Cables & Adapters

OVERVIEW This 50 micron (OM2) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 50 micron (OM2) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 50 micron (OM2) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 50 micron (OM2) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 50 micron (OM2) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 62.5 micron (OM1) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 62.5 micron (OM1) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 62.5 micron (OM1) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 62.5 micron (OM1) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 62.5 micron (OM1) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 62.5 micron (OM1) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 62.5 micron (OM1) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 62.5 micron (OM1) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

OVERVIEW This 62.5 micron (OM1) fiber optic cable is made with Corning glass fiber. It has 3mm jacket and rated low smoke zero halogen (LSZH) & riser (OFNR). They are tested to provide the optimum data transmission and network stability....

This multimode OM3 fiber optic MPO trunk cable is made with Corning glass fiber and consists of a MPO/MTP female connector on both ends. It is used in high bandwidth datacenter applications connecting switches or MPO/MTP cassettes.  MPO POLARITY, METHOD...

This singlemode fiber optic MPO trunk cable is made with Corning glass fiber and consists of a MPO/MTP female connector on both ends. It is used in high bandwidth data center applications connecting switches or MPO/MTP cassettes.  MPO POLARITY, METHOD...

This singlemode fiber optic MPO breakout cable is made with Corning glass fiber and consists of a MPO/MTP female connector on one end and 8 simplex LC male connectors on the other. It is used in high bandwidth datacenter applications...

This singlemode fiber optic MPO breakout cable is made with Corning glass fiber and consists of a MPO/MTP female connector on one end and 12 simplex LC male connectors on the other. It is used in high bandwidth datacenter applications...

This multimode OM4 fiber optic MPO trunk cable is made with Corning glass fiber and consists of a MPO/MTP female connector on both ends. It is used in high bandwidth datacenter applications connecting switches or MPO/MTP cassettes.   MPO POLARITY, METHOD...

This multimode fiber optic MPO breakout cable is made with Corning glass fiber and consists of a MPO/MTP female connector on one end and 4 duplex LC male connectors on the other. It is used in high bandwidth datacenter applications...

This multimode fiber optic MPO breakout cable is made with Corning glass fiber and consists of a MPO/MTP female connector on one end and 12 simplex LC male connectors on the other. It is used in high bandwidth datacenter applications...

This multimode fiber optic MPO breakout cable is made with Corning glass fiber and consists of a MPO/MTP female connector on one end and 12 simplex LC male connectors on the other. It is used in high bandwidth datacenter applications...

This multimode fiber optic MPO breakout cable is made with Corning glass fiber and consists of a MPO/MTP female connector on one end and 4 duplex LC male connectors on the other. It is used in high bandwidth datacenter applications...

These 9 micron (OS2) fiber optic jacketed pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 9 micron (OS2) fiber optic pigtails have terminated LC/APC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic jacketed pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 9 micron (OS2) fiber optic pigtails have terminated LC/APC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic jacketed pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 9 micron (OS2) fiber optic pigtails have terminated SC/APC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic pigtails have terminated SC/APC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic jacketed pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 9 micron (OS2) fiber optic pigtails have terminated ST fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic pigtails have terminated ST fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic jacketed pigtails have terminated ST fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 50 micron (OM4) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM4) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM4) fiber optic jacketed pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 50 micron (OM3) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM3) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM3) fiber optic pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM2) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM2) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM2) fiber optic pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 62.5 micron (OM1) fiber optic jacketed pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...