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P-RJ4505KSC-BLACK Cat5e RJ45 Inline Keystone Coupler Female to Female-Black 20pcs/Pack

SKU: P-RJ4505KSC-BLACK
Type: Keystone Coupler (Female-to-Female). Category: CAT5e, designed for high-speed networking applications such as 100BASE-TX or 1000BASE-T. Color: Black Design: A snap-in module that allows for the connection of two separate RJ45 ethernet patch cables.

P-RJ4505KSC-BLUE Cat5e RJ45 Inline Keystone Coupler Female to Female-Blue 20pcs/Pack

SKU: P-RJ4505KSC-BLUE
Type: Keystone Coupler (Female-to-Female). Category: CAT5e, designed for high-speed networking applications such as 100BASE-TX or 1000BASE-T. Color: Blue Design: A snap-in module that allows for the connection of two separate RJ45 ethernet patch cables.

P-RJ4505KSC-GREEN Cat5e RJ45 Inline Keystone Coupler Female to Female-Green 20pcs/Pack

SKU: P-RJ4505KSC-GREEN
Type: Keystone Coupler (Female-to-Female). Category: CAT5e, designed for high-speed networking applications such as 100BASE-TX or 1000BASE-T. Color: Green Design: A snap-in module that allows for the connection of two separate RJ45 ethernet patch cables.

P-RJ4505KSC-WHITE Cat5e RJ45 Inline Keystone Coupler Female to Female-White 20pcs/Pack

SKU: P-RJ4505KSC-WHITE
Type: Keystone Coupler (Female-to-Female). Category: CAT5e, designed for high-speed networking applications such as 100BASE-TX or 1000BASE-T. Color: Black Design: A snap-in module that allows for the connection of two separate RJ45 ethernet patch cables.

P-RJ4505KSC-YELLOW Cat5e RJ45 Inline Keystone Coupler Female to Female-Yellow 20pcs/Pack

SKU: P-RJ4505KSC-YELLOW
Type: Keystone Coupler (Female-to-Female). Category: CAT5e, designed for high-speed networking applications such as 100BASE-TX or 1000BASE-T. Color: Black Design: A snap-in module that allows for the connection of two separate RJ45 ethernet patch cables.

P-RJ4506KSC-BLACK CAT6 RJ45 black keystone Coupler

SKU: P-RJ4506KSC-BLACK

Type: RJ45 Keystone Coupler.
Category: CAT6, designed for high-speed data networking.
Color: Black.
Connection: Female-to-Female (F to F) pass-through design, meaning an Ethernet cable can plug into either end.