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QSFP28 Passive Loopback Module ML4002-28 is used for testing QSFP/QSFP28 transceiver ports under board level tests. By substituting a full-featured QSFP/ QSFP28 transceiver with the ML4002-28, the electrical loopback will provide a cost effective low loss method for QSFP/QSFP28 port testing.
The ML4002-28 is packaged in a standard MSA housing compatible with all QSFP/QSFP28 ports. Transmitting data from the host is electrically routed (internal to the loopback module) to receive data outputs and send them back to the host. It provides an economical way to exercise QSFP/QSFP28 ports during R&D validation, production testing, and field testing.
The ML4002-28 provides QSFP/QSFP28 power Class 1, 2, 3 or 4 (standard) loading using a customer supplied +3.3V voltage supply.
Key Features:
-Operation up to 28G per lane
-Supports 4x28G
-QSFP28 MSA Form Factor
-Dual LED indicators
-Custom Memory Maps
-Built in diagnostic functions
-Hot-pluggable MSA footprint
-Fully SFF-8636 MSA Compliant
-Temperature range from 0° to 80° C
-MSA Compliant EEPROM
Benefits:
-Economical QSFP/QSFP28 Port Testing
-Custom Memory Maps
-Board Level System Testing
-Power On Validation
-Excellent Signal Integrity
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Software | GUI |
API | API And Documents |
S-parameters (HCB/MCB) | measured |
QSFP28 Passive Loopback Module ML4002-28-C5 is used for testing QSFP/QSFP28 transceiver ports under board level tests. By substituting a full-featured QSFP/ QSFP28 transceiver with the ML4002-28, the electrical loopback will provide a cost effective low loss method for QSFP/QSFP28 port testing.
The ML4002-28-C5 is packaged in a standard MSA housing compatible with all QSFP/QSFP28 ports. Transmitting data from the host is electrically routed (internal to the loopback module) to receive data outputs and send them back to the host. It provides an economical way to exercise QSFP/QSFP28 ports during R&D validation, production testing, and field testing.
The ML4002-28-C5 provides QSFP/QSFP28 various power Classes up to 5 W using a customer supplied +3.3V voltage supply.
Key Features:
-Power Consumption of 5W
-High performance signal integrity trace
-Operation up to 28G per lane
-Supports 4x28G
-QSFP28 MSA Form Factor
-Dual LED indicators
-Custom Memory Maps
-100% at rate AC testing on each unit
-Built in diagnostic functions
-Hot-pluggable MSA footprint
-Fully SFF-8636 MSA Compliant
-Temperature Monitoring
-Voltage Monitoring
-Temperature range from 0° to 80° C
-MSA Compliant Memory Map
-Insertion counter
-Power Staging
-Micro controller based
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Software | GUI |
API | API And Documents |
S-parameters (HCB/MCB) | measured |
The ML4003BX is a state of the art, low cost BERT, Digital Sampling Oscilloscope and an optical scope, all integrated in a compact 2U cPCI form factor.
The ML4003BX can be ordered as a low cost 16 Gbps Bit Error Ratio Tester with 32 GHz DSO and can be expanded to include a 25GHz Optical sampling scope.
The full-fledged configuration contains in addition to the BERT, a 32 GHz (50GHz optionally) DSO, one SFP28 or one XFP port in addition to a 25 GHz (Optionally 10 GHz for a lower cost) optical sampling oscilloscope. The PPG has an output swing up to 800 mVpp differential. The HV option will give you adjustable levels between 2 and 4 V pk-pk at 25 Gbps.
. The available options are:
Key Features:
-BERT
Read more Option | Description |
B16S | 1-16 Gbps BERT + 32 GHz DSO + SFP28 |
B16X | 1-16 Gbps BERT + 32 GHz DSO + XFP |
B30S | 1-30 Gbps BERT + 32 GHz DSO + SFP28 |
B30X | 1-30 Gbps BERT + 32 GHz DSO + XFP |
O10 | Add a 10 GHz Reference Optical Receiver (includes B16 or B30) |
O25 | Add a 25GHz Reference Optical Receiver (includes B16 or B30) |
50 | Substitute 32 GHz DSO with 50 GHz |
HV | High Voltage Output 4 to 8Vpp diff.) |
- data rates: Any rate from 1 to 16 to 30Gbps
- Automated J2/J9 measurements
- Eye Contour measurements
- Bathtub and vertical bathtub
- Differential and single-ended operation.
- External ref clock input (710 MHz max)
- High input BW achieved with industry-leading sample-and-hold amplifiers
- CDR function
- S21 Insertion Loss measurement wizard
- An array of software filters and equalizers including CTLE, FFE, Bessel-Thomson, etc…
- In addition to the features stated above, the O/E comes with
- FC connector APC.
- Can be ordered as either single-mode or multi-mode receiver.
