OM4245光學(xué)調(diào)制分析儀(OMA)是一個(gè)45 GHz 1550 nm (C波段和L波段)光纖測(cè)試系統(tǒng)，用于復(fù)雜調(diào)制信號(hào)的可視化和測(cè)量，為測(cè)試相干和直接檢測(cè)傳輸系統(tǒng)提供了一個(gè)完整的解決方案。OM4245由一個(gè)偏振和相位不同的接收器和分析軟件組成，能夠同時(shí)測(cè)量對(duì)*光纖通信非常重要的調(diào)制格式，包括偏振多路復(fù)用(PM)格式，如QPSK、8QAM、16QAM、PAM4和許多其他格式。OMA軟件執(zhí)行所有校準(zhǔn)和處理功能，實(shí)現(xiàn)實(shí)時(shí)爆發(fā)模式星座圖顯示、眼圖顯示、龐加萊球和位錯(cuò)檢測(cè)。
關(guān)鍵特性
的靈活性
光學(xué)調(diào)制分析儀的結(jié)構(gòu)與實(shí)時(shí)和等時(shí)示波器兼容
完整的相干信號(hào)分析系統(tǒng)，適用于偏振復(fù)用QPSK、偏置QPSK、QAM、差分BPSK/QPSK等*調(diào)制格式
顯示星座圖、相位眼圖、q因子、q圖、譜圖、龐加萊球、信號(hào)與時(shí)間、激光相位特性、誤碼率，并通過MATLAB接口提供額外的圖和分析
用大多數(shù)偏振復(fù)用信號(hào)測(cè)量任意階偏振模色散(PMD)
精確的光接收機(jī)
精密相干接收硬件為高精度、高穩(wěn)定性、偏振多樣化、光學(xué)場(chǎng)檢測(cè)提供了最小的溫度和時(shí)間變化
高線性光檢測(cè)允許運(yùn)行在高本振和信號(hào)功率水平，以消除電放大
一組集成的ECDL可調(diào)諧激光器，用作本振子，另一組用于自檢。這兩種激光器都具有業(yè)界的線寬和調(diào)諧范圍，適用于波段內(nèi)的任何波長(zhǎng)
光學(xué)調(diào)制分析儀軟件允許>5 MHz瞬時(shí)信號(hào)激光線寬-兼容標(biāo)準(zhǔn)網(wǎng)絡(luò)可調(diào)諧源，如DBR和DFB激光器
不需要激光相位或頻率鎖定
智能偏振分離跟隨信號(hào)偏振
用戶定義的可擴(kuò)展性
用戶通過MATLAB 2接口直接訪問內(nèi)部函數(shù)
可通過以太網(wǎng)進(jìn)行遠(yuǎn)程訪問
*的用戶界面結(jié)合MATLAB的強(qiáng)大功能，提供了全面的可視化，使用方便
光學(xué)調(diào)制信號(hào)分析儀軟件包括OM1106和OM4200系列產(chǎn)品
400G和1Tb/s超通道支持
多載波軟件選項(xiàng)允許用戶定義超信道設(shè)置
超通道配置允許用戶定義通道數(shù)量、通道頻率和通道調(diào)制格式
測(cè)試自動(dòng)化在每個(gè)通道獲得完整的度量
集成的測(cè)量結(jié)果可以方便地進(jìn)行通道到通道的比較
The OM4245 Optical Modulation Analyzer (OMA) is a 45 GHz 1550 nm (C- and L- band) fiber-optic test system for visualization and measurement of complex modulated signals, offering a complete solution to testing both coherent and direct-detected transmission systems. The OM4245 consists of a polarization- and phase-diverse receiver and analysis software enabling simultaneous measurement of modulation formats important to advanced fiber communications, including polarization-multiplexed (PM) formats such as QPSK, 8QAM, 16QAM, PAM4, and many others. The OMA software performs all calibration and processing functions to enable real-time burst-mode constellation diagram display, eye-diagram display, Poincaré sphere, and bit-error detection.
Key features
Unparalleled flexibility
Optical modulation analyzer architecture is compatible with both real-time and equivalent-time oscilloscopes 1
Complete coherent signal analysis system for polarization-multiplexed QPSK, offset QPSK, QAM, differential BPSK/QPSK, and other advanced modulation formats
Displays constellation diagrams, phase eye diagrams, Q-factor, Q-plot, spectral plots, Poincaré Sphere, signal vs. time, laser phase characteristics, BER, with additional plots and analyses available through the MATLAB interface
Measures polarization mode dispersion (PMD) of arbitrary order with most polarization multiplexed signals
Precise optical receiver
Precise coherent receiver hardware provides minimal variation over temperature and time for a high degree of accuracy and high-stability, polarization-diverse, optical field detection
Highly linear photo detection allows operation at high local oscillator and signal power levels to eliminate electrical amplification
An integrated pair of ECDL tunable lasers for use as a local oscillator and another for self-test. Both lasers have industry-best linewidth and tuning range for any wavelength within the band
Optical modulation analyzer software tolerates >5 MHz instantaneous signal laser linewidth – compatible with standard network tunable sources such as DBR and DFB lasers
No laser phase or frequency locking required
Smart polarization separation follows signal polarization
User-defined extensibility
User access to internal functions with a direct MATLAB 2 interface
Remote access available through Ethernet
Superior user interface offers comprehensive visualization for ease-of-use combined with the power of MATLAB
Optical modulation signal analyzer software included with OM1106 and OM4200 series products
400G and 1Tb/s superchannel support
Multi-carrier software option allows user-definable superchannel setup
Superchannel configuration allows user to define number of channels, channel frequency, and channel modulation format
Test automation acquires complete measurements at each channel
Integtrated measurement results allow easy channel-to-channel comparisons
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