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DWDM SFP transceivers support various data transfer protocols, ranging from OS-3/STM-1/SDH/FE to 10GBE/OC-192/10FC/STM-64. All Optronic DWDM transceivers are equipped with DDM (Didgital Diagnostic Monitoring). This function allows you to control the parameters of optical modules: output signal power, input signal power, temperature characteristics of the transceiver, as well as supply voltage and consumption current. The data is transmitted in real time.

The SFP-LC optical transceiver is a compact transceiver device that is used for data transmission in fiber-optic networks. SFP standard modules are characterized by increased performance and reduced dimensions, that allows you to install up to 48 transceivers in one 19-inch switch (1U) (if there are ports). The scope of application – Ethernet, SDH and Fiber Channel networks. It is worth noting that there are SFP transceivers that provide data transmission over a copper cable, for example, a SFP-100TX module equipped with an RJ-45 connector.

Basic electrical characteristics 1. Operating frequency, MHz 63.85 MHz ± 0.2 2. Rated output power, at least, kW 1 1 3. Deviation of the amplitude characteristic from the linear one, no more than, dB 2 4. Relative level of harmonic components of the output signal, no more than, dB minus 20 1, 2 5. Nominal level of the input RF signal, dBm 3 6. Input and output impedance, ohms 50 7. VSWR RF input, no more than 2 8. Permissible VSWR RF load, no more than 3 9. Pulse mode of operation 10. Duration of the radio pulse, no more than, ms 100 11. Effective borehole, at least 2 12. Rise/fall time of the RI amplitude, no more than, ns 500 1, 4 13. Noise, no more than, dB/Hz minus 154 1, 5

The "10GBASE-SR SFP+ Module" optical modules are capable of operating at a data transfer rate of up to 10 Gbit/s and are used in fiber-optic communication systems. They have a form factor similar to the previous SFP standard, namely, they have much smaller dimensions compared to other 10G transceivers. They can be installed on network equipment with a large number of ports.

Optical transceivers are in standard SFP metal case with integrated optical input/output for SC,LC connectors for to transmit the signal over a single optical fiber.

The following options can be implemented on request: •additional time relays - allow you to time load control commands within one queue •output of ACR/CHAPV signals on one bus: the appearance of a signal - ACR, the disappearance of a signal - CHAPV •installation of a panel measuring device on the cabinet door •manufacture of cabinets of other dimensions, design and number of unloading queues •manufacture of outdoor cabinets

Technical specifications Material: S-TIH53 (Ohara) Length, mm: 4 Height, mm: 0.5±0.02 Thickness, mm: 0.4±0.01 Refractive index, mm: 1.823 Effective focal length, mm: 0.3 Rear focal length, mm: 0.08 Transmission, %: >99.5 Power within the angle ± 2.2 mrad, %: >92 Antireflection coating, nm at one of the wavelengths from the range: 400-1500 Numerical aperture: 0.7 Surface quality λ = 633, nm: λ/4

Technical specifications Material: S-TIH53 (Ohara) Length, mm: 15 Height, mm: 6.5 Thickness, mm: 2.81 Refractive index, mm: 1.823 Effective focal length, mm: 14.2 Radius, mm: 11.7 Rear focal length 12.7 mm: ≥99.5 Transmission, % at one of the wavelengths from the range: 400-1500 Antireflection coating, nm: FA: 0.5, SA:0.1 Surface quality at λ = 633 nm: λ/4

SFP+ modules are used to organize high-speed duplex channels with data transfer rates up to 10 Gbit/s. WDM SFP+ optical transceivers are designed to organize a duplex communication channel in a single fiber. CWDM SFP+ allows you to organize 10 Gbit/s channels in passive CWDM systems.

UVI/PMU functionality · supports calculation and data transmission in on-line mode via the C37.118-2011 protocol · has 2 built-in Ethernet interfaces for connecting to the LAN of the installation object · saves data for later access via FTP – off-line mode · connection of up to 9 connections to one device with the possibility of distributed installation across the facility

Technical specifications Material: S-TIH53 (Ohara) Length, mm: 5.8±0.02 Height, mm: 1.5±0.02 Thickness, mm: 1.0±0.01 Refractive index, mm: 1.823 Pitch, mm: 1.0 Radius, mm: 6.52 Effective focal length, mm: 8.01 Rear focal length, mm: 7.45 Transmission, %: >99.5 Antireflection coating, nm at one of the wavelengths from the range: 400-1500 Numerical aperture: 0.056 Surface quality at λ = 633 nm: λ/4 Residual deviation at full angle FW1/e2 (for non-linear deviation of the laser diode), mrad: 12.5