Single Mode Fiber SFP Module

Price 1690.0 INR/ Piece

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MOQ : 30 Pieces

Single Mode Fiber SFP Module Specification

Product Type
SFP Optical Transceiver Module

Number of Channels
1

Storage Temperature
-40C ~ +85C

Network Connection Methods
Single Fiber (Simplex) LC

Power
<1.5W

Dimension (L*W*H)
56mm x 13.6mm x 8.5mm

Weight
Approx. 20g

Power Supply
+3.3V DC

Usage
Data communication, Fiber optic networking

No. of Ports/Pins
1 (Simplex LC) / Standard SFP 20-Pin Interface

Range
Up to 20km (model dependent)

Size
SFP Standard

Material
Metal Enclosure

Color
Silver

Height
8.5mm

Wavelength
TX: 1550 nm / RX: 1310 nm

Operating Temperature
0C ~ +70C

ESD Protection
Class 1C

Data Rate
Up to 1.25Gbps

Connector Type
LC Simplex

Transmission Distance
10km/20km (model dependent)

Protocol Support
IEEE 802.3z, SFP MSA Compliant

DDM/DOM Support
Yes (Digital Diagnostics Monitoring)

Hot Pluggable
Yes

MTBF
>1,000,000 hours

Compatible Fiber Type
Single-mode fiber (SMF)

RoHS Compliance
Yes

Single Mode Fiber SFP Module Trade Information

Minimum Order Quantity
30 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
10 Days

About Single Mode Fiber SFP Module

Experience the pinnacle of optical networking with our Mode Single Fiber SFP Module-one of the most sought-after solutions for seamless data communication. Scarce in availability, this module delivers superlative performance with up to 1.25Gbps data rate, unlocking extended transmission distances of up to 20km (model dependent). Enjoy reliable connectivity from its robust metal enclosure, supporting both IEEE 802.3z standards and DDM/DOM. Compatible with single-mode fiber and LC Simplex connectors, this hot-pluggable, RoHS-compliant module ensures best-in-class network efficiency. Try now to transform your infrastructure!

Versatile Application Across Diverse Environments

The Mode Single Fiber SFP Module is engineered for single-mode fiber optic networks, meeting the demands of data centers, enterprise communication rooms, ISP networking, and long-distance campus connectivity. Its compact SFP standard size and LC Simplex interface offer effortless integration in high-density network racks. Use type includes data communication, secure backbone connections, and metropolitan area networking-delivering exceptional performance where reliability and range are paramount.

Sample Availability, Secure Shipping, and Domestic Reach

Sample units of the Mode Single Fiber SFP Module are available for evaluation prior to mass deployment, catering to both domestic and export markets. All shipments utilize secure packaging methods to ensure product safety during transit and facilitate easy exchange if needed. This product primarily serves the Indian domestic market but can be exported upon request, providing reliable delivery and support for clients nationwide.

FAQ's of Mode Single Fiber SFP Module:

Q: How does the Mode Single Fiber SFP Module support network efficiency?

A: The module offers high-speed data transfers up to 1.25Gbps and supports long transmission distances (10km or 20km depending on the model), ensuring efficient connections even across expansive networks.

Q: What applications or environments is this SFP module best suited for?

A: It is ideal for data centers, enterprise networking, campus fiber networks, and any situation requiring long-distance, single-mode fiber optic connections.

Q: Where can I use the Mode Single Fiber SFP Module within my existing infrastructure?

A: This module is compatible with any device supporting SFP slots and single-mode fiber via LC connectors, making it suitable for switches, routers, and media converters in both new and upgraded networks.

Q: What process should I follow to evaluate a sample before bulk order?

A: Contact the supplier to request a sample. Once approved, the sample will be securely shipped for your evaluation before deciding on large-scale deployment.

Q: How does DDM/DOM support benefit network management?

A: Digital Diagnostics Monitoring (DDM/DOM) allows real-time monitoring of optical parameters, helping reduce downtime and optimize network performance.

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