate.
Information on the exact dimensions and interfaces of the MP2110A was not detailed in my search.
Application Range:
The MP2110A is suitable for inspection and analysis during the manufacturing process of 10G to 800G optical modules.
The MP1900A, on the other hand, focuses on generating multi-channel FEC mode signals and measuring jitter tolerance for application scenarios that require these specific features.
The main differences between the MP2110A and the MP1900A lie in their application areas, measurement functions and performance; the MP2110A focuses more on high-speed sampling and BER and eye diagram pattern analysis for high-speed data transmission inspection and analysis, while the MP1900A focuses more on generating multi-channel FEC pattern signals and measuring jitter tolerance for test scenarios that require these functions.
What are the differences between the performance test results of the MP2110A and MP1900A?
The performance test results of the MP2110A and MP1900A differ in several ways:
Measurement speed and range: The MP2110A can measure bit rates from 24.3 Gbit/s to 28.2 Gbit/s in the standard configuration, and from 9.5 Gbit/s to 14.2 Gbit/s by installing Option 093.30 The MP1900A, on the other hand, supports the PCIe® 5.0 standard, which increases the speed to 32 GT /s. This indicates that the MP2110A has a wider measurement range in different configurations, while the MP1900A focuses on high-speed network and bus interface measurements.
Sample Rate: The MP2110A's sampling oscilloscope samples at up to 250,000 samples/s, which is six times faster than its predecessor. This compares favourably with the MP1900A, which has an industry-leading intrinsic jitter typical (115 fs rms), but specific data on sampling rate is not mentioned, so it is not possible to directly compare the two performances.
Bit Error Rate Testing (BERT) capabilities: The MP2110A emphasises its BER testing capabilities, capable of capturing the required results in approximately 0.5 seconds.37 The MP1900A, on the other hand, is described as a high performance multi-channel BER tester with unrivalled output waveform quality, high input sensitivity, and built-in jitter and noise sources. This suggests that both have powerful BERT capabilities, but the MP2110A places particular emphasis on the ability to capture results quickly.
User Interface and Operability: The MP1900A offers intuitive and easy-to-use operability based on a redesigned GUI and a large 12.1-inch touch panel LCD. Although specific information about the MP2110A's user interface and operability is not detailed, it can be inferred from the description of its ease of scalability and operability that the MP2110A also focuses on user experience.
The MP2110A and MP1900A differ in measurement speed and range, sampling rate, BER test functionality, and user interface and operability.The MP2110A offers a wider measurement range and faster sampling rate in some configurations, with an emphasis on the ability to capture results quickly. The MP1900A, on the other hand, focuses on high-speed network and bus interface measurements and offers an intuitive and easy-to-use design in terms of user interface and operability.
What are the application areas of MP2110A and MP1900A?
The MP1900A and MP2110A are two high-performance analysers launched by Anritsu, and each of them is used in different fields.
The MP1900A is a signal quality analyser (BER tester) designed for testing high-speed electronic devices, chips, memory cards, and 400GbE communication equipment. It supports a wide range of interfaces and can accurately measure next-generation high-speed electrical and optical devices for M2M and IoT applications, optical transceivers for high-end servers, communication equipment, and optical communication modules. In addition, the MP1900A has enhanced its PCIe receiver test capabilities for a variety of high-speed interconnect module test applications in data centres. Target markets include high-end servers, high-performance computers and 400GbE communications equipment.
The MP2110A is a sampling oscilloscope/error meter with a sampling rate of up to 250,000 samples/second, enabling fast execution of eye diagram template testing and eye diagram analysis. It supports NRZ signal mask edge measurements and jitter analysis, as well as analysis of PAM4 signals, and supports bit rates up to 53 Gbit/s, enabling it to be used in a wide range of applications including 10 GbE and 100 GbE. The BERTWave MP2110A all-in-one instrument performs simultaneous BER measurements and eye diagram analysis without the need for separate BERT and sampling oscilloscopes. Sampling Oscilloscopes, thereby significantly reducing capital investment. It is easily scalable to up to 4-channel BERT and dual-channel optical sampling oscilloscopes, and supports performing BER measurements on the Rx side of the optical module while measuring the optical waveform on the Rx side. Application areas include 10G/25G/50G/100G/200G/400G/800G optical communication technologies.
The MP1900A is mainly used for testing high-speed electronic devices, chips, memory cards, and 400GbE communication equipment, especially for testing various high-speed interconnect modules in data centres. The MP2110A is mainly used for BER measurement and eye diagram analysis of optical communication technologies, and is applicable to various optical communication technologies from 10G to 800G.
Anritsu demonstrated that its BERTWave MP2110A and MP1900A 56G PAM4 BERT can be combined to provide TDECQ measurements for 400Gbps optical chips and modules. This demonstrates that the MP1900A is a related product to the MP2110A and that the two can work together for specific types of testing.
What is the technical specification comparison between MP2110A and MP1900A?
The technical specification comparison between MP2110A and MP1900A is mainly in the following aspects:
Measurement Functions and Performance:
The MP2110A is an all-in-one measurement instrument that integrates a Bit Error Rate Tester (BERT) and a sampling oscilloscope, supporting high-speed sampling of up to 250,000 samples/second, capable of capturing one million samples in approximately four seconds.10 It also supports simultaneous BER measurements and eye diagram pattern analysis12 and, in its standard configuration, can measure a wide range of bit rates from 24.3 Gbit/s to 28.2 Gbit/s and from 9.5 Gbit/s to 14.2 Gbit/s by installing Option 093.
