CS/UPC Duplex OS2 Patch Cable - Type A Polarity: CS-CS-OS2-UPC-DX-A
CS/UPC Duplex OS2 Type A Patch Cable Overview
Our CS/UPC Duplex OS2 Patch Cable with Type A polarity delivers compact high-density connectivity for next-generation data centers utilizing CS fiber connectors. Featuring precision CS/UPC connectors with ultra-low insertion loss, this duplex cable supports OS2 G.657A2 bend-insensitive single-mode fiber. The 2mm diameter LSZH jacket enables efficient cable management in lengths from 1 to 10 meters.
- Fiber Type: OS2 9/125μm Single-Mode (SMF)
- Connector A: CS/UPC Male
- Connector B: CS/UPC Male
- Polish Type": UPC to UPC
- Max Cable Length: 10 m
- Jacket Color: Yellow (OS2/SMF Standard)
- Polarity: A to A
- Fiber Count: Duplex (2 Fibers)
- Jacket Type: LSZH (Low Smoke Zero Halogen)
CS/UPC OS2 Type A Patch Cable Pricing
SKU:CS-CS-OS2-UPC-DX-A
Made to Order - 2 WeeksCS/UPC Duplex OS2 Patch Cable - Type A Polarity Specification
Fiber Type | OS2 9/125μm Single-Mode (SMF) |
Connector A | CS/UPC Male |
Connector B | CS/UPC Male |
Connector Brand | SENKO |
Polish Type" | UPC to UPC |
Max Cable Length | 10 m |
Jacket Color | Yellow (OS2/SMF Standard) |
Polarity | A to A |
Fiber Count | Duplex (2 Fibers) |
Jacket Type | LSZH (Low Smoke Zero Halogen) |
Operating Wavelength | 1310 / 1610 nm (Dual Window SMF) |
Jacket Diameter | 2 mm |
Attenuation @ 1310 nm | 0.3 dB/km |
Attenuation @ 1550 nm | 0.25 dB/km |
Insertion Loss (CS) | ≤0.3 dB Max (Standard) |
Return Loss (CS) | ≥50 dB (Standard UPC) |
Minimum Bend Radius | 30 nm |
Installation Tensile Load | 100 N |
Long Term Tensile Load | 50 N |
Operating Temperature | -20°C to +60°C |
Storage Temperature | -40°C to +85°C |
CS/UPC Duplex OS2 Patch Cable - Type A Polarity Datasheet
v1Complete technical specifications and product details
CS/UPC Duplex OS2 Patch Cable - Type A Polarity Description
The EDGEOPTIC CS-CS-OS2-UPC-DX-A is a premium single-mode fiber optic patch cable designed for reliable point-to-point connectivity in data centers, telecommunications facilities, and enterprise networks. This duplex (2 fibers) patch cable features CS/UPC Male to CS/UPC Male connectors with UPC to UPC polish configuration, ensuring optimal signal integrity for demanding network environments.
The cable utilizes OS2 9/125μm Single-Mode (SMF) optical fiber, optimized for operation at 1310 / 1610 nm (Dual Window SMF). The fiber delivers low attenuation of 0.3 dB/km at 1310nm, and 0.25 dB/km at 1550nm, ensuring minimal signal loss across transmission distances.
The optical interface is precision-polished to achieve insertion loss of ≤0.3 dB Max (Standard) and return loss of ≥50 dB (Standard UPC), meeting or exceeding industry standards for reliable network performance. These specifications ensure consistent signal quality and minimal reflection for sensitive optical equipment.
The cable features LSZH (Low Smoke Zero Halogen) jacket material, Yellow (OS2/SMF Standard) color coding, 2 mm cable diameter. With a minimum bend radius of 30 nm, the cable provides flexibility for routing in confined spaces while maintaining optical performance. The cable is rated for 100 N installation tensile load and 50 N long-term tensile load, ensuring durability during installation and extended operation.
Operating temperature range spans -20°C to +60°C, with storage rated at -40°C to +85°C, making the cable suitable for controlled data center environments as well as more demanding industrial installations.
This patch cable is designed for telecommunications, enterprise networking, and data center applications requiring single-mode connectivity. Available in lengths up to 10 m, it supports a wide range of protocols including Ethernet, Fiber Channel, and SONET/SDH applications.
The EDGEOPTIC CS-CS-OS2-UPC-DX-A is CE/RoHS certified, compliant with ISO/IEC-61754, EN 50399, and EN 50575 standards. All cables undergo comprehensive quality testing including optical parameter measurements, connector cleanliness verification, and full specification validation prior to shipment, ensuring reliable performance in production environments.