- Burst control TTL output with programmable pulse width
- Faceplate accessible filters for 1.25, 2.5 and 10 Gbps – single-ended
- Windows and Linux APIs are provided allowing users to develop their own automated tests
- Repeatable, traceable measurements
- Low intrinsic Jitter
- Low power consumption
- Interconnect testing
- Backplane testing
- Interference and crosstalk testing
- Receiver sensitivity testing
- In-situ oven testing
- PSM4 testing
- FTTx EPON/GPON testing – ONU and OLT
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Software | GUI |
API | API And Documents |
IP Changer | IP Changer |
Ethernet Config. | Ethernet Config. |
The ML4004-JIT is a state of the art BERT and Digital Sampling Oscilloscope in one ultra compact box.
The BERT features two differential channels, one for AM and PM jitter injection and the other for classical BERT applications.
The DSO performs accurate eye-diagram analysis to characterize the quality of transmitters.
The instrument is optimized for high speed data analysis and is controlled through Ethernet.
The ML4004-JIT implements a statistical under sampling technique and features comprehensive software libraries and APIs. It performs various eye and pattern measurements, mask margin tests and jitter analysis on NRZ data.
Key Features:
PPG and ED
-Data Rates: 3.1-5, 6.2-15 and 18.6-30.2 Gbps
-Low power consumption
-Optional BW of 32 or 50GHz
-Automated J2/J9 measurements
-High input BW achieved with industry leading sample-and-hold amplifiers
-Eye Contour measurements
-API library with intuitive and simple GUI
-Instant and Real time BER (Bit Error Rate)
-Vertical and horizontal bathtub measurement
-PRBS 7, 9, 15, 23, 31 and user-defined pattern generation (up to 40 bits)
-Windows and Linux APIs are provided allowing users to develop their own automated tests
Jitter Generation
-Typically needed for stressed receiver tests.
-Vertical and Horizontal eye closure
-Amplitude random jitter injection (RJ AM)
-Sinusoidal and random jitter injection(SJ, RJ PM)
-Phase shifting
Digital Sampling Oscilloscope
-1200 mV input amplitude
-Equipped with a CDR (Clock Data Recovery) circuit, sampling a signal without input clock.
-Eye opening, height and width, eye amplitude, top, base, Hi, Lo, max, min, peak to peak.
-Total jitter measurement and jitter decomposition
-Rise / Fall Time, Crossing percentage.
-Zooming, markers, X and Y histogram overlays, statistics over multiple measurements.
-Eye & pattern measurements on specific properties of the pattern.
-Pre and Post -emphasis positive and negative (amplitude and width) measurements.
-SW filters applicable include PTB, CTLE, FFE, De-embedding, Moving Averages.
-The DSO can be set to continuously capture and save data in an external csv file for later processing.
-Repeatable traceable measurements.
-Capability to save statistical measurements& data files for multiple DSOs simultaneously.
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API | API And Documents |
The ML4004-PAM is a state of the art dual Channel PAM4 BERT and Digital Sampling Oscilloscope that is integrated in an ultra-compact form factor. USB/Ethernet controlled, it performs accurate eye-diagram analysis to characterize the quality of transmitters and receivers.
Key Features:
PAM4 scope measurements are currently following the OIF contribution: 2014.051.00
BERT features:
-NRZ Bit Rates: 18.6-30.2 Gbps
-PAM4 Bit Rates: 37.2-60 Gbps
-Inner eye amplitude variation (PAM4 mode)
-Histogram and SNR measurements (PAM4 Mode)
-Mask Margin: alternate Mask Margin rules available (NRZ mode)
-Eye contour and Bathtub curve in NRZ mode and histogram in PAM4 mode
PAM4 Measurements:
-Symbol Levels
-Vertical Eye Amplitudes
-Vertical Eye Openings
-Horizontal Eye Openings
-Vertical Eye Closure (dB)
-Openings by BER
-Max, Min, Peak-to-Peak…
NRZ Mode:
-Total Jitter & Jitter decomposition(DJ, RJ)
-Mask Margin: alternate Mask Margin rules available
-Number of failing points for a region can be returned as well as the actual points that failed
-Eye opening, eye height/width, eye amplitude, top, base, max, min, and peak to peak
-Rise/ fall time and single edge measurement in pattern capture
-Statistics histograms and histogram measurements
-Crossing percentage
-Pre-emphasis positive & negative (amplitude width)
-Zooming, markers, X and Y histograms, overlays, and multiple measurement statistics.
