| Sign In | Join Free | My bushorchimp.com |
|
Brand Name : Gracyfiber
Model Number : Ultra High Density 2D Fiber Array Unit 16 Channels To 1024 Channels
Place Of Origin : CHINA
Operatingwavelength : Typically 1260 Nm To 1625 Nm
Core Pitch : 127 μm
Customization : Available For Pitch, Fiber Count, And Connector Type
Pitch : Typically 250 µm Or Customized
Operation Temperature : -5~65 °C
Insertion Loss : < 0.3 DB
Fibercorediameter : Typically 9 µm For Single-mode, 50/62.5 µm For Multi-mode
Return Loss : > 55 DB
Place of Origin : Guangdong , China
Certification : ISO9001 , ROHS
Delivery Time : 5-8 work days
Payment Terms : L/C, T/T
Supply Ability : 100,000 pieces per month
GRACYFIBER's 2D Fiber Array (FA) represents a high-precision optical interface component specifically engineered to overcome input/output bottlenecks encountered in AI computing infrastructure and high-performance computing (HPC) environments. Unlike conventional linear fiber arrangements, this innovative design adopts a two-dimensional matrix architecture, enabling an unprecedented ultra-high fiber density within an exceptionally compact footprint.
Q1: What is the brand name of this 2D Fiber Array product?
A1: The brand name is Ultra High Density 2D Fiber Array Unit 16 Channels To 1024 Channels.
Q2: What is the model number of this fiber array?
A2: The model number is Ultra High Density 2D Fiber Array Unit 16 Channels To 1024 Channels.
Q3: How many channels does the Ultra High Density 2D Fiber Array support?
A3: This product supports from 16 channels up to 1024 channels, accommodating various application needs.
Q4: Where is the Ultra High Density 2D Fiber Array manufactured?
A4: It is manufactured in China.
Q5: What are the typical applications for the Ultra High Density 2D Fiber Array Unit?
A5: This fiber array is typically used in high-density optical communication systems, data centers, and advanced photonic devices requiring efficient fiber management and high channel counts.
|
|
Insertion Loss Less Than 0.3 DB 2D Fiber Array Up To 64 Fibers Core Tolerance Plus Minus 1 Micrometer Precision Alignment Images |