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Multiplexer

Supplier: JSC Sozvezdie

Is designed to provide multiplexing in highly reliable high-load backbone telecommunications networks, networks of large enterprises and networks of large industrial holdings, as well as aggregation and load balancing using high-speed interfaces.

Laser engraving

Supplier: JSC Sozvezdie

Laser technological complex for marking and engraving.

Climate testing

Supplier: JSC Sozvezdie

The ability of the equipment to maintain its operating characteristics and appearance under the influence of climatic factors and (or) after their completion is checked.

Optical OMK 1000 Converter

Supplier: The Ruselectronics holding company

The OMK-1000 optical converter DNK.465633.002 TU is intended for use in a public communication network and technological communication networks, if they are connected to a public communication network, as equipment implementing a frame switching technology.

Router - MME Firewall

Supplier: The Ruselectronics holding company

Router - firewall DNP.468367.004 is intended for use as a router and firewall. The product is managed using the SNMP v.2 protocol.

Optical switch OK-16

Supplier: The Ruselectronics holding company

The product is intended for use as a managed LAN switch. The product is managed via SNMP (version 2) and HTTP protocols. The product is made in the form of a monoblock in the standard 19-inch basic supporting structure "Euromechanika" with a height of 44.45 mm (1U) and a depth of no more than 210 ± 2 mm from the front panel. The mass of the product is not more than 4.5 ± 0.5 kg

Router-firewall with MMEMD modem

Supplier: The Ruselectronics holding company

Router - a firewall with a MMEMD DNP.465277.001 modem is intended for use as a router and a firewall with a G.SHDSL interface. Product management is carried out under the protocol SNMP version 2.

X-ray tube with photocathode

Supplier: The Ruselectronics holding company

The cold cathode X-ray tube (PSF) uses an integrated photomultiplier tube as a source of electrons instead of traditional cathodes. X-ray radiation is controlled by the magnitude of the luminous flux incident on the photocathode of the PMT. An LED, a laser, a lamp or any other source can be used as a light source.