1/25/2022 | 8544700000 | OPTICAL CONNECTING CORDS (PATCHCORDS), TERMINATED ON BOTH SIDES WITH OPTICAL SOCKETS (CONNECTORS) OF TYPE - QSFP28. ARE USED FOR SWITCHING OF ACTIVE NETWORK EQUIPMENT, CROSS-COUNTERS, INTRA-CROSS CONNECTIONS IN FIBER-OPTICAL LINES WITH | 0.6 | 302.7 | China | NOVOSIBIRSK AIRPORT TOLMACHEVO | FIBER TRADE LLC |
1/25/2022 | 8544700000 | OPTICAL CONNECTING CORDS (PATCHCORDS), TERMINATED ON BOTH SIDES WITH OPTICAL SOCKETS (CONNECTORS) OF TYPE - QSFP28. ARE USED FOR SWITCHING OF ACTIVE NETWORK EQUIPMENT, CROSS-COUNTERS, INTRA-CROSS CONNECTIONS IN FIBER-OPTICAL LINES WITH | 0.15 | 110.7 | China | NOVOSIBIRSK AIRPORT TOLMACHEVO | FIBER TRADE LLC |
1/25/2022 | 8544700000 | OPTICAL CONNECTING CORDS (PATCHCORDS) TERMINATED ON BOTH SIDES WITH OPTICAL SOCKETS (CONNECTORS) OF THE TYPE - QSFP+ TO 4 X SFP+. USED FOR SWITCHING ACTIVE NETWORK EQUIPMENT, CROSS-COUNTERS, INTRA-CROSS CONNECTIONS INTO FIBER-OPTICAL | 0.4 | 146.7 | China | NOVOSIBIRSK AIRPORT TOLMACHEVO | FIBER TRADE LLC |
1/25/2022 | 8544700000 | OPTICAL CONNECTING CORDS (PATCHCORDS) TERMINATED ON BOTH SIDES WITH OPTICAL SOCKETS (CONNECTORS) OF THE TYPE - QSFP+ TO 4 X SFP+. USED FOR SWITCHING ACTIVE NETWORK EQUIPMENT, CROSS-COUNTERS, INTRA-CROSS CONNECTIONS INTO FIBER-OPTICAL | 0.25 | 82.7 | China | NOVOSIBIRSK AIRPORT TOLMACHEVO | FIBER TRADE LLC |
1/25/2022 | 8544700000 | OPTICAL CONNECTING CORDS (PATCHCORDS) ENDED ON BOTH SIDES WITH OPTICAL SOCKETS (CONNECTORS) OF TYPE-QSFP+ TO 4 X SFP+. USED FOR SWITCHING OF ACTIVE NETWORK EQUIPMENT, CROSS-COUNTERS, INTRA-CROSS CONNECTIONS IN FIBER-OPTICAL | 0.75 | 347.7 | China | NOVOSIBIRSK AIRPORT TOLMACHEVO | FIBER TRADE LLC |
1/25/2022 | 8544700000 | OPTICAL CONNECTING CORDS (PATCHCORDS), TERMINATED ON BOTH SIDES WITH OPTICAL SOCKETS (CONNECTORS) OF SFP+ TYPE. USED FOR SWITCHING OF ACTIVE NETWORK EQUIPMENT, CROSS-COUNTERS, INTRA-CROSS CONNECTIONS IN FIBER-OPTICAL COMMUNICATION LINES | 0.45 | 71.7 | China | NOVOSIBIRSK AIRPORT TOLMACHEVO | FIBER TRADE LLC |
1/26/2022 | 8517620003 | EQUIPMENT FOR DIGITAL WIRED COMMUNICATION SYSTEMS: OPTICAL MODULES (TRANSCEIVERS) CONNECTED BY OPTICAL FIBER ARE DESIGNED TO WORK IN MULTIMODE OPTICAL FIBER FOR SWITCHING ACTIVE NETWORK EQUIPMENT. NOT HIGH | 0.23 | 87.27 | China | SHENZHEN CHINA | SP GOLODNIKOV ANDREY VITALIEVICH |
1/26/2022 | 8517620003 | EQUIPMENT FOR DIGITAL WIRED COMMUNICATION SYSTEMS: OPTICAL MODULES (TRANSCEIVERS) CONNECTED BY OPTICAL FIBER ARE DESIGNED TO WORK IN MULTIMODE OPTICAL FIBER FOR SWITCHING ACTIVE NETWORK EQUIPMENT. NOT HIGH | 0.4 | 152.24 | China | SHENZHEN CHINA | SP GOLODNIKOV ANDREY VITALIEVICH |
1/31/2022 | 8534001100 | MULTILAYER PRINTED CIRCUITS (DIELECTRIC GLASS FIBER REINFORCED POLYMER BASE WITH CONDUCTOR TRACKS, PADS, MOUNTING AND VIA HOLES) DO NOT CONTAIN OTHER PASSIVE AND ACTIVE ELEMENTS: | 190 | 23417.6 | China | HONG KONG | INTERPROFIL LLC |
1/17/2022 | 8544700000 | FIBER-OPTIC CABLE, DESIGNED FOR SWITCHING OF ACTIVE OPTICAL EQUIPMENT USING A LIGHT SIGNAL. DOES NOT CONDUCT ELECTRIC CURRENT, IS NOT A SCRAP. FIBER OPTIC PATCH CORD (PIGTAIL) IS MADE FROM FIBER OPTIC CABLE | 1013.75 | 41879.3 | China | SHANGHA CHINA | PRODUCTION GROUP LLC |