The MP1900A is a high-performance BERT capable of generating multi-channel FEC mode signals, such as 400GbE PAM4 signals, and measuring jitter tolerance. It is capable of generating defined RS-FEC patterns for 400, 200, 100, 50, and 25 GbE, supported using the DUT's internal BER count data.
Interface and Dimensions:
The MP1900A is equipped with a 12.1-inch (1280 x 800) LCD display and Ethernet/USB interface, has case dimensions of 340.0 x 222.5 x 451.0 mm, and requires AC power to operate.
Information on the exact dimensions and interfaces of the MP2110A was not detailed in my search.
Application Range:
The MP2110A is suitable for inspection and analysis during the manufacturing process of 10G to 800G optical modules.
The MP1900A, on the other hand, focuses on generating multi-channel FEC mode signals and measuring jitter tolerance for application scenarios that require these specific features.
The main differences between the MP2110A and the MP1900A lie in their application areas, measurement functions and performance; the MP2110A focuses more on high-speed sampling and BER and eye diagram pattern analysis for high-speed data transmission inspection and analysis, while the MP1900A focuses more on generating multi-channel FEC pattern signals and measuring jitter tolerance for test scenarios that require these functions.
What are the differences between the performance test results of the MP2110A and MP1900A?
The performance test results of the MP2110A and MP1900A differ in several ways:
Measurement speed and range: The MP2110A can measure bit rates from 24.3 Gbit/s to 28.2 Gbit/s in the standard configuration, and from 9.5 Gbit/s to 14.2 Gbit/s by installing Option 093.30 The MP1900A, on the other hand, supports the PCIe® 5.0 standard, which increases the speed to 32 GT /s. This indicates that the MP2110A has a wider measurement range in different configurations, while the MP1900A focuses on high-speed network and bus interface measurements.
Sample Rate: The MP2110A's sampling oscilloscope samples at up to 250,000 samples/s, which is six times faster than its predecessor. This compares favourably with the MP1900A, which has an industry-leading intrinsic jitter typical (115 fs rms), but specific data on sampling rate is not mentioned, so it is not possible to directly compare the two performances.
Bit Error Rate Testing (BERT) capabilities: The MP2110A emphasises its BER testing capabilities, capable of capturing the required results in approximately 0.5 seconds.37 The MP1900A, on the other hand, is described as a high performance multi-channel BER tester with unrivalled output waveform quality, high input sensitivity, and built-in jitter and noise sources. This suggests that both have powerful BERT capabilities, but the MP2110A places particular emphasis on the ability to capture results quickly.
User Interface and Operability: The MP1900A offers intuitive and easy-to-use operability based on a redesigned GUI and a large 12.1-inch touch panel LCD. Although specific information about the MP2110A's user interface and operability is not detailed, it can be inferred from the description of its ease of scalability and operability that the MP2110A also focuses on user experience.
The MP2110A and MP1900A differ in measurement speed and range, sampling rate, BER test functionality, and user interface and operability.The MP2110A offers a wider measurement range and faster sampling rate in some configurations, with an emphasis on the ability to capture results quickly. The MP1900A, on the other hand, focuses on high-speed network and bus interface measurements and offers an intuitive and easy-to-use design in terms of user interface and operability.
What are the application areas of MP2110A and MP1900A?
The MP1900A and MP2110A are two high-performance analysers launched by Anritsu, and each of them is used in different fields.
The MP1900A is a signal quality analyser (BER tester) designed for testing high-speed electronic devices, chips, memory cards, and 400GbE communication equipment. It supports a wide range of interfaces and can accurately measure next-generation high-speed electrical and optical devices for M2M and IoT applications, optical transceivers for high-end servers, communication equipment, and optical communication modules. In addition, the MP1900A has enhanced its PCIe receiver test capabilities for a variety of high-speed interconnect module test applications in data centres. Target markets include high-end servers, high-performance computers and 400GbE communications equipment.
The MP2110A is a sampling oscilloscope/error meter with a sampling rate of up to 250,000 samples/second, enabling fast execution of eye diagram template testing and eye diagram analysis. It supports NRZ signal mask edge measurements and jitter analysis, as well as analysis of PAM4 signals, and supports bit rates up to 53 Gbit/s, enabling it to be used in a wide range of applications including 10 GbE and 100 GbE. The BERTWave MP2110A all-in-one instrument performs simultaneous BER measurements and eye diagram analysis without the need for separate BERT and sampling oscilloscopes. Sampling Oscilloscopes, thereby significantly reducing capital investment. It is easily scalable to up to 4-channel BERT and dual-channel optical sampling oscilloscopes, and supports performing BER measurements on the Rx side of the optical module while measuring the optical waveform on the Rx side. Application areas include 10G/25G/50G/100G/200G/400G/800G optical communication technologies.
The MP1900A is mainly used for testing high-speed electronic devices, chips, memory cards, and 400GbE communication equipment, especially for testing various high-speed interconnect modules in data centres. The MP2110A is mainly used for BER measurement and eye diagram analysis of optical communication technologies, and is applicable to various optical communication technologies from 10G to 800G.