High speed Transceiver ATE
MTP4104
400G Transceiver Tester
MTP4104 is a comprehensive bit error test system with an integrated optical port bit error ratio tester (BERT) and Temperature control unit. Without RF cable connection required, the bit error test of high-speed optical modules in different temperature environments can be realized through ambient temperature settings, such as 400G QSFP_DD PAM4 transeivers, and more optical modules below 100G, such as SFP28 (four ways in parallel), QSFP28 (two ways in parallel), etc.; The integrated MCB test card enables flexible and fast DUT plug-in test without additional high-speed RF cables; The integrated standard light source socket further reduces the space and cost of the test rig without additional bit error tester equipment and MCB; The transceivers of different packaging types can be tested by replacing the MCB test card and the supporting test fixture, mainly including 400G/200G QSFP_DD, 100G QSFP28, SFP+28G, etc.
Features
Independent configuration
Each channel can be independently configured as NRZ or PAM4 signal system;
Multi-rate
Rate support range: 20-30 Gbaud
FEC
Support FEC simulation test analysis;
Rich code types
SSPRQ/JP03A/JP03B/LIN/square wave/user-defined patterns, etc.;Frequency dividing output
Trigger signal supports frequency division output (4-128 frequency division);High performance
Fast rising and falling edge, low inherent jitter;High power
Support high power mode transmitter output;Powerful data analysis
Flexible database management functions to assist R&D in in-depth data analysisFeatures and Benefits
MTP4104
| Category of 400G Transceiver Tester | |||
| PML | PSN | Type of Modules | Qty of DUT |
|
400G Transceiver Tester |
|||
|
MTP4104 |
SFP28 | 16 | |
| 100G QSFP28 | 8 | ||
| 200G QSFP56 | 4 | ||
| 400G QSFP_DD | 4 | ||
Technical Specifications
|
Index of pattern generator① |
Output type | Differential/Single ended PAM4/NRZ |
|
Number of output channels |
4 Slots x 8 Lanes |
|
| Terminal | AC | |
| Output impedance | 100 Ω | |
|
Code pattern |
PRBS 7/9/11/13/15/16/23/31，PRBS7~31Q； SSPRQ, JP03A, JP03B, LIN, SW, CN, etc.; |
|
| Symbol rate (Gbaud)① | 20.625/24.33/25/25.78125/26.5625/27.89/ 27.95/28.05/28.125/28.2/28.9/30； |
|
|
|
±50 ppm | |
| 750 mVp-p② 1200 mVp-p③ |
||
| TR(20–80%)④ | <15 ps | |
| TF(20–80%)④ | <15 ps | |
| Random jitter⑤ | <350 fs |
① More expansion rates can be customized according to the requirements;
② The net measurement value of the
transmitting end, default pre-weighted/de-weighted parameter;
③ Transmitter net measurement, high power
output
mode;
④ The signal was measured at 26.5625 Gbps NRZ;
⑤ Measure random jitter after jitter separation;
|
Trigger output indicators |
Output amplitude | >300 mVp-p |
| Output type | AC coupling, single ended | |
| Frequency division ratio (settable) | 4/8/16/32/64/128 | |
| Trigger output | Support RF switch switching A/B, 4 groups of trigger switching for each | |
|
Bit error detector indicators |
Input type | Differential PAM4/NRZ |
| Termination | AC coupling | |
| Input impedance | 100 Ω | |
| Receiving amplitude (differential)① | 100 ~1200 mVp-p | |
| Receiving sensitivity (differential)① | 100 mVp-p | |
| Data pattern | PRBS 7/9/11/13/15/16/23/31，PRBS7~31Q | |
|
Symbol rate (Gbaud)② |
20.625/
24.33/25/ 25.78125/26.5625/27.89/27.95/ 28.05/28.125/28.2/28.9/ 30 |
|
| Clock mode | Built-in clock recovery | |
| Synchronization type | Automatic synchronization (level/phase) | |
|
Temperature control indicators |
Temperature-control method | Contact TEC temperature control |
| Temperature range③ |
TEC set temperature (-10~85 ℃) Module reported temperature (-5~85 ℃)④ |
|
| Stability | ±1 ℃ | |
| Temperature control accuracy | ±0.1 ℃ | |
|
Temperature rise and fall efficiency |
1)Depending on the temperature environment of the site; 2)Type of module to be tested； 3)Cooling capacity power of water cooler⑤⑥ |
① Net measurement value at the receiving end;
② More expansion rates can be customized according to the requirements；
③ Test conditions: ambient temperature = 25℃, module 100G QSFP28
placed in a confined space to reduce heat exchange with the outside;
④ The power consumption of different
modules varies greatly, and the data are all the reference values of 100G QSFP28 modules in a closed environment
at
room temperature;
⑤ It is advisable to select the chiller with appropriate cooling capacity according to
the
customer's on-site use needs, which can be directly recommended to customers to achieve the target temperature
rise
and fall efficiency;
⑥ Condensation will be produced during long-term low temperature use, so it is
required
to dry the test chamber with dry air, and regularly raise the temperature for drying operation.
|
Transceiver voltage modulation (Bias test) |
Output range | 3.069～3.5 V |
|
General indicators |
Environment | Use at room temperature |
| Operating temperature and humidity | 0 ~ +55 ℃, 30% ~ 80% Relative humidity with no condensation | |
| Storage temperature and humidity | -30 ~ 60 ℃, 10% ~ 90% Relative humidity with no condensation | |
|
Power supply |
【MTP4104】： LINE:100-240 VAC,50/60 Hz,1600 W FUSE: F10AL 250 VAC |
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