Infinera TRX100032/XXX compatible DWDM XFP Module

TRX100032/XXX is Compatible Transceiver that operates over SMF (Single-Mode Fiber) optical cable. It has a minimum guaranteed optical budget of 23 dB, which is usually enough to reach a distance of up to 80 kilometers. Distance, on the other hand, is merely an indicator metric determined for ease of identification. Finally, we calculate distance using a minimum optical budget and industry average attenuation of optical cabling. This Infinera XFP DWDM transceiver uses an ITU-T DWDM Grid 100 GHz C-Band APD Photodiode receiver and a top quality EML Laser transmitter with operating at nominal wavelengths from Ch. 17 (1563.86 nm) to Ch. 61 (1528.77 nm) (Full table shown below). Infinera compatible TRX100032/XXX supports DDM/DOM optical diagnostics and provides diagnostic data on current operating conditions. Infinera compatible TRX100032/XXX has a Double LC interface and operates in the standard 0°-70°C temperature range. This Infinera XFP DWDM module supports such applications as 10G Ethernet (10.31Gbps), OTU2 (10.70Gbps), OTU2e (11.095Gbps). Infinera's compatible TRX100032/XXX Double Fiber DWDM XFP optical transceiver is a multi-purpose module that can be utilized in a variety of networking applications. As a result, Internet Service Provider (ISP) Fiber To The Home aggregation and backbone, Mobile operator core and backhaul SDH/SONET applications, Data Center LAN, SAN Networks, and other optical connections are the most common applications.

The TRX100032/XXX Infinera compatible transceiver is CE/RoHS approved and meets product safety requirements. We run compatibility tests on the Infinera compatible TRX100032/XXX XFP Transceiver using the newest Infinera networking platforms, allowing us to encode the transceiver's EEPROM memory to be compatible and work seamlessly with Infinera systems. Our optical transceivers, on the other hand, comply with the XFP Multi-Source Agreement. Because our priority is to provide excellent service, we do thorough quality inspections on all of our products before to delivery. As a result, we perform optical parameter measurements, connector cleanness testing, and EEPROM memory data validation tests on XFP transceivers. We'd love to hear about your requirements – Contact Us!

• ITU Channel 19 — 191900 GHz / 1562.23 nm — Infinera Channel 19 (TRX100032/919)
• ITU Channel 20 — 192000 GHz / 1561.41 nm — Infinera Channel 20 (TRX100032/920)
• ITU Channel 21 — 192100 GHz / 1560.61 nm — Infinera Channel 21 (TRX100032/921)
• ITU Channel 22 — 192200 GHz / 1559.79 nm — Infinera Channel 22 (TRX100032/922)
• ITU Channel 23 — 192300 GHz / 1558.98 nm — Infinera Channel 23 (TRX100032/923)
• ITU Channel 24 — 192400 GHz / 1558.17 nm — Infinera Channel 24 (TRX100032/924)
• ITU Channel 25 — 192500 GHz / 1557.36 nm — Infinera Channel 25 (TRX100032/925)
• ITU Channel 26 — 192600 GHz / 1556.55 nm — Infinera Channel 26 (TRX100032/926)
• ITU Channel 27 — 192700 GHz / 1555.75 nm — Infinera Channel 27 (TRX100032/927)
• ITU Channel 28 — 192800 GHz / 1554.94 nm — Infinera Channel 28 (TRX100032/928)
• ITU Channel 29 — 192900 GHz / 1554.13 nm — Infinera Channel 29 (TRX100032/929)
• ITU Channel 30 — 193000 GHz / 1553.33 nm — Infinera Channel 30 (TRX100032/930)
• ITU Channel 31 — 193100 GHz / 1552.52 nm — Infinera Channel 31 (TRX100032/931)
• ITU Channel 32 — 193200 GHz / 1551.72 nm — Infinera Channel 32 (TRX100032/932)
• ITU Channel 33 — 193300 GHz / 1550.92 nm — Infinera Channel 33 (TRX100032/933)
• ITU Channel 34 — 193400 GHz / 1550.12 nm — Infinera Channel 34 (TRX100032/934)
• ITU Channel 35 — 193500 GHz / 1549.32 nm — Infinera Channel 35 (TRX100032/935)
• ITU Channel 36 — 193600 GHz / 1548.51 nm — Infinera Channel 36 (TRX100032/936)
• ITU Channel 37 — 193700 GHz / 1547.72 nm — Infinera Channel 37 (TRX100032/937)
• ITU Channel 38 — 193800 GHz / 1546.92 nm — Infinera Channel 38 (TRX100032/938)
• ITU Channel 39 — 193900 GHz / 1546.12 nm — Infinera Channel 39 (TRX100032/939)
• ITU Channel 40 — 194000 GHz / 1545.32 nm — Infinera Channel 40 (TRX100032/940)
• ITU Channel 41 — 194100 GHz / 1544.53 nm — Infinera Channel 41 (TRX100032/941)
• ITU Channel 42 — 194200 GHz / 1543.73 nm — Infinera Channel 42 (TRX100032/942)
• ITU Channel 43 — 194300 GHz / 1542.94 nm — Infinera Channel 43 (TRX100032/943)
• ITU Channel 44 — 194400 GHz / 1542.14 nm — Infinera Channel 44 (TRX100032/944)
• ITU Channel 45 — 194500 GHz / 1541.35 nm — Infinera Channel 45 (TRX100032/945)
• ITU Channel 46 — 194600 GHz / 1540.56 nm — Infinera Channel 46 (TRX100032/946)
• ITU Channel 47 — 194700 GHz / 1539.77 nm — Infinera Channel 47 (TRX100032/947)
• ITU Channel 48 — 194800 GHz / 1538.98 nm — Infinera Channel 48 (TRX100032/948)
• ITU Channel 49 — 194900 GHz / 1538.19 nm — Infinera Channel 49 (TRX100032/949)
• ITU Channel 50 — 195000 GHz / 1537.40 nm — Infinera Channel 50 (TRX100032/950)
• ITU Channel 51 — 195100 GHz / 1536.61 nm — Infinera Channel 51 (TRX100032/951)
• ITU Channel 52 — 195200 GHz / 1535.82 nm — Infinera Channel 52 (TRX100032/952)
• ITU Channel 53 — 195300 GHz / 1535.04 nm — Infinera Channel 53 (TRX100032/953)
• ITU Channel 54 — 195400 GHz / 1534.25 nm — Infinera Channel 54 (TRX100032/954)
• ITU Channel 55 — 195500 GHz / 1533.47 nm — Infinera Channel 55 (TRX100032/955)
• ITU Channel 56 — 195600 GHz / 1532.68 nm — Infinera Channel 56 (TRX100032/956)
• ITU Channel 57 — 195700 GHz / 1531.90 nm — Infinera Channel 57 (TRX100032/957)
• ITU Channel 58 — 195800 GHz / 1531.12 nm — Infinera Channel 58 (TRX100032/958)
• ITU Channel 59 — 195900 GHz / 1530.33 nm — Infinera Channel 59 (TRX100032/959)
• ITU Channel 60 — 196000 GHz / 1529.55 nm — Infinera Channel 60 (TRX100032/960)