Products are dedicated to QSFP+、QSFP28Performance evaluation of active modules in packages, transmitting and receiving ends4Channel input and output, single-endedNRZRate range from10G~32GbpsandPAM4Baud rate range25GBoud~28GBoud, Supported modules are NRZ 40Gand100GProducts, andPAM4 50G、100G、200GProducts, using code error device, attenuator and oscilloscope and other equipment.
Product Features
1、 QSFP+\QSFP28Encapsulation interface, suitable forQSFP+、QSFP28、PAM4 50G\100G\200GIsolated optical module.
2、 supportNRZRate range:10.3125G~32Gbps。
3、 supportPAM4Baud rate range:25GBd~28GBd。
4、 Four wayTX,Four wayRXElectrical interface type:40GHz 2.92mm female,CMLLevel input and output;
5、 Supports real-time current monitoring and overcurrent protection.
6、 Supports the supply voltage pull-off test, the voltage range is from2.8~4.VAdjustable, satisfying the lowest module pulling3.0Vand the highest3.6VVoltage pressure testing, and real-time voltage monitoring, default3.3VOutput, adjust the output voltage in real time according to the current module current to ensure that the supply voltage is stable under different loads.10mVWithin the range of variation.
7、 Supports applications in industrial-grade temperature environments.
8、 MCU I2CThe rate is100KHzLeft and right, data passMCUchangeI2CRead and write moduleEEPROMinformation.
9、 Communication method:USBHID, No driver required, DLL APIRead and write directlyI2CData to module andMCU。
Technical Indicators
No. | index | Max | Min | unit |
1 | Data rate | 56 | 10.3125 | Gbps |
2 | Adjustable output power supply voltage | 4 | 2.8 | V |
3 | Pull-bias voltage regulation accuracy | 5 | mV | |
4 | Monitor voltage accuracy | 5 | mV | |
5 | Monitor current | 2000 | 0 | mA |
6 | Monitor current accuracy | 0.1 | mA | |
7 | I2Crate | 400 | 100 | KHz |
8 | Power supply voltage(ExternalDCPower supply input voltage) | 5.5 | 4 | V |
9 | Operating temperature | 85 | -40 | °C |
10 | Communication method | USB HID, No drive. | ||
11 | TX,RXElectrical interface type | 40GHz 2.92mm female | ||
12 | Input and output level mode | CML | ||