OPTOKON

HMA-J Series connector

The OPTOKON HMA-J connector series, a medium size „Expanded Beam“ connector is designed for connection of the nodes of tactical network by the help of cables with optical fibers. The used expanded beam technology preservers all advantages of signals transmission through the optical lines in field harsh environmental conditions. Additionally to military optical networks the HMA-J is suited for a vast array of applications, like heavy industry connections, petrochemical application, broadcasting temporary optical lines. The innovative designs ensure its ability for deployment in the toughest environments where high performance and total reliability are critical. Benefiting from expanded beam technology the precision optical alignment system creates immunity from water, mud, dust oil and other contaminants. The HMA-J Hermaphroditic coupling eliminates the need for adaptors and male and female mating halves. Hermaphroditic housings allow for rapid deployment, creating low loss Singlemode and Multimode daisy chained links in a variety of planforms ranging from simplex fiber to a four fibers. The OPTOKON HMA-J is ideally suited for environmental extremities where low maintenance and quick repairability is necessary.

HMA-S Series connector

The OPTOKON HMA-S connector series, a large size „Expanded Beam“ connector is designed for connection of the nodes of harsh environmental network by the help of cables with optical fibers. The used expanded beam technology preservers all advantages of signals transmission through the optical lines in field harsh environmental conditions. Additionally to ruggedized optical networks the HMA-S is suited for a vast array of applications, like heavy industry connections, petrochemical application, broadcasting temporary optical lines. The innovative designs ensure its ability for deployment in the toughest environments where high performance and total reliability are critical.  Benefiting from expanded beam technology the precision optical alignment system creates immunity from water, mud, dust oil and other contaminants. The HMA-S Hermaphroditic coupling eliminates the need for adaptors and male and female mating halves. Hermaphroditic housings allow for rapid deployment, creating low loss Single mode and Multimode daisy chained links in a variety of planforms ranging from simplex fiber to a four fibers. The OPTOKON HMA-S is ideally suited for environmental extremities where low maintenance and quick repairability is necessary.

HMA-M Mini connector

The OPTOKON HMA-M connector series, a mini size „Expanded Beam“ connector is designed for connection of the nodes of harsh environmental network by the help of cables with optical fibers. The used expanded beam technology preservers all advantages of signals transmission through the optical lines in field harsh environmental conditions. Additionally to ruggedized optical networks the HMA-M is suited for a vast array of applications, like heavy industry connections, petrochemical application, broadcasting temporary optical lines. The innovative designs ensure its ability for deployment in the toughest environments where high performance and total reliability are critical. Benefiting from expanded beam technology the precision optical alignment system creates immunity from water, mud, dust oil and other contaminants. The HMA-M Hermaphroditic coupling eliminates the need for adaptors and male and female mating halves. Hermaphroditic housings allow for rapid deployment, creating low loss Singlemode and Multimode daisy chained links in a variety of planforms ranging from simplex fiber to a four fibers. The OPTOKON HMA-M is ideally suited for environmental extremities where low maintenance and quick repairability is necessary.

FCON series 2-12 fibers rugged field ferrule connector-patchcord

The OPTOKON FCON field fiber optic connectors are designed for military field cables. The neutral bayonet locking structure enables quick and arbitrary connection of the head and the seat, the head and the head, and the seat and the seat. It has multi-core one-time connection and can be blindly inserted; it has small connection loss and high reliability; it is strong, waterproof, dustproof and resistant to harsh environment. It can be used in various field military optical fiber communication networks. Military computer system, Airborne or shipborne equipment, repairing systems, etc. The field light road is temporarily connected.

OPTOKON HMA patchcord

The OPTOKON HMA optical modules are designed for connection of the nodes of tactical network by the help of cables with optical fibers. The used „Expanded beam technology“ preserves all advantages of signals transmission through the optical lines in field harsh environmental conditions. 
  Benefiting from expanded beam technology, with a long and proven industry track record, the precision optical alignment system creates immunity from water, mud, dust, oil and other contaminants.
The HMA Hermaphroditic coupling eliminates the need for adaptors and male and female mating halves. Hermaphroditic housings allow for rapid deployment, creating low loss Single mode, Multimode and Hybrid daisy chained links in a variety of planforms ranging from simplex fiber to a copper Hybrid. The OPTOKON HMA is ideally suited for environmental extremities where low maintenance and quick repairabilty is necessary, the connectors are uniquely field installable and rapidly field repairable.
There are two different types of OPTOKON HMA connection modules:
a)    LD type military tactical cable with OPTOKON HMA plugs at both sides
b)    Hybrid connection module OPTOKON HMA to standard fiber optic connectors (FC, SC, ST, LC, …) 

ASOP - Shielded Fiber Optic Patchcord

The OPTOKON Shielded Fiber Optic Patchcord enables easy handling and installation in a similar way to standard electrical cable. This most recent version of the Shielded Fiber Optic Patchcord offers increased protection against the possibility of light leakage in order to eavesdrop on the signal while reducing the bending radius below the recommended limit. This unique design ensures an easier construction process therefore reducing the return loss and extending the life span of the optical fiber.