-Advanced Pattern Measurements (Eye measurements on specific properties of the pattern)
Target Applications:
-Interconnect testing, SFP, SFP28, CFP, CFP2, CFP4, QSFP, QSFP28, …
-Backplane testing
-Interference and Xtalk testing
-Receiver sensitivity testing
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API | API And Documents |
The ML4004E is a state of the art single Channel PAM4 BERT and Digital Sampling Oscilloscope, integrated in an ultra-compact form factor. USB/Ethernet controlled, it performs accurate eyediagram analysis to characterize the quality of transmitters and receivers.
The ML4004E DSO implements a statistical under sampling technique using comprehensive software libraries. It performs various eye and pattern measurements, mask margin tests and jitter analysis on PAM4 and NRZ signals.
BERT features
-PAM4 Baud Rates: 52 to 57 GBaud, also half-rate 26 to 29 GBaud
-0.8 Vppd max
-Eye diagram, histogram and SNR measurements
-3-tap TX equalizer
-FFE/DFE-based RX equalizer with reflection canceller and MLSD
-SSPRQ and QPRBS13 support
-User-defined pattern generation
-Error insertion
-Individual PAM4 level control
DSO features
-Low intrinsic jitter
-53 GBd CDR option
-Optional External reference clock input
- SW filters include CTLE, FFE, S-Parameter DeEmbedding, Moving Average and normalizing filter
-Single ended and differential electrical input
- Eye, histogram and pattern capture in a single instrument
Target Applications:
-Interconnect testing, SFP, SFP28, CFP, CFP2, CFP4, QSFP, QSFP28, …
-Backplane testing
-Interference and Xtalk testing
-Receiver sensitivity testing
Read more Documentation |
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API | API And Documents |
The ML4006 is a state of the art, ultra compact Digital Sampling Oscilloscope that can be ordered either as a 32 GHz or as a 50 GHz bandwidth variant. The ML4006 is typically used to characterize the quality of transmitters and receivers, implement a statistical under-sampling technique with comprehensive software libraries used for eye measurements, perform jitter analysis and process NRZ and PAM4 data. With its extensive set of APIs, this scope is very well suited for automated testing and quick go/no-go production validation.
Key Features:
-Low cost single-channel 32/50GHz equivalent-time sampling oscilloscope optimized for high speed data analysis
-High Fidelity Signal Capture
-Low intrinsic Jitter
-User friendly GUI including high throughput APIs and libraries (supported by Linux and Windows environments)
-Supports external API calls from other software such as LabView, Matlab, etc...
-Repeatable performance and traceability to standards
-Single-ended and differential electrical inputs
-Color graded persistence in eye and pattern capture modes
-Capability to save statistical measurement and data files for multiple DSOs
-Full eye measurements can be attained in the tens of milliseconds
-Air-tight and robust shell made of machined aluminum that enables measuring in dusty and rough environments
DSO Measurements:
NRZ Mode:
-Total Jitter & Jitter decomposition:DJ, RJ
-Mask Margin :alternate Mask Margin rules available
-Number of failing points for a region can be returned as well as the actual points that failed
-Eye opening, eye height and width, eye amplitude, top, base, max, min, and peak to peak
-Rise/ fall time, single edge measurement in pattern capture
-Statistics histograms and histogram measurements
-Crossing percentage
-Pre-emphasis positive & negative (amplitude width)
-Advanced Pattern Measurements
-Zooming, markers, X and Y histograms, overlays, and multiple measurement statistics
PAM4 Measurements:
-Symbol Levels
-Vertical Eye Amplitudes
-Vertical Eye Openings
-Horizontal Eye Openings
-Vertical Eye Closure (dB)
-Openings by BER
-Max, Min, Peak-to-Peak…
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Software | GUI |
API | API And Documents |
The ML4009 is a state of the art 1 Lane 30Gbps BERT(Bit Error Ratio Tester) stand-alone instrument that is fully featured for lab and production testing of systems, components, and Electro-Optical Modules. This low cost instrument is offered in 4 different variants:
•ML4009
•ML4009-HV (High Voltage)
•ML4009-JIT (Jitter Generation)
•ML4009-EQL (Signal Shaping)
Key Features:
-Small compact module
-Data Rate: 8.5-15 and 21-30Gbps,
-External reference clock input
-Low intrinsic Jitter
-Low power consumption
-Automated J2/J9 measurements
-Integrated synthesizer
-Eye Contour measurements
-Intuitive comprehensive GUI
-Window and Linux API functions
-Repeatable traceable measurements
-Compact stand-alone package
Target Applications:
-Interconnect testing, CFP2, CFP4, QSFP28, ...
-Backplane testing
-Interference and Xtalk testing
-Receiver sensitivity testing
-Receiver Jitter Tolerance Testing
-Equalizer characterization
-Electro-Optical module testing
Read more Documentation |
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Software | GUI |
API | API And Documents |
IP Changer | IP Changer |
Ethernet Config. | Ethernet Config. |
The ML4009-EQL is a state of the art 1 Lane 30Gbps BERT(Bit Error Ratio Tester) stand-alone instrument with 9 Tap transversal filter output. This low cost ML4009-EQL is fully featured for lab and production testing of systems, components, and Electro-Optical Modules.
