Differentiated Backup-Power Equipment

Rate: typ: 1.25G ~15G; double-channel working simultaneously Drop Time: Min: 18; typ: 22; max: 30; 10.3125G; typ: PRBS7. PRBS9、 PRBS15. PRBS23. PRBS31 Code: NRZ; typ: PRBSS8. PRBS9.5; typep: USER DEF; supporting 64-digit custom

The 10G miscode test (BERTWAveE210B) is a double-channel, multi-speed high performance miscode analysis device. The instrument provides one electrical channel and one light channel for an error code test at the same time; each channel supports the setting of multiple speed points from 1.25G ~ 11.318G; quick selection. There are multiple code options; user-defined code settings are provided; output signal band values are adjustable, polarity is freely rotated; two test modes are supported, timed and continuous; 4.3 inches high, clear touch screens are provided; and operation is easy. Channel mode; 1 electrical channel interface and 1 light channel interface working in parallel Code type; PRBS7, PRBS9, PRBS15, PRBS23, PRBS31, PRBS58, PRBS9 5, USER DEF (support for 64-bit custom code configurations); 155M, 622M, 1.25G, 2.125G, 2.488G, 3125G, 4.25G, 4.976G, 5G, 6.2G, 8.5G, 9.95328G, 10G, 10.3125G, 10.52G, 10.709G, 11.09G, 11.31G, 12.5G, 12.5G, 14.025G, 15G-hours; providing two-way trigger signal delivery bands; 50mV, 100mV, 150mV, 200mV, 250mV, 300mV, 350mv

The high-speed AD-5000 PCIe data acquisition card is a 5GSps 10bit high-speed ADC; a 5-high-alignment FPGA and 2Gbyte DDR3-enabled data sampling, dispatch, and signal processing panel matching one Stratix5; a high-speed PCI interface; features that are robust, platform-based, simple and easy to use; and suitable for systems with high-speed collection needs and a large amount of data return. 2Gbyte capacity DDR3 memory ADC supports external reference clocks The structure of ADC + FPGA+ MMU; 10bit high-speed ADCs can be completed for multiple communication systems; a maximum sampling rate of up to 5 GSps; up to 1/2/4 channels can be achieved and AVRMCUs can be collected in conjunction with FPGA via external bus; a rich external interface can be operated with more complex control algorithms; USB3.0, single machine communication portals, PCIe interfaces added to the front end of the simulation (replaceable); input into DC laced 500M bandwidth; transferable slots; wider range of inputs; maximum support for 5Vpp

Operating protocol: Four-Intensity MDI-QKD Protocol Coding Yield [200km fiber distance; 40dB link loss; key-rate calculation uses a single-photon detector with dark count 100Hz, efficiency 80%, and peak count rate 10MHz; @200km fiber distance (40dB link loss)]: ≥0.1kbps @200km fiber distance (40dB link loss) Signal Operating wavelength: 1550.12nm

Quantum key distribution (QKD) uses fundamental quantum-mechanical principles to establish information-theoretically secure shared keys between users. Combined with one-time-pad encryption, it enables unconditionally secure confidential communication. This system uses measurement-device-independent quantum key distribution (MDI-QKD), theoretically providing the highest level of information-theoretic security (ITS). In practice, it is inherently immune to all attacks targeting the detection side. It also includes defenses against major known source-side threats, including photon-number-splitting, Trojan-horse, seed-light and bright-light attacks. The system supports highly secure long-distance quantum key distribution.

Connector A/B: SN-UPC/SN-UPC Connector brand: SENKO Fiber Type [MM]: OM3, OM4

This standard connector is designed and optimized for next-generation 400G data centers and has been used in transceiver applications including QSFP-DD. Its duplex design has a distinctive push-pull boot for excellent manageability and easy installation and removal from transceivers and adapter panels.