FC UPC to SMA905 Simplex OM1 Multimode OFNR Orange 0.9mm Fiber Optic Patch Cable

• Customization: Available
• Application: Communication
• Type: Multi-mode Fiber
• Model NO.: FCSMA-M1019ROR
• Connection Structure: FC-SMA905
• Material Shape: Round Wire
• Allowed Lateral Pressure: 100(N/100mm)
• Allowed Tensile Strength: <100N
• Core: Single Core
• Certification: RoHS, CE, ISO9001, VDE, CCC
• Brand: OEM
• Sheath Material: PVC
• Connector Type A: FC UPC
• Connector Type B: SMA905
• Fiber Count: Simplex
• Fiber Grade: G.652D/G.657A
• Fiber Mode: OM1 62.5/125μm
• Wavelength: 850/1300nm
• Cable Diameter: 2.0mm/3.0mm
• Min. Bend Radius (Fiber Core): 15mm
• Min. Bend Radius (Fiber Cable): 20/10D (Dynamic/Static)
• Attenuation at 850nm: 3.5 dB/km
• Attenuation at 1300nm: 1.5 dB/km
• Polarity: A (Tx) to B (Rx)
• Operating Temperature: -10 to 70°C
• Storage Temperature: -20 to 70°C
• Transport Package: Carton
• Trademark: FiberMania
• Origin: Shenzhen, China
• Production Capacity: 80, 0000 Connections Per Month

Product Description

FC UPC to SMA905 Simplex OM1 Multimode OFNR Orange 0.9mm Fiber Optic Patch Cable

The multimode OM1 fiber jumper is a short-distance connectivity component compliant with TIA/EIA-568-C.3 and ISO/IEC 11801 standards. It uses silica fiber with a 62.5/125μm core diameter and features a PVC or LSZH outer jacket, suitable for Fast Ethernet, Gigabit Ethernet, and other scenarios. Operating at wavelengths of 850nm and 1300nm, it offers corresponding bandwidths of 200MHz·km and 500MHz·km, supporting 275-meter transmission in Gigabit Ethernet and 33 meters in 10G Ethernet, meeting the needs of short-distance links in enterprise LANs, campus networks, etc. Though its performance lags behind newer fibers like OM2/OM3, its cost-effectiveness and compatibility keep it widely used in legacy system upgrades or budget-constrained projects.

The jumper supports connectors such as LC, SC, ST, and FC, utilizing precision zirconia ferrules with UPC polishing, achieving insertion loss ≤0.3dB and return loss ≥30dB. Compliant with RoHS and UL-1666 fire safety standards, it operates in a -20℃ to 70℃ temperature range and adapts to various installation methods, suitable for data center interconnections and building links. Its advantages include 2000-meter transmission in 100BASE-FX and reduced light source coupling precision requirements in fiber channel applications, making it an economical and reliable choice for short-distance, budget-limited network deployments.

Features

1. Supports multiple light modes via a larger core (50μm/62.5μm), ideal for short-distance, high-bandwidth LAN applications.
2. Typically 50μm (OM3/OM4/OM5) or 62.5μm (OM1), enabling easier light coupling and lower connector alignment requirements.
3. Designed for distances up to 550m (10Gbps) or 2km (1Gbps), balancing cost and performance for campus/building networks.
4. Operates at 850nm (most common) and 1300nm, with OM3/OM4/OM5 supporting 850nm VCSEL-based high-speed transmission.
5. More economical than single-mode due to relaxed manufacturing tolerances and compatible with cheaper VCSEL light sources.
6. OM5 supports up to 400Gbps over 500m using wavelength division multiplexing (WDM) across 850-950nm bands.
7. Uses LC, SC, ST connectors (simplex/duplex) with low insertion loss (<0.5dB) and return loss (>30dB for UPC).
8. Durable PVC/LSZH jackets and bend-insensitive OM4/OM5 types suitable for tight-radius cabling in data centers.

Applications

1. Connects switches, routers, and endpoints in office/building networks for 1Gbps-400Gbps short-distance data transfer.
2. Links servers, storage arrays, and top-of-rack switches within the same rack or cabinet (≤100m).
3. Transmits HD/4K video signals from cameras to NVRs in campus/industrial security networks.
4. Provides low-latency connectivity for Fibre Channel devices in storage clusters.
5. Connects sensors, PLCs, and control systems in factory automation with ruggedized armored jackets.
6. Links buildings within a campus or industrial park over distances up to 2km.
7. Delivers high-speed connectivity to individual workstations in multi-tenant commercial buildings.
8. Connects optical instruments (power meters, OTDRs) for network commissioning and maintenance.

