
Fiber Optics - Receivers
Fiber Optics - Receivers: Classification Introduction
1. Definition of the Category
Fiber Optics - Receivers are critical components within the Optoelectronics category, designed to convert optical signals into electrical signals in fiber optic communication systems. These devices play a pivotal role in ensuring high-speed, reliable data transmission across telecommunications, data centers, medical equipment, and industrial networks. By detecting incoming light signals (typically via photodiodes) and processing them into usable electrical outputs, fiber optic receivers enable seamless connectivity and signal integrity in both short-range and long-haul applications.
2. Types of Fiber Optic Receivers
This category encompasses several specialized types, including:
- PIN Photodiode Receivers: Cost-effective solutions for moderate-speed applications.
- Avalanche Photodiode (APD) Receivers: High-sensitivity receivers for long-distance or low-light scenarios.
- Integrated Optical Receivers: Compact modules with built-in amplification and signal conditioning.
- Digital vs. Analog Receivers: Tailored for specific signal processing requirements.
- Form-Specific Designs: Such as SFP, SFP+, QSFP, and other standardized transceiver form factors.
3. Purchasing Recommendations
When selecting a Fiber Optics - Receiver, consider:
- Wavelength Compatibility: Ensure alignment with your system s optical wavelength (e.g., 850nm, 1310nm, or 1550nm).
- Data Rate & Bandwidth: Match the receiver s capacity (e.g., 1Gbps, 10Gbps, or 100Gbps) to your network demands.
- Sensitivity & Dynamic Range: Critical for performance in varying signal strength environments.
- Form Factor & Interface: Verify mechanical and electrical compatibility (e.g., LC/SC connectors, industrial vs. commercial grades).
- Certifications: Prioritize components compliant with industry standards (IEEE, ITU, RoHS).
Why It Matters
Investing in high-quality fiber optic receivers minimizes signal loss, reduces latency, and future-proofs your infrastructure. Whether upgrading existing systems or deploying new networks, this category ensures optimal optoelectronic performance. Partner with trusted suppliers to balance technical specifications with cost-efficiency.
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SCMR-10M18G-10-25-10-E1
FIBER OPTIC RECEIVER IN ENCLOSUR
SLR-5K2P5G-10-20-10-E1
FIBER OPTIC RECEIVER IN ENCLOSUR
SLR-10M2P5G-10-20-10-FA
FIBER OPTIC RECEIVER
AFBR-785BEPZ
RECEIVER 12CH PAR PLUG
GN3357-3EB9AN4E3
IC ROSA APD TO-CAN
GN3270-3EC7AV3E3
25GB/S LIMITING LR ROSA
LBR-10M4P5G-10-15-10
FIBER OPTIC RECEIVER
SCMR-50K6G-10-20-10-E1-ST
FIBER OPTIC RECEIVER IN ENCLOSUR
AFBR-78D1BZ-BD5
SUPER DEUCE RX
PLR233/T5P
FIBER OPTIC RECEIVER IR
HFBR-2523
RCVR OPT LOW CURRENT HORZ
TORX1850(MEIDEN,F)
IC TRANSCEIVING MODULE
HFBR-782BEZ
RECEIVER FO 12X2.7GBD EXT SHIELD
AFBR-785BHZ
RECEIVER 12CH PAR PLUG
HRR-4G12G-EA
L3 PRODUCT
SCMR-10M18G-E2
FIBER OPTIC RECEIVER
PLR155
RECEIVER FIBER OPT IR PHOTOLINK
GN3368-3EC8AT8E3
IC ROSA -10C F10048 FLEX
HFBR-2533
RCVR OPT LOW CURR EXT DIST VERT
GN3352-3EB8AQ4E3
IC ROSA 10G APD F10026 FLEX