Key Features:
-Small compact module
-Data Rates: 8.5-15 and 21-30Gbps
-External reference clock input
-Low intrinsic Jitter
-Low power consumption
-Automated J2/J9 measurements
-Integrated synthesizer
-Eye Contour measurements
-Intuitive comprehensive GUI
-Window and Linux API functions
-Repeatable traceable measurements
-Compact stand-alone package
-High Output Voltage
-Pre-emphasis with 20dB Range
-Programmable channel emulation
-Sinusoidal and Random Jitter Generation
-9 Tap transversal filter output
-128 step tap amplitude steps
- Programmable eye closure
-Pulse Spreading to 157.5ps
Target Applications:
-Interconnect testing, CFP2, CFP4, and QSFP28
-Backplane testing
-Interference and Xtalk testing
-Receiver sensitivity testing
-Receiver Jitter Tolerance Testing
-Equalizer characterization
-Electro-Optical module testing
Read more Documentation |
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Software | GUI |
API | API And Documents |
IP Changer | IP Changer |
Ethernet Config. | Ethernet Config. |
The ML4009-JIT is a state of the art 1 Lane 30Gbps BERT(Bit Error Ratio Tester) stand-alone instrument with jitter generation. This low cost instrument is fully featured for lab and production testing of systems, components, and Electro-Optical Modules.
Key Features:
-Small compact module
-Data Rates: 8.5-15 and 21-30Gbps,
-External reference clock input
-Low intrinsic Jitter
-Low power consumption
-Automated J2/J9 measurements
-Integrated synthesizer
-Eye Contour measurements
-Intuitive comprehensive GUI
-Window and Linux API functions
-Repeatable traceable measurements
-Compact stand-alone package
-Vertical and Horizontal eye closure
-Composite sinusoidal and jitter generation
-Vertical amplitude random noise injection
Target Applications:
-Interconnect testing, CFP2, CFP4, QSFP28, ...
-Backplane testing
-Interference and Xtalk testing
-Receiver sensitivity testing
-Receiver Jitter Tolerance Testing
-Equalizer characterization
-Electro-Optical module testing
Read more Documentation |
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Software | GUI |
API | API And Documents |
IP Changer | IP Changer |
Ethernet Config. | Ethernet Config. |
QSFP28 Low cost Passive Loopback Module ML4012-28 is used for testing QSFP/QSFP28 transceiver ports under board level tests. By substituting a full-featured QSFP/QSFP28 transceiver with the ML4012-28, the electrical loopback will provide a cost effective low loss method for QSFP/QSFP28 port testing.
The ML4012-28 is packaged in a standard MSA housing compatible with all QSFP/QSFP28 ports. Transmitting data from the host is electrically routed (internal to the loopback module) to receive data outputs and send them back to the host. It provides an economical way to exercise QSFP/QSFP28 ports during R&D validation, production testing, and field testing.
The ML4012-28 provides QSFP/QSFP28 various power Classes up to 4.5 W using a customer supplied +4.5V voltage supply.
Key Features:
-Operation up to 28G per lane
-Supports 4x28G
-QSFP28 MSA Form Factor
-Dual LED indicators
-Hot-pluggable MSA footprint
-SFF-8436 Compliant EEPROM
-Low cost MSA Compliant loopback module
Benefits:
-Economical QSFP/QSFP28 Port Testing
-Custom Memory Maps
-Board Level System Testing
-Power On Validation
-Excellent Signal Integrity
Read more Documentation |
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API | API And Documents |
CFP Electrical Passive Loopback Module ML4013, is designed to provide an efficient and easy method of characterizing and testing 10x10G CFP ports.
The ML4013 comes packaged in a MSA compliant shell housing offering excellent heat dissipation. It can be programmed to different power levels through an MDIO interface; thus, emulating all CFP power classes.
Transmitting data from the host is electrically routed(internal to the loopback module) to receive data outputs and send back to the host. It provides an economical way to exercise CFP ports during R&D validation, production testing, and field testing.
Key Features:
-Passive CFP loopback module: 10 TX & 10 RX lanes operating at 100 Gbps per lane
-Built with advanced PCB material
-High performance signal integrity traces
-CFP MSA Form Factor
-Insertion counter
-Programmable Power dissipation up to 24W(custom modules can go up to 40W)
-Custom memory maps
-RX_LOS-Alarm driven by TX_DIS control or MDIO register
-MSA compliant Digital Diagnostic and Monitoring register (DDM)
-3 Status LED indicators
-Temperature sensing
-Hot Pluggable module
-Cut-Off temperature preventing module overheating
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API | API And Documents |