Specification

Parameter Category	Parameter	Specification
Physical Parameters	Fiber Type	Multimode (ITU-T G.651.1 compliant, OM1/OM2/OM3/OM4/OM5 standards)
	Core/Cladding Diameter	OM1/OM2: 62.5μm/125μm; OM3/OM4/OM5: 50μm/125μm
	Jacket Diameter	0.9mm (pigtail), 2.0mm, 3.0mm (standard), 4.0mm (armored)
	Connector Types	LC, SC, ST, MPO (for OM3/OM4/OM5 high-density applications), simplex/duplex options
	Jacket Material	PVC (indoor), LSZH (low-smoke, plenum), Armored (steel/kevlar for harsh environments)
Optical Parameters	Transmission Wavelengths	850nm, 1300nm (OM1/OM2); 850nm (OM3/OM4/OM5, optimized for VCSELs); 850-950nm (OM5, WDM-compatible)
	Attenuation	OM1/OM2: ≤3.5dB/km @850nm, ≤1.0dB/km @1300nm; OM3/OM4: ≤3.0dB/km @850nm, ≤0.7dB/km @1300nm; OM5: ≤2.5dB/km @850nm, ≤0.7dB/km @1300nm
	Insertion Loss (IL)	≤0.3dB (typical), ≤0.5dB (max, UPC polish); ≤0.75dB (MPO array connectors)
	Return Loss (RL)	≥35dB (UPC)
	Bandwidth	OM1: 200MHz·km @850nm; OM2: 500MHz·km @850nm; OM3: 10Gbps@300m, 40Gbps@150m; OM4: 10Gbps@550m, 40Gbps@500m; OM5: 400Gbps@500m (using 4 wavelengths)
Environmental Parameters	Working Temperature	-40°C to +85°C (-40°F to +185°F)
	Relative Humidity	0% to 95% (non-condensing)
	Flame Rating	UL94-V0 (PVC), OFNP (Plenum LSZH)
Mechanical Parameters	Minimum Bend Radius	10x cable diameter (dynamic), 5x cable diameter (static); OM4/OM5: ≤15mm (bend-insensitive versions)
	Tensile Strength	20N (normal handling), 100N (armored cables with aramid reinforcement)
	Durability (Mating Cycles)	≥1000 cycles (connector plugging/unplugging without significant performance degradation)
Compliance & Standards	Industry Standards	IEC 61754-20 (connector interfaces), ISO/IEC 11801 (cabling standards), RoHS 2.0 compliant
Customization Options	Length	0.5m–100m (standard); up to 2000m (special order)
	Boot Material	Rubber, metal, reinforced plastic

Product Applications

Fiber optic patch cord, widely used in local, data, and image transmission networks, is crucial for ensuring high-quality signal integrity. It tests and monitors optical signals in CATV systems, verifies data packet accuracy in data networks to prevent loss/latency, and optimizes optical pathways for high-quality video in image networks (e.g., broadcasting). Additionally, photoelectric automatic control systems use advanced photodetectors and sensors to automate industrial processes: measuring light intensity, converting it to electrical signals for real-time adjustments, and enhancing operational efficiency and precision.

Workshop Display

Production Process

Cable Cutting

Parts Pre-Assembling

Cable Stripping

Fiber Insertion

Fiber Curing

Connector Assembly

Ferrule Polishing

Magnifier Checking

3D Inspection

IL & RL Inspection

OQC

Carton Packing

Certifications

Packaging & Shipping

FAQ

Q1: What is the warranty of FiberMania's fiber patch cord?

A: FiberMania warrants that all fiber patch cords supplied are free from defects in material and workmanship for a period of five (5) years from the date of supply. All fiber optic bulk cables are UL profiled and every single cable is 100% tested.

Q2: Is it possible to customize our brand information on your fiber cable?
A: Yes, we can print your brand name onto our cable jacket and 1KM total cable length is requested.

Q3: Can you do 3D interferometer test?
A: Yes, we do the 3D test per our customer's request, we can have the pass rate over 90% and even 100% if necessary.

Q4: What is your MOQ of your products?
A: We only have MOQ for some special customized cable order, we request 1km as the total length of the bulk cable, you may consider stock the bulk cable with us for your urgent order production.

Q5: Are free samples available from you?
A: Yes, we are always happy to offer the free samples for all of our customers' projects provided that the total cost is under 50 